noragric msc thesisthis thesis is written as one of the requirements for the degree in master of...
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Noragric MSc Thesis
Centre for International Environment and Development Studies
AGRICULTURALUNIVERSITY OF NORWAY
Seeds and Solidarity:
A study of seed flow in the year 2000 post-flood situation
in southern Mozambique
Leif Tore Trædal
May 2002
Abstract
The tendency of distributing external seeds in emergency situations is often based on the
assumption that there is an absolute lack of seeds in the area struck by a disaster. In most
cases the reality is far from one-sided, and farmers’ own capacities to rehabilitate their seed
stocks have often been ignored or underestimated. This thesis argues that an actor-oriented
approach may offer a dynamic view on local seed systems. Since these systems are composed
of different households and individuals with different needs, capacities and priorities, these
systems should be viewed as dynamic and changing over time, as different actors see new
opportunities and limitations in the production system. An understanding of the local
processes of seed acquisition and seed flow in emergency situations may be of value for how
to deal with future crisis situations.
The study is based on a fieldwork conducted in two separate villages (Fenisseleni and
Zongoene) in southern Mozambique. The goal of the study was to get an understanding of the
local processes of seed acquisition in a crisis situation, and how this induces a seed flow
between different areas. The area was chosen because of the special situation that arose there
in the year 2000 flood in southern Mozambique. Because of the impacts of the flood on the
local seed systems, all seed resources in lowland areas of the Limpopo Valley (e.g.
Fenisseleni) were wiped out, while households in surrounding highland areas (e.g. Zongoene)
still had left what was cultivated and stored in the highlands. By selecting these two villages I
was able to compare two different sites, which were left in completely different situations
after the floods. The study was approached by using qualitative methods, including semi-
structured interviews with farmers (individually or in groups), observations in the fields, in
addition to studies of secondary data in Maputo, the capital of Mozambique.
The study showed that farmers themselves are well aware of other areas than their own as
sources of seeds (and other resources), and see the value of having social relationships with
people in different agroecolocial zones in times of crisis. By calling upon traditional values of
help and solidarity, these relations are used to acquire seeds, which in turn generates a flow of
seeds between different areas. Farmers’ social networks (which are based on a set of kinship
relations and established friendship relations) form what I in the thesis have termed farmers’
“social capital”, and are defined as the capacity of individuals to command scarce (seed)
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resources by virtue of their membership in social networks or broader social structures. By
exchanging and offering gifts and reciprocal assistance, farmers invest economic capital to
establish social capital, which can be used in times of crisis to access scarce (seed) resources.
For this reason the more prosperous farmers, who have the assets to invest, most likely are the
ones who are members of the most multiplex social networks and have the highest capacity
to rehabilitate seed stocks in difficult times.
The study showed that in the post flood situation in the year 2000 there were some biological
and some social constraints on farmers’ rehabilitation of genetic resources. First, unique
lowland seed material (i.e. lowland varieties of sweet potato and bananas) that were lost in the
floods constitute the biological constraints. Farmers in lowland areas like Fenisseleni, today
cultivate varieties adapted to highland environments, which may not be optimal for the
lowland soil conditions. Second, the fact that some farmers neither take part in multiplex
social networks through which all types of seeds are exchanged, nor have access to the
economic capital to acquire seeds through markets, shops or other farmers, constitute the
social limitations on seed rehabilitation.
No post-disaster situations are identical, and it is therefore difficult to come up with “quick-
fix” solutions that aim at increasing the most vulnerable farmers’ abilities to rehabilitate their
seed stocks in such situations. Development projects that aim at increasing the most
vulnerable farmers’ abilities to rehabilitate seed resources, should acknowledge the embedded
dynamism in local seed systems, due to different farmers’ needs, capacities, and
manoeuvrings within a changing environment. An actor approach may offer a dynamic
perspective on local seed systems, and can be used to understand how farmers in different
ways make use of their social and economic capital to access new seed resources in crisis
situations.
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Acknowledgements
This thesis is written as one of the requirements for the degree in Master of Science in
Management of Natural Resources and Sustainable Agriculture at the Agricultural University
of Norway (NLH). It is based on the results of my fieldwork in Mozambique August 6.–
December 19., year 2001. I am very grateful to Noragric (Centre for International
Environment and Development Studies) at NLH, that has assisted me scientifically and
financially. The whole study would not have been possible without this institution’s support.
During the whole process I was fortunate to meet and get to know many interesting and
skilful people, both professionals and non-professionals. Conducting the fieldwork and
working with this thesis has been interesting and inspiring, which I hope is reflected in the
final outcome. I am very thankful to the people in both Fenisseleni and Zongoene, for their
friendliness and openness, and for making the whole study possible. The outcome is as much
theirs as it is mine, and hopefully this work can have some value and benefit for the local
communities in which the research was undertaken. I am also very grateful to the staff at the
“Provincial and District Offices of Culture, Youth and Sports” in Xai-Xai for introducing me
into the local communities and facilitating my fieldwork. Here I would especially like to
mention the Director of the Provincial Office, Sr. Jossias Miambo, and the Director of the
District Office, Sr. Lorohamo Cândido. Thank you for your hospitality and help. Several
experienced researchers have contributed to both the design of the study and the elaboration
of the thesis. First of all I want to thank my supervisor Trygve Berg and my co-supervisor
Randi Kaarhus, for sharing their knowledge, inspiration, and patience throughout the whole
process. Thanks to my local supervisor, the Gene Bank curator at INIA, Sr. Paulino Munisse,
who guided me through the whole fieldwork period in Mozambique. A lot of reward also goes
to the Director of “Arquivo do Património Cultural” (ARPAC), Dr. Fernando Dava, who gave
me valuable information and shared experiences that helped me to develop the focus of my
study. I would also like to thank the staff members at the FAO-office in Mozambique, and
particularly Kaori Abe, who helped me with getting contacts and information about the study
area. I would also like to thank Sigmund for his valuable comments and corrections in the
final parts of the writing process. A special thanks goes to Solveig, who gave important
comments and support through the whole writing process. Without your patience and support
the outcome of this study would not have been what it has become today.
IV
Shangana – English dictionary
bila = lowland clay soil
chapa = local public bus
cofunanana = cooperation
kulomba = to loan
kunhiquiva = to give
kurimela = to cultivate for something
kuthekela = to ask for something
kuthekela ushaka = to create a familiarity
kuthlaisa = creation and keeping of seed stocks
kutsembisa = an amount paid by the family of the man as a symbol that he will pay the
bridewealth in the near future
kutxintxana = to exchange
kuxava = to buy
lobolo = bridewealth
machamba = plot of cultivated land
mapfunana = to help each other
maseve = family-in-law
thlava = highland sandy soils
thlavate = lowland mixed clay and sandy soils
tsala = traditional place inside of houses where seeds can be stored
tsima = a way of enlisting a day’s labour in exchange for a meal, beer or tea
tsovo = lowland humid organic soils
ukhossi = friendship between women
ungano = friendship between men
Abbreviations and acronyms
ARPAC = Arquivo do Património Cultural
FSS = Farmer Seed Systems
FAO = Food and Agricultural Organisation of the United Nations
UNICEF = United Nations Children’s Fund
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Table of contents Declaration I Abstract II Acknowledgements IV Shangana – English dictionary V Abbreviations and acronyms V Table of contents VI 1.0 Introduction 1
1.1 Farmers and external influences 3 1.2 The value of genetic diversity conservation 5 1.3 Disaster impacts and FSS-resilience 7 1.4 Farmers as agents within networks of seed exchange 8 1.5 Composition of the thesis 11
2.0 Context of study 13
2.1 A history of wars, movement of people, and uncertainties 14 2.1.1 Migration of people and cultural integrations 15 2.1.2 Natural hazards – a history of fluctuations and uncertainty 16 2.1.3 Colonisation, market economy and modernisation 17 2.1.4 Ten years of civil war 19
2.2 Site profiles 20 2.2.1 Fenisseleni 22 2.2.2 Zongoene 23
2.3 Concluding remarks 24 3.0 Methodology and research methods 25
3.1 Research approach 26 3.2 Preparations and selection of study area 26 3.3 Practical problems and my role in the local communities 28 3.4 Research methods and data collection 29
3.4.1 Interviews 30 3.4.2 Key informants 31 3.4.3 Observations in field 32 3.4.4 Secondary sources 32
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3.4.5 Group interviews 33 3.5 Reflections around the data 33
4.0 Risk management and coping with stress situations 37
4.1 Cropping patterns 37 4.2 Storage and seed conservation (kutlhaisa) 40
4.2.1 Physical methods 40 4.2.2 Taboos and rituals 43
4.3 The impacts of the year 2000 floods 44 4.3.1 Fenisseleni 45 4.3.2 Zongoene 45
4.4 Farmers’ adaptive strategies 46 4.5 Concluding remarks 47
5.0 Temporal composition of crops and varieties 48
5.1 “Colonial crops” 50 5.2 Groundnuts 51 5.3 Cassava 52 5.4 Changing FSS; why to be perceived as dynamic? 53
6.0 Seed acquisition and seed flow 55
6.1 Seed acquisition 56
6.1.1 Different ways of acquiring seeds 57 6.1.2 The relative importance of the different methods 61
6.2 Creation of social relationships (kuthekela ushaka) 63 6.2.1 Making friendships 63 6.2.2 Marriage 64 6.2.3 Performance and importance of kuthekela 68
6.3 Money and seed provision 69 6.4 Concluding remarks 71
7.0 Increasing genetic diversity and decreasing farmers’ vulnerabilities 72
7.1 The nature of disasters 72 7.2 Constraints to rehabilitation of genetic diversity in the post-flood situation 74
7.2.1 Biological constraints 74 7.2.2 Social constraints 75
7.3 Interventions 77 8.0 Conclusions 81
VII
VIII
References 84 List of tables:
Table 1: Local names of present and lost varieties 49 Table 2: Different ways of acquiring seeds 61
List of maps: Map 1: Mozambique: provinces, neighbouring countries and provincial capitals 14 Map 2: The Province of Gaza 21
List of pictures:
Picture 1: House abandoned after the 1977 flood 23 Picture 2: Woman in Fenisseleni preparing groundnuts for cultivation 35 Picture 3: Maize field with sweet potatoes on the margins of the machamba 38 Picture 4: Tsala, the traditional place to keep seeds 41 Picture 5: Bottle and glass container used for the storage of seeds 41 Picture 6: Maize stored on walls inside the house 42 Picture 7: Woman planting stems of cassava in the field 43 Picture 8: Farmer showing seven different varieties of beans 58
1.0 Introduction
The floods in the year 2000 struck the southern parts of Mozambique hard, and destroyed the
livelihoods of people living on the floodplains of the Limpopo River. This was the context for
my fieldwork preparations as a part of my MSc thesis research. The intentions of my studies
were to investigate the seed flow between lowlands and highlands, and find out if some of the
genetic material that was lost during the floods could be found in the highlands. This was an
exciting task, very much reminding me of a “Sherlock Holmes mission”, where I was the
detective, searching for lost genetic material in the highlands. During my fieldwork it soon
became clear to me that there was no need for a detective, because farmers themselves are
well aware of other areas as sources of new seed material. The focus of my fieldwork then
changed and became rather to understand the processes related to the seed flow between
different areas, and the social relations that are relevant when exchanging seeds.
The tendency of distributing external seeds to farmers in emergency situations has its
background in a general idea of absolute lack of seed in an area struck by a disaster. Absolute
lack of seeds implies a true scarcity of seeds in a region, while relative lack implies problems
with accessing seeds rather than a total absence (Sperling 1997). The picture after a disaster
situation is often far from one-sided, and farmers’ abilities to rehabilitate their seed stocks
have often been ignored or underestimated. Support to farmers that helps them to overcome
the causes for a relative lack of seeds may be more appropriate than seed relief itself (ibid).
In this thesis I will, by presenting empirical data from southern Mozambique, argue that an
actor oriented approach may offer a dynamic view on local seed systems, and be of value
when developing intervention programs that aim at increasing farmers’ abilities to rehabilitate
seed resources in disaster situations. I will argue that local seed system resilience is dependent
on the abilities of different households to rehabilitate the on-farm genetic diversity in post-
disaster situations, which in turn varies according to the different household members’
economic and social capital. By establishing social relationships, farmers create social capital
that can be used in times of crisis to mobilise new seed resources. Throughout the thesis I will
try to show how farmers, in a situation of complete lack of seed resources after the year 2000
flood, were using social networks of exchange when rebuilding their seed stocks.
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It is difficult to draw general conclusions from an analysis of a disaster situation because no
post-disaster situations are identical (Grunewald 1998, Longley & Richards 1999). Disasters
are not only dependent on the nature of hazards, but also on people’s own abilities to cope
with the crisis situation. An understanding of the local capacities and processes of seed
rehabilitation may be of value for how to deal with future disaster situations. Although it is
not very likely that similar floods like the one that occurred in the year 2000 in southern
Mozambique will happen again in the near future; prognoses of future climatic changes due to
the greenhouse effect and changes in the water regime because of dam constructions in the
upstream Limpopo, makes the future flood regime of the Limpopo River even more
unpredictable than it has been before. A thorough understanding of the local processes of seed
acquisition and distribution in these areas that were struck by the floods in the year 2000 may
therefore be of value when coping with future calamities. In relation to this, there is not only a
need for more efficient mechanisms for coping with future natural hazards, but also a need for
reducing farmers’ vulnerabilities to them. Blakie et.al. define vulnerability as “… the
characteristics of a person or a group in terms of their capacity to anticipate, cope with, resist,
and recover from the impact of a natural disaster” (1994: 9). Disasters must not be analysed as
a natural phenomenon, but as a result of the impact of hazards on vulnerable people (Blakie
et.al. 1994).
The rest of this chapter presents other relevant theories and concepts for the following
discussion of the results of my investigations. First, there is a need for an understanding of
different perspectives of the farmer in an environment of changing terms of agricultural
production, and I will argue for a view on farmers as active agents that are able to manoeuvre
within a changing environment and adapt to external influences. In this way we are in a better
position to understand how seed systems are dynamic and change over time. Second, genetic
diversity conservation has become a major concern for scientists and development workers.
Different perspectives on how to conserve genetic material enable us to understand farmers’
own practices of seed conservation and how in a best way manage local genetic resources in
case of future situations like the one farmers in the Limpopo Valley experienced in the year
2000. This section therefore presents different ways of conserving genetic material and
discusses the different methods. Third, natural disasters are external influences that expose
farmers’ vulnerabilities in many tropical and sub-tropical countries, and there are important
factors we need to consider when we assess the impact of disasters and farmers’ abilities to
recover from a stress situation. Fourth, as we are stating that farmers’ participation in social
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networks of seed exchange is important for an understanding of the resilience of local seed
systems in stress situations, I present concepts and perspectives on farmers as social actors,
interacting with present and non-present social actors, in addition to their natural
environments. Finally I briefly present the different chapters, which constitutes the structure
of the thesis.
1.1 Farmers and external influences
Perceptions of local seed systems as dynamic and changing over time imply a notion of
development and social change in relation to external and internal processes. The analytical
stance of the study is decisive for how I perceive development and how social change in
general takes place. By presenting the analytical approach of this study I will be able to
explain how farmers as social actors act in and process crisis situations in the local seed
systems.
Norman Long (2001) distinguishes between two broad paradigms within development
thinking which exhibit divergent views on how societies work. The structural models of
development include theories of modernisation and neo-Marxist dependency. In some
respects these theories can be viewed as ideological oppositions (ibid). The modernisation
theory takes a so-called “liberal” standpoint, believing in the benefits of gradualisms and
“trickle down” effect. On the other hand the dependency school takes a radical stance, and
views development and social change as emanating primarily from external centres of power
via interventions of the state or international bodies (ibid). What the models have in common
is the weight put on macro-processes in determining social change. Both models have a “…
determinist, linear and externalist view on social change” (ibid: 11), and people are viewed as
passive recipients of external processes out of their own control.
Long admits that certain structural changes may result from the impact of outside forces, but
states at the same time that “… it is theoretically unsatisfactory to base one’s analysis on the
concept of external determination” (2001:13). All external influences enter the lifeworlds of
individuals and social groups, and the external forces are in this way mediated and
transformed by these same actors and structures (ibid). An actor approach offers an alternative
view of how social change and development take place. According to Long there is interplay
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and a mutual determination of “internal” and “external” factors and relationships, and he
recognises the central role played by social actors. This approach offers a better opportunity
to analyse how farmers as social individuals are processing and coping with stress situations,
and explore the nature of social interaction in such situations in the light of wider social,
political, economic and natural processes.
The concept of Farmer Seed Systems (FSS) is central for this thesis. Following the argument
of Longley & Richards, FSS are parts of larger agricultural production systems, and can be
defined as “… the processes which farmers use to produce, obtain, maintain, develop and
distribute seed resources, both from one growing season to the next and in the long term”
(1999: 1). This definition of FSS implies a general idea about local seed systems as dynamic
in time and responding to internal and external changes, which indeed are important
characteristics of local seed systems and a central part of this thesis. Although I apply the
term FSS, that does not mean that I have used a systems approach which explains social
behaviour in terms of its roots, or of causes and effects. Adopting a systems approach implies
some notion of determinants, hierarchical patterns, logical models, and systems (Villarreal
1992).
One of the most important implications of systems models is that systems can be manipulated and re-oriented. Using an appropriate model, one is able to map out reality taking into account the whole and not simply the parts, and look into the information and communication flows which sustain the vital organisation in question. Pathologies can then be detected and tackled, thus allowing a certain manoeuvring of the system towards some pre-conceived ideal typical model (Villarreal 1992: 250).
The systems model is considered a useful tool for development workers as well as for
researchers. When adopting a systems approach, a development worker is supposed to target
efficiently a specific population in order to offer adequate “packages” for different social
categories within it (Villarreal 1992). Failures in projects are most often explained by failures
in the implementation stage, ineptness of the implementer, corruption of the middleman etc.
Sometimes it is even acknowledged that the package was inadequate, “... but the categories
used and the presumed system are hardly ever questioned, thus providing good reasons for
repeating mistakes or making new ones” (ibid: 251).
Throughout this thesis I view FSS as composed of different households and individuals with
different needs, capacities and priorities. Since farmers are agents within local agricultural
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production systems and seed systems, these systems are not static, but changing over time as
farmers see new opportunities and limitations in the production system. The composition of
crops and varieties is therefore not constant, but the rate of turnover in FSS is generally quite
high (Longley & Richards 1999). Exotic varieties are regularly introduced and adopted, lost
or rejected in the local seed system, depending on the farmers’ own preferences and abilities
to store genetic material. Flow of seeds may include commercial seeds as well as local
varieties from neighbouring areas. Local and commercial seeds are all liable to change by
natural and intentional selection and by being mixed up. A variety can be considered as local
when it has been cultivated in the local agricultural production system for at least one
generation (or 30 years or more) (Louette 2000). In a study of landraces of maize in the
indigenous community of Guazalapa in western Mexico, Dominique Louette states that
because farmers are seeking out of their own community to exchange seeds, an appropriate
scale over which we can define a variety as local is problematic. Introduced varieties of maize
may be mixed and integrated in local varieties, and they may be a source of phenotypic and
genetic diversity (ibid). Exotic varieties, both modern and traditional ones, can in a given
situation, increase the local genetic diversity, which in turn is important for how farmers are
able to cope with stress situations.
1.2 The value of genetic diversity conservation
In the 1980s the attention about genetic resource conservation changed from being
concentrated on genetic resources as economic sources to being considered as cornerstones of
the earth’s ecosystems (Pistorius 1997). According to Swanson (1996), genetic diversity
provides the raw material for farmers’ coping with the fluctuating climatic environments we
find in many tropical and sub-tropical countries. The FAO Global Plan of Action for the
Conservation and Sustainable Utilization of Plant Genetic Resources in Food and Agriculture
(adopted in 1996) recognised the value of the world’s plant genetic resources in assisting
farmers and communities confronted by disasters when restoring their agricultural production
systems (Hodgkin & Anishetty 1999). There are indications that farmers themselves, in a
world of new opportunities from markets and globalisation, are less concerned with the
conservation of local genetic diversity, and this is an incentive for a public concern about
genetic diversity conservation (Swanson 1996).
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In the following part I present different ways of conserving genetic material, and consider the
limitations of the different methods for the conservation of local genetic diversity. Generally,
there are two ways to conserve genetic material, either ex situ or in situ. Ex situ conservation
is designed to maintain the genetic material in the state in which it was collected (Brush
2000), and implies storage of genetic material outside of the farmers’ fields, either in national
or in local gene banks. This method has its limitations. As stated by Johan Pottier (1999), ex
situ conservation of genetic material is in reality not conservation but preservation of genetic
material. This implies that genetic material saved for several years may in a given situation of
seed scarcity, not fit the present farming system and farmers’ needs. This is consistent with
the view of local seed systems as dynamic and changing over time. A more dynamic way of
conserving genetic material is to involve farmers in the conservation of seed resources in the
field (in situ), and let them manage and perform the selection of planting material according
to their own preferences. These methods are normally culturally significant, and they often
involve both physical and metaphysical (religion, rituals, taboos, etc.) aspects. According to
Stephen B. Brush, “… the purpose of in situ conservation programs and projects is to
conserve specific agroecological, cultural, and biological processes in specific localities so
that the historic processes and ecological relationships of crop evolution remain viable
therein” (2000: 12). An example of change in varietal use as a response to root rot by farmers
in Rwanda, shows the relatively high level of dynamism in farmers’ fields compared to gene
banks (Sperling 1997). In a recent study from the Mekong Delta in Vietnam, Tin et.al. (2001)
have compared gene bank-conserved and farmer managed populations of the same varieties of
rice. This study showed that the agronomic and morphological traits of the in situ conserved
population had changed compared to the population store ex situ. The results are interpreted
as an adaptation to the changed farming system and “… include natural and farmers’ selection
for maturity time (…) and market standards” (Tin et.al. 2001: 491). Still, in given situations
of absolute lack of seed resources, national and local gene banks may be the only sources with
relevant and good seed material fitted to the local agroecological conditions. Rather than
being considered as oppositions, ex situ and in situ conservation of genetic resources should
be viewed as complementary (Brush 2000).
An absolute lack of seed resources in an area can be experienced in times when calamities
like floods, droughts, and war have struck the area, resulting in a stress situation in the local
seed system. In the following I will consider what factors that may influence the impact of a
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calamity, and how farmers are able to manage diversity in times of acute stress, deciding the
resilience of the local FSS.
1.3 Disaster impacts and FSS-resilience
As already stated, no post-calamity situations are identical (Longley & Richards 1999), and
disasters are often a complex mix of natural hazards and human action (Blakie et.al. 1994). It
is therefore difficult to come up with a universal set of tools for analysing the impacts of a
natural disaster on the FSS. What impact a disaster has on the local seed system is highly
dependent on the mode of onset (rapid or slow), frequency, timing, and duration, in addition
to the scale and magnitude of the disaster (Grunewald 1998). The impact of the disaster on the
seed system is not only dependent on the nature of the disaster itself, but on particular needs
and capacities of those affected by the disaster, and the well-functioning of the social
networks of which they form a part (Longley & Richards 1999). It is out of normal life and
social organisation that the social conditions for disasters emerge (Blakie et.al. 1994). The
most vulnerable households are the ones without capacities and resources to rebuild their seed
stocks, and relative lack of seed is therefore indicative of poverty rather than varietal erosion
(Sperling 1999).
When there is lack of seed resources locally, farmers need to seek out of their own household
and community to acquire new seed resources. According to Louise Sperling, “a key for the
understanding of the process of diversity in times of acute stress lies in the analysis of seed
channels” (1997: 33). Channels for acquiring seed may be formal, through shops and markets,
relief agencies and governments, or they may be informal, meaning through traditional
networks and institutions. These traditional channels of seed flow can be characterised by, in
addition to being traditional and informal, operating on the individual community level,
involving many ways of exchanging seeds, and the quantities of seeds exchanged through
these networks are often very small (Cromwell 1990). A holistic analysis of seed channels
needs to ask questions like: Who uses which specific channels?; For which crops, varieties
and quantities of seed?; When can each channel be used?; And with which restrictions?
(Sperling 1997). An analysis of seed acquisition systems and their vulnerability and resilience
in emergency situations needs to consider how the social basis for seed exchange is affected
by social and economic changes effected in emergency situations (Longley & Richards 1999).
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In the following I will discuss theoretical perspectives on how farmers, as social agents, orient
themselves within social networks of exchange, constituting what I here term farmers’ social
capital.
1.4 Farmers as agents within networks of seed exchange
In this part I will discuss how the term social capital can help understanding how farmers
mobilise (seed) resources through social networks. The theory of agency can be applied when
understanding how farmers manoeuvre within an insecure environment, and how they
respond to external influences like natural hazards, war, penetration of market economy, and
how they in other manners interact with their natural environments. Farmers do not only
respond to external influences and structures, but also to internal changes and processes. All
farmers also interact with each other, and are part of social networks that are not rigid and
static, but flexible and changeable.
According to Kelly, “social networks are assortments of individuals who maintain recurrent
contact with one another through occupational, familial, cultural, or affective ties. In addition,
they are intricate formations that channel, filter, and interpret information, articulate
meanings, allocate resources, and control behaviour” (1995: 219). An individual’s social
network contains a set of kinship relationships in which the person is born, and in addition
relationships that the person establishes and maintains by reciprocal exchange (Leifsen 1996).
Social capital can be defined as the “capacity of individuals to command scarce resources by
virtue of their membership in networks or broader social structures…” (Portes 1995: 12), and
entails “…networking, co-operation, (and) building of trust relations…” (Long 2001: 133). In
times of scarcity of seeds, farmers who are able to mobilise new seed resources by virtue of
their membership in networks of seed-exchange, mobilise seed resources by using parts of
their social capital.
Resources acquired through social capital often carry the expectation of reciprocity at some
time in the future (Portes 1995), and quite contrary to the economic capital, the social capital
is normally not depleted when used, but is instead maintained or even increased (Long 2001).
Through social relationships based on trust and reliability, the farmers have a kind of
“informal seed certification system” regarding seed quality. Informal market transactions may
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not involve the same kind of reliability in seed quality as if seeds are acquired from family or
friends, and the latter may therefore be preferred as channels for seed acquisition.
The negative sides of social capital have often been ignored when discussing different aspects
of this kind of capital. According to Long “… there is an almost inherent blindness to the
conflictive and unequal nature of social capital” (2001: 133). All or most farmers are
participants in networks of trust, where resources can be mobilised when there is a scarcity of
resources in the household, but to what degree farmers actually have access to resources
through their social networks of exchange depends on the persons that are included in the
networks. What Kelly (1995) refers to as social capital truncation, does not translate into the
lack of social capital based on relations of trust and reciprocity, “…but into a diminished
capacity to gain access to resources controlled by larger social groupings” (1995: 217). What
is an important characteristic of social networks is their multiplexity; this can be defined as
“… the degree to which it [a social network] may be composed of persons with differing
social status, linked in a variety of ways, who play multiple roles in several fields of activity”
(Kelly 1995: 220). If a farmer bases his social capital only on kinship, this can yield meagre
benefits unless his or her kin are part of larger networks that control desirable resources. In
this way some farmers may not be included in, and are not able to mobilise resources through
networks of exchange, because of a low degree of multiplexity in their social networks. These
farmers are therefore more vulnerable to the impacts of natural disasters on their on-farm
genetic diversity.
Farmers not only interact with each other face to face, but also with external, non-present
actors, like development organisations, firms, governments, and all other entities that “…
reach decisions, act accordingly and monitor outcomes” (Long 2001: 16). According to Long,
an actor approach can offer an integrated and dynamic approach to the understanding of social
change and the interplay and mutual determination of external and internal factors and
relationships. Theories on agency give the farmer the attributes of being able to process
experience and devise processes of coping in crisis and stress situations. Sociological theories
of agency have traditionally analysed social actors’ interaction with their social environment,
while ecological theories of agency have focused on actors’ interaction with their natural
environments. The problem of the latter theories have therefore been a tendency to view the
individual as apart from his or her social context (Nyerges 1997), while sociological theories
have ignored actors’ interaction with their natural environments. The “ecology of practice” is
9
concerned with how natural resources themselves are shaped and formed and get a social life
through those who use them (Nyerges 1997), and is particularly relevant in relation to how
farmers select and modify genetic material through their own culturally significant practices
of genetic diversity management (Longley 2000).
Throughout the thesis I argue that the degree to which farmers have economic and social
capital decides to a large extent farmers’ abilities to restore the genetic diversity of the local
seed system, which in turn decides the resilience of the seed system in the case of a stress
situation. Those farmers who lack both sufficient economic and social capital to acquire new
seed resources will experience livelihood insecurity and severe underproduction. Economic
capital does not only entail money, but all assets that can be used in transactions for acquiring
seeds. According to Blakie et.al. (1994), reducing vulnerability to disasters is linked to
increased resource access and empowerment of marginal groups. Thus, in a post-disaster
situation, the ability of the local seed system has some social constraints.
As we shall see there are also some biological constraints on seed rehabilitation in post-
disaster situations. Exotic varieties may be poorly adapted to local growing conditions and are
therefore not suitable as compensation for the lost local varieties. In a situation where exotic
varieties are the only seeds available, farmers may experience problems of underproduction
when cultivating varieties that are not adapted to the local agroecological conditions. If the
lost varieties have been collected and are kept in gene banks, genetic material stored ex situ
could be a source for restoration of local diversity. This will of course depend on the rate of
turnover in the FSS, and the abilities of the ex situ conservation practices to adapt and change
according to farmers’ preferences and strategies.
So far in this chapter I have presented the background and focus of my study, and relevant
concepts and theories for the following analysis of FSS in the study area. As we have seen,
FSS are dynamic systems, because farmers are active agents within an environment of
structural changes, climatic fluctuations, and other natural processes. Farmers not only
interact with each other, but also with their natural environments and external non-present
agents like development agencies, governments etc. The focus of my study is to investigate
how farmers, as social actors in a situation of stress in the local seed system, mobilise seed
resources by using their social capital, and how this generates a seed flow between different
areas.
10
1.5 Composition of the thesis
Before being in a position to examine the impacts as well as the resilience of the local seed
systems in the study area, there is a need for a presentation of the historical and geographical
context in which the farmers of Fenisseleni and Zongoene live. This will be done in the next
chapter (Chapter 2). By doing this we are in a better position to understand how the natural
environments and historical processes of war, natural disasters, politics, and intrusion of
markets in the rural economy, all have influenced and shaped the lives and agricultural
practices of farmers living there. These are all factors that are important when we consider the
vulnerability of the people living in the Limpopo Valley under natural hazards and stress
situations. The methodological approach of the study, and the different methods that I applied
during my fieldwork are presented in Chapter 3. The chapter gives the reader a possibility to
explore my fieldwork experiences and the process of collecting data.
In Chapter 4 I present the composition and functioning of the agricultural production system
and local seed systems in the study area. An understanding of the spatial distribution of crops
and farmers’ different ways of conserving seed material is important for an understanding of
the impacts of the year 2000 flood on the local seeds systems.
Chapter 5 gives an overview over how the composition of crops and varieties has changed
over time, exemplified by three concrete cases, namely “colonial crops”, groundnuts, and
cassava. Since Chapter 5 states that seed systems are not static in time, Chapter 6 explores
important reasons why they should not be perceived so. Different ways of acquiring seeds
from external sources stimulate a seed flow between areas. The different ways of acquiring
seeds are presented, and their relative importance is considered. I further go on and see how
the creations of social relationships like friendship and marriage are particularly important for
the seed flow. In this chapter I also briefly consider the influence of money and market
economy on the traditional ways of acquiring seeds.
In Chapter 7 I argue that the post-flood disaster situation should not be considered the result
of one natural hazard, but rather a result of several factors. In addition I briefly consider
biological and social constraints on farmers’ own abilities to rehabilitate seed resources in the
post-flood situation, and how these have implications for how to intervene in post-disaster
situations to improve farmers’ own capacities to rehabilitate their seed stocks. Finally,
11
Chapter 8 draws some conclusions and implications from the discussions throughout the
whole thesis.
12
2.0 Context of Study
Mozambique has its borders to South-Africa and Swaziland in the south and south-west,
Zimbabwe and Malawi in the west, and Tanzania in the north (Map 1), and the size of the
country covers an area of 801.590 km2. The country is divided into ten provinces, Maputo,
Gaza, Inhambane, Sofala, Manica, Tete, Zambezia, Nampula, Niassa, and Cabo Delgado
(Map 1). According to the 1997 Census the population size of Mozambique is 15.740.000
persons (CIUEM 2001). The population is unevenly distributed between north and south, the
southern part being the most densely populated. Mozambique is among the poorest countries
in the world, with a life expectancy of 45,9 years, and an infant mortality rate of 117,6 per
1000. The official language of the country is Portuguese, but several local Bantu languages
are spoken in different parts of the country, and Portuguese is not widely spoken outside of
the largest cities.
In this chapter I give a brief presentation of the historical and geographical context in which
the study was undertaken. First, I present a brief overview of historical events that I find most
relevant for the coming discussion. This is part of the background for the analysis later in this
thesis where the combination of long-term social changes and natural hazards are discussed as
having been decisive for the people’s vulnerabilities to the floods, and how people in different
ways were able to access seeds in the post-flood situation. In an analysis of access profiles in
a post-disaster situation one should focus on long-term intergenerational social changes
instead of the short term immediate impacts of relatively sudden events like floods are (Blakie
et.al. 1995). Second, the geographical context gives an overview of the physical
characteristics of the study area and the study sites. The study was undertaken in two different
villages in the Province of Gaza. Demography, climate, and other physical characteristics are
here presented. In this way we are able to understand under which conditions the people in the
area are living and interacting, and how the year 2000 floods affected areas in different ways.
13
Map 1: Mozambique: provinces, neighbouring countries and provincial capitals.
(Source: IIASA 2002)
2.1 A history of wars, movement of people, and uncertainties
Migrations of people, war activity, colonial occupation, natural disasters, and processes of
modernisation and integration into a market economy, are all factors that during historical
times have influenced and formed the culture of the people living in the southern parts of
Mozambique. It is important to be aware of these external influences and processes for a
thorough understanding of how farming practices and people’s patterns of interaction have
changed over time.
14
2.1.1 Migration of people and cultural integrations
The exact origin of the population in the study area is not known. The Machangana is
considered the oldest ethnical group in the region, this creating the general idea that all
individuals are Machangana (Dava 2001). The origin of the people living in the area dates
back to the 19th century, when the Nguni conquest in southern parts of Mozambique led to the
emergence of the Gaza State (Covane 1996). The Ngunis were patrilineal mixed farmers, who
were grouped into chieftaincies and relied heavily on cattle surpluses and cattle exchange
(Newitt 1995). The critical drought period of the 1820s led to clashes between various
chieftaincies, and traditionally organised hunting bands became transformed into war
regiments. This expansive period led to the integration of the native Tsonga and invading
Nguni groups, and the two groups closely influenced each other’s development (ibid). The
polygamy practiced by African monarchs was highly successful in integrating conquered
people and binding together different elements in the society, but it was also the one
important factor that led to a crisis in the Gaza Kingdom. Disputes over succession after the
death of Shoshangane (the first Gaza king), plunged the state into a bitter civil war (Newitt
1995).
In addition to practicing polygamy, marriages between men and women from different
lineages than their own (exogamy) was the most common way of marriage. After the
marriage women had to move away from their natal home to stay in the husband’s house1
(Feliciano 1998). Their children were considered to be members of the man’s lineage,
something that signifies societies that are patrilineal. Cultivated land, cattle, and other
properties were transferred to the eldest son, who in turn divided it among his younger
brothers. Except for the practice of polygamy, these traditions are still present in the society,
facilitating movement of people as well as resources between different groups and areas, and
are an important element in times of crisis.
1 Within anthropological theory the tradition that women move to the men’s family’s house or village is often referred to as virilocality.
15
2.1.2 Natural hazards – a history of fluctuations and uncertainty
How people have moved and migrated over long distances is related to the highly fluctuating
climatic environment in which the people in the southern Africa live (Newitt 1995). Both
droughts and floods have influenced the population in the Province of Gaza during historical
times (and most probably times before as well), and people have adapted their ways of living
to this fluctuating environment. Rain has normally been associated with abundance, while
droughts have been associated with hunger (Feliciano 1998). Traditionally people have had
several strategies in times of droughts, from intensifying hunting, gold mining and
commercial activities, to dislocation from their own region to more fertile regions (Newitt
1996). Movements of people could in the end lead to competition and conflicts over rights to
water and land. From 1794 to 1802 the southern part of Mozambique experienced a severe
drought, which in the end might have led to the emergence of the Zulu kingdom (Newitt
1996), and is an example of what impacts, both physically and socially, a natural disaster can
have in the region. The drought (often referred to as mahlatule) disrupted the traditional
agricultural communities, and was a trigger to political, economic, and social changes among
the Nguni (Newitt 1995). Also in the beginning of the 1980s and the 1990s the southern parts
of the country experienced droughts in periods over several years, something that was
disastrous to the population and their livelihoods. At this time UNICEF provided the drought
sufferers with oxen for ploughing and seed from neighbouring Zimbabwe, technologies that
were both familiar and suitable in the local production system (Blakie et.al. 1995).
Historically also floods have been a threat to people and agriculture in the Limpopo Valley,
and this has had an impact on how people live and adapt to their environments. The records of
the Limpopo River water regime show that the river went over its banks in the years 1917,
1953, 1977, and 2000 (Dava 2001). The year 2000 floods had a great impact on people and
agriculture in the area. The whole floodplain was then covered with about ten meters of water,
and people had to escape from their homes. According to official numbers, in the District of
Xai-Xai about 16.000 families, equivalent to about 65.000 persons, were affected and had to
dislocate from their homes during the floods (DDCJD 2001). Many people were evacuated by
helicopters or by boats, but most people left by foot or by public transport. People went to
stay with relatives and friends in the highlands, but many of them returned just a few months
after the floodwater had withdrawn in June 2000.
16
People living on the floodplains of Limpopo have developed strategies for coping with floods,
temporary migrations to relatives living in the highlands being one of them (Covane 1996).
People have also developed techniques that enable them to live in top of trees for up to
several weeks or months. Covane describes how people were able to survive in trees during
floods (refers to a flood before year 2000):
… it was possible to keep clothes, food, firewood, pots, other items and even domestic animals in trees and to maintain a family during periods of flooding. Men went periodically to the highlands to maintain stocks of food and firewood. Only those who had family in the highlands used to move with their belongings there until the end of the calamity. This highlights the importance of marriages between families from different ecological zones. During rescue operations, helicopters found people in trees who did not want to be evacuated. They wanted to continue in the trees with their belongings until the floods came to an end, and serious efforts had to be made to convince them to embark in the helicopters (Covane 1996: 295-296).
2.1.3 Colonisation, market economy and modernisation
The dominant Portuguese colonial period in the southern parts of Mozambique dates back to
the establishment of the Military District of Gaza in 1895 (Feliciano 1998). This period has
influenced the country both culturally and economically. Xai-Xai City became the centre of
commercial activities for the Colonial District of Gaza (Covane 1996), and the Limpopo
Valley was believed to become the future granary of the colony. The colonial system tried to
integrate a European capitalist rational model into the traditional African economy (Feliciano
1998). The growth of urban populations seems to have encouraged changes in farming in
order to provide food or other commodities for the city (Covane 1996). Commercial
production of rice, sugarcane and cotton was established, but only rice, and to certain degree
sugarcane were widely adopted by the farmers. Even though the colonial government
practised forced production of these commercial crops, the farmers’ resistance to cotton
production was high. While most farmers resisted forced cotton production, it was a new
opportunity for others. Especially women got a new opportunity to make their own income,
and this combined with men’s migration to South Africa working in the mines, gave the
women a new position in the rural society. Agriculture now became women’s task, and
women became more liberated from their husbands. Women’s new income opportunities were
especially important in cases of crisis in a marriage, because the women themselves now were
17
able to pay back the bride-wealth (o lobolo), but in addition, women were able to invest their
money in prestige products like cattle and ploughs (Covane 1996).
Increased labour migration to the mines in South Africa was an important factor in the
integration of Mozambique into a world economy. As stated by Newitt:
… migrant labour undermined the social and economic structure … in a way which wars had never done, and began the rapid absorption of the people of southern Mozambique into the modern world economy (Newitt 1995: 297).
Young men’s migration to the mines in South Africa contributed to their social liberation
from the elders, now not being dependent on the cattle controlled by their fathers to have a
future income (Covane 1996). The men who migrated to the mines brought back money that
could be used to buy food products, and to invest in other prestige products like cattle and
several wives. Young men became more independent, and were able to marry several women
at a young age. Money gradually replaced cattle in the bride wealth transactions (o lobolo),
partly because of the increased importance of money and partly because of a reduction in the
number of cattle in the region. In the period from 1895 to 1898 the number of cattle in the
area was markedly reduced. The reasons for this were mainly increased consumption of cattle
and increased death rates because of rinder pest (Feliciano 1998).
Migrant labour also facilitated the introduction of ploughs into the area (Covane 1996).
Initially only men could operate ploughs, but as women became more involved in all
agricultural activities, they were gradually admitted to work with ploughs and oxen. The
elders of the society saw the new technology as a threat to their prestige, knowledge and
influence as family heads, and ploughs were by many seen as defying the spirits of the
ancestors (ibid).
All of these factors led to a profound change in social structures and power relations in the
area. The social changes led to a nuclearisation of families and changed household structures
(Feliciano 1998). Even though the new income opportunities introduced by market economy
led to an increase in market transactions, the money earned by individuals was often used in
traditional transactions like lobolo and other social events (gifts, beer drinking, rituals, etc.).
18
In 1975, after ten years of war for independence Mozambique was liberated from the colonial
rule of Portugal. This transformed Mozambique from a colony with strong economic and
cultural bonds to Portugal to a socialist state in isolation from the western world. Socialisation
of agriculture was among the first of the new government’s task, and involved state and
cooperative farms, with people living in new villages (Covane 1996).
2.1.4 Ten years of civil war
After ten years of a destructive war of liberation, Mozambique plunged into ten new
destructive years of civil war. The conflict had its background in strong South African
opposition to Frelimo, the socialist government of Mozambique, and South Africa was
blamed for supporting the conflicting part, Renamo, both economically and by providing
training facilities. South African opposition to Frelimo was brought about by Frelimo’s
support of the ANC. The conflict increased in intensity after the plane crash, where the
Frelimo leader and official president of Mozambique, Samora Machel, died. It was believed
that Renamo and South Africa were responsible for the “accident”. The conflict formally
ended in October 1992 when the Rome Peace Accord was signed, and Mozambique was by
that facing peace, and processes of democratisation and modernisation.
The war in itself was devastating for the population in Mozambique and it led to a general
collapse of the whole economy (Covane 1996). People were killed and dispersed, and social
networks were broken down. Agriculture suffered particularly because people had to move
from their farms, and the land was left fallow for several years. Ploughs, cattle, houses,
granaries and social stability were lost (ibid). But still, many people decided to move back to
their farms after the Rome Peace Accord in October 1992.
The combination of destruction of infrastructure in the war of liberation, droughts, floods, and
civil war, made the situation after the independence very difficult for the young nation, and
undermined peasant agricultural production (Covane 1996). In the end of the 80s and early
90s, due to the collapse of Soviet Union and the East Block, the Mozambican government
turned to the western world to receive economical support from the Bretton Woods
institutions (Newitt 1996), and this in general meant an opening up of the economy and
greater reliance on market forces. This opening up of the economy became even stronger after
19
the1992 peace agreement between Frelimo and Renamo, and many now consider
Mozambique a market liberal democratic state.
2.2 Site profiles
My investigations were performed in the Province of Gaza about 200 km north of Maputo, the
capital of Mozambique. The provincial capital of Gaza, Xai-Xai, is in the Limpopo Valley,
and has a population of about 100.000. The Limpopo River flows through the valley, and
highly influences the lowland areas. After the Zambezi River, Limpopo is the second largest
river in Mozambique, with a catchment area of more than 390.000 km2. The river has its
sources in South Africa, Botswana and Zimbabwe, outside the borders of Mozambique, and
its flood regime is characterised by high variability throughout the year. The dry season
normally runs from April to October, while the wet season normally is between November
and March.
The lower Limpopo River covers an area of approximately 2.000 km2, extending inland from
the sea to Chibotu 60 km in the north, where the Limpopo and Changane River confluence
(Covane 1996). The river has a major impact on agricultural production in the area, with its
periodic floods and drier periods. In the rainy seasons the river sometimes overflows, adding
nutrients to the soil. People in Xai-Xai District call floods going over the banks of the river
ndambi, and in cases when the floods are big and destructive people often say: ndambi hi
muyendzi, meaning the flood destroyed a lot (Dava 2001).
Due to topographic factors, there is a difference between the highland and lowland areas
regarding soil, both in terms of composition and humidity. Contents of clay are the main
characteristics of lowland soils, while the highland soils are sandier. The lowland soils
normally have more water in dry periods due to the proximity of the river and the water
holding capacity of the soil. In flooding periods, when the river runs over its banks, only
lowlands are inundated.
Mozambique has a tropical and sub-tropical climate, characterised by wet and dry seasons,
which determines how farmers in the area perform their agricultural production. The highly
fluctuating climate creates a seasonal micro-climatic environment whereby immediately
20
different areas may experience considerable variation in rainfall patterns, with consequent
different effects on agriculture (Covane 1996). Most farmers combine several crops in a
system of multiple cropping, and most of them produce both for their own subsistence needs
and for selling in local markets. The composition of crops varies in different zones in the
region, according to climate, soil, and different economic conditions (Feliciano 1998).
My investigations took place in two different villages, Fenisseleni in the lowlands and
Zongoene in the highlands (Map 2). As we shall see, different agroecological conditions in
the two study sites have an influence on the composition of crops and varieties, which in turn
had an influence on how the impacts of the year 2000 floods affected the two villages
differently. In the following I will present the two respective villages and their main
characteristics regarding the site, population, soil regimes and agricultural practices.
Map 2: The Province of Gaza, with the two study sites, Zongoene and Fenisseleni (the
latter being a suburb in the city of Xai-Xai).
21
2.2.1 Fenisseleni
Fenisseleni is a village situated north of the Limpopo River, just about 1 km south of the town
centre of Xai-Xai. The village is therefore considered a suburb of Xai-Xai City. Before the
year 2000 floods, approximately 800 families inhabited Fenisseleni, but during the flooding
period from February to May 2000 the whole population had to escape from floodwater,
leaving the village unpopulated for several months. The total number of families that had
returned by December that same year was approximately 250 (Berg 2000, Dava 2001). The
total number of families living in the village at the time of this study was uncertain, but there
are reasons to believe that the number had increased even more, and that the village was about
to be fully repopulated. Still, there are some households that have not yet returned, leaving
their land (machambas2) uncultivated.
Farmers in Fenisseleni perform multiple cropping, where maize, beans, and sweet potato are
among the most important crops, but also cowpeas, rice, bananas, pepper, and different types
of vegetables like lettuce, tomatoes, and onions, are widely grown. Cassava and groundnuts
can also be observed in the fields, but the soil regimes in the lowlands do not favour these
crops. Crops are mainly cultivated according to types of soil. Maize is the only crop grown on
all the different types of soil, and is the most common crop in Fenisseleni.
The area around Xai-Xai was an area where civil war activity was relatively low. Many
people fled to areas like Fenisseleni, and still today one can find people who escaped from
war-affected zones living in the village.
Floods are not new phenomena for the people in Fenisseleni. After the floods in 1977, many
people in Fenisseleni living closely to the river were forced by the government to move from
their houses. This was because the government considered these areas too dangerous in case
of a future large-scale flood. Houses in these areas are therefore today abandoned, but the
areas are still cultivated by the landowners (Picture 1). These policies may have saved human
lives in the large-scale flood that struck the area in year 2000.
2 Machamba is the Shangana word for a plot of cultivable land.
22
Picture 1: House abandoned after the 1977 floods. Today the area is transformed
into agricultural fields.
2.2.2 Zongoene
The area of Zongoene is situated about 30 km southeast of Xai-Xai City, close to the mouth of
the Limpopo River. The area of Zongoene has a population of 24.836, and the village “24 de
Julho”, which was the village where I performed my investigations, has a population of
13.253. 3 The agricultural practices in this area are characterised by cultivation both in high-
and lowland areas, giving the farmers of Zongoene other possibilities for their agricultural
practice compared to farmers cultivating only in lowlands or in highlands.
For longer periods during the civil war, Zongoene was hard struck by war activity, and people
had to escape from their households and farms to live in more safe areas like Fenisseleni
outside of war affected zones. Today Zongoene is fully repopulated, and agricultural
production is rehabilitated.
The soil regime in the lowland areas of Zongoene is mostly the same as in Fenisseleni, but in
the highland areas sandy soil types enable farmers to cultivate groundnuts and cassava, in
23
3 Source: Figures and tables presented by the “Chefe do Posto” in Zongoene, 22.11.2001.
addition to other crops like maize, cowpeas, and different types of vegetables. Since the
population of Zongoene live in the highlands, and also cultivate here, the year 2000 flood did
not strike this area as badly as it did Fenisseleni. Farmers still had left what was cultivated and
stored in the highlands, but also here what was planted and stored in the lowlands was lost
during the floods.
2.3 Concluding remarks
In this chapter we have seen that external factors like war, natural hazards, modernisation and
integration into a market economy, are all factors that have influenced the lives of the people
living in the study area. But following the argument of Long (2001) it is unsatisfactory to base
one’s analysis of social change on the concept of external determination. Social change
should be viewed as the product of the “… interplay and mutual determinations of “internal”
and “external” factors … which recognises the central role played by human action and
consciousness” (Long 2001: 13). An actors approach is therefore the basis of this thesis,
which in turn has implications for the research approach and methods that I applied. These
will be presented in the next chapter.
24
3.0 Methodology and research methods
The methodology of a study encompasses theory and is therefore not directly operational like
methods are, which can be defined as “… a comprehensive set of approaches to gather
evidence and analyse specific problems …” (Mikkelsen 1995: 223). It is the questions to be
answered that must decide the methods that are chosen, and not vice versa (ibid).
In the beginning of my study I was in need of information about how people in the study area
acquire seeds, both in normal seasons and in times of stress, and how this has changed (if
changed at all) over time. In addition I was interested in social relations through which people
transfer seeds, and from which persons they receive seeds, and whom they provide with seeds
in times of scarcity. In relation to this I was concerned about how these processes are
influenced in time by external processes, and I therefore wanted to search for information
about historical processes of natural hazards, war, colonialism, modernisation, and how
farmers have been integrated into markets and a money economy. The research questions I
came up with in the initial phases were changed and modified continuously during the
fieldwork period. In this way I was able to accumulate knowledge and develop my focus of
study constantly as my findings enriched me with new information. As stated by James
Spradley, ethnographic research is not a static process, but “… requires constant feed back
from one step to another” (1979: 93). My focus on social relationships narrowed down to
understand the importance of marriage and friendship relations for seed acquisition, and how
these relationships are created. In addition I developed a special interest in local crops and
varieties and how the composition of these in space and time has changed, which in this thesis
functions as a context and illustration of the embedded dynamism in local seed systems.
In this chapter I first present the general research approach of this study, which took a
qualitative form. Second, I explain how I prepared for my fieldwork in Fenisseleni and
Zongoene, both before my departure to Mozambique, and in Maputo, the capital of
Mozambique. Third, practical problems that I met regarding access and acceptance in the
local communities, in the process of selecting an interpreter, and general communication
problems, are presented. This process was decisive for the results that I ended up with.
Fourth, the different methods of collecting data are presented, and finally, I will do some
reflections around the data.
25
3.1 Research approach
According to Denzin & Lincoln (1994) quantitative studies emphasize the measurement and
analysis of causal relationships between variables, not processes, while qualitative research
stress the socially constructed nature of reality, the intimate relationship between the
researcher and what is studied, and the situational constraints that shape inquiry.
Most social scientists like to be considered as neutral, and passive actors within their own
research project. My experiences as a researcher in the local context made it clear to me that
this is an ideal that is rarely fulfilled (if fulfilled at all). When considering my role as a
researcher, it is necessary to see myself as a social actor within the local context. My research
project was founded on certain basic values, and must in itself be considered as an
intervention and external influence on the populations of the two villages. According to Long,
“… intervention is a “multiple reality” made up of differing cultural perceptions and social
interests …” (2001: 30). Through my social interaction with different actors in the two
villages, I tried to gain knowledge and data relevant to my research objectives. It would be
wrong to believe that the farmers who I made interviews with, talked with, and interacted
with in other ways, did not have their own “projects” and goals in their interaction with me.
Local actors may actively formulate and pursue their own projects that often clash with the
researcher’s project (Long 2001), and observations and interview situations can therefore be
seen as socially situated in the “worlds” of the observer and the observed. This perspective on
the interaction between the researcher and local actors is important for an understanding of
how I was perceived in the local setting, and how this is reflected in the problems that I had to
face in the beginning of my fieldwork and the results that I ended up with. Information is in
the interview situation reinterpreted and recreated differently by each “receiver” as well as by
each “sender” (Villareal 1992). In qualitative research, a scientific ideal of testable and
verifiable data is therefore an ideal that is rarely or ever fulfilled.
3.2 Preparations and selection of study area
My fieldwork in Mozambique was conducted over a period of 41/2 months, from the 5th of
August to the 18th of December 2001. Much of my time was spent collecting background
information and preparing my data-collection in the field. The period I spent in the District of
26
Xai-Xai was from the 13th of September to the 30th of November 2001. Most of my time in
the field was spent in Fenisseleni, just outside the Xai-Xai City, while one week was spent in
Zongoene, about 20 km south-east of Xai-Xai. Even though my stay in Zongoene was short,
this part of my fieldwork was done in the final period when I had become more experienced
with collecting data and interviewing people, which in turn made this fieldwork period more
productive. In addition, because I was staying in the village in this period, I was able to spend
my time more effectively and collect more data over a shorter period of time.
Most of my fieldwork preparations were done in Norway, and were based on a report written
by Trygve Berg (2000) in relation to FAO-LinKs’ Rapid Rural Appraisal in Fenisseleni and
Zongoene in the period 2-7th of December 2000. According to this report, Fenisseleni and
Zongoene are representative of the flood struck areas of the Limpopo Valley, and are
therefore suitable for a study of the flood impacts on genetic diversity and farmers’ coping
with the disaster situation (Berg 2000, Dava 2001).
Arriving in Maputo, I spent about one month learning Portuguese, and studying historical
sources from the area, both as a preparation for my coming fieldwork and as secondary data
for my thesis. Particularly valuable here was the library of “Arquivo do Património Cultural”
(ARPAC), which has good sources on the culture and history of Mozambique. The director of
ARPAC, Dr. Fernando Dava, also provided me with lots of information and perspectives on
the focus of my study.
When I arrived in Xai-Xai, I spent some time finding accommodation and an interpreter for
the fieldwork, and I also made some efforts getting official permits for my work. While doing
my fieldwork in Fenisseleni, because of practical problems, I had to live outside of the
village. It would certainly have been an advantage to stay inside the village while conducting
the fieldwork, because this would probably have given me better access to data than when I
had to travel back and forth every day. On the other hand, travelling every day in public
transport gave me an entrance to some significant parts of the Shangana culture. Chapas are
the local buses that transport most people when they are travelling to distant areas visiting
family or friends, and it is also a place where people meet and connect friendships (Covane
1996). When travelling with these buses I was able to observe how people interact with each
other on the bus, and how people travel and what they bring when they go to their daily
activities in the fields, local markets, and make visits to family or friends.
27
By the help of the “Provincial and Districtal Offices of Culture, Youth and Sports” I was able
to get official acceptance for my work, and officials representing these institutions introduced
me in the local community. This could be one reason why I was misunderstood in the
beginning of my fieldwork.
3.3 Practical problems and my role in the local communities
My problems were not over after getting official access to and local acceptance for my
fieldwork. In the beginning people perceived me as a kind of development worker, or a
person that would provide organisations or the government with information about their direct
needs, that in turn would result in the supply of money or seeds to the local community.
Because of this people responded in a strategic way, which was not good for my research.
When I asked people about how they acquired seeds after the floods, all farmers would reply
by buying, hoping for return in the form of money. In addition, when asked about the
household seed stocks, all farmers would answer that they did not have any seeds at all, which
obviously was not correct. When observing the farmers’ fields it was quite clear that many
farmers had their own seed stocks, quite contrary to how they responded to my questions.
This illustrates my role in the local community, and how farmers actively were trying to use
their relation to me actively to achieve certain goals. The situation challenged me as a
researcher and as a person. By using my social relationships with three people in the village
(the chief, a carpenter and a teacher), I tried to make a new foundation for my study in the
village. After a conversation with them, it became clear to me that the whole village had
misunderstood me in the context of my introduction with the officials from Xai-Xai. I had to
change my research strategy.
The selection of a new interpreter turned out to be a good decision. In addition, I had to
restate my position as a student and researcher more thoroughly. I was also, by the chief,
provided with a local guide, who could help me select informants and inform me about local
farming practices and cropping patterns, local crops, varieties etc.
The local language in the villages is Shangana. Since Portuguese is not widely spoken in the
rural areas of Mozambique, my efforts spent in Maputo learning Portuguese were therefore
28
not so useful in my direct communication with local people. Still, even though my Portuguese
was far from fluent, this was useful in my communication with Portuguese-speaking men in
the local communities, and with my interpreter and local guide. The interpreter also had some
English skills, but this was not sufficient for a full understanding and interpretation of the
interviews. He was therefore translating most interviews into both Portuguese and English.
This was the optimal way of interviewing people, and even though it was a little bit more time
consuming than only translating into one language, it gave me a more complete understanding
of the information that I received from the interviews.
3.4 Research methods and data collection
The research tools that I applied in my fieldwork were selected according to the focus of
study, the time frame of my study, and the available resources that I had for my fieldwork. By
applying several kinds of methods I tried to increase the validity of the data. Triangulation,
which refers to the use of several kinds of methods to secure an in-depth understanding of the
phenomenon in question, “is not a tool or a strategy of validation, but an alternative to
validation“ (Denzin & Lincoln 1994: 2). During my fieldwork I conducted 20 in-depth
interviews, and two group interviews. In addition, observations in the fields and conversations
with farmers were very important parts of my fieldwork.
A majority of my informants were women, which was a choice that I made on the background
of information collected from secondary sources in Maputo. According to Covane “…the role
of women in the rural economy has been extremely important” (1996: 38), and during his
fieldwork there, he experienced that most men were unable to provide him with much
relevant information concerning agriculture. My experiences with this were mixed. Some men
were very experienced with agriculture, while on the other hand some women were not so
knowledgeable. There seem to be a gendered differentiation in the agricultural tasks and
related knowledge about farm production. Men are normally responsible for the cultivation of
cash crops like maize, rice, sugar cane and bananas, while women have the main
responsibility and knowledge about the cultivation of food crops like cassava, sweet potato,
groundnuts, beans, and cowpeas. There are also reasons to believe that men’s position in
agriculture is increasing again, due to decreased migration to South Africa.
29
3.4.1 Interviews
All the interviews that I performed were semi-structured in their form. In a semi-structured
interview only some or few of the questions are predetermined (Mikkelsen 1995). In this way
the interviews become more conversational, and it is possible to restructure and change
questions and add new ones during the interview. All the interviews that I made were
prepared in the day before the interview to fit each individual informant. In the evenings after
the interviews, all the information gained during the day was processed and analysed in a best
possible way, and was in this way a foundation for structuring and developing the interviews
for the next day. In this way I was able to develop and accumulate knowledge about the
research topic.
Using interviews as a fieldwork method, the bias of interviewing only one group in society
should be avoided (Mikkelsen 1995). Still, because women are considered to be important in
the agricultural production in general and in the production of food crops in particular, I tried
to put more weight on collecting information from women. I conducted 13 in-depth
interviews with women and 7 with men, while the group discussions that I had was with a
group of about 10 elder women and a group of 5 men in Fenisseleni. Even though I tried to
put more weight on women and women’s role in the agricultural production, most interviews
that I conducted with men gave me a feeling that they were of a better quality than the ones
that I had with the women. The most important reason for this is probably the fact that most
men speak Portuguese, which gave me a better understanding of the information, and, in
addition, it gave me an opportunity to communicate directly with my informants. Also the fact
that I am a man may have made the women more introvert compared to the men in the
interview situation.
When I conducted interviews with women I tried to avoid doing the interviews together with
their husbands. This was because of my concern with husband’s domination over his wife in
the interview situation, which is confirmed by the studies made by Covane:
… I generally observed that when husband and wife were interviewed together, the man spoke and quite openly tried to prevent his wife from saying anything. This is partly a reflection of the traditionally assumed minor and secondary role reserved for women in the context of kinship hierarchy or marriage in the southern Mozambican countryside. This was contradiction to the more active role played by women during
30
the collective interviews involving men who were not their husbands. Unmarried or widowed women were particularly active during such interviews (Covane 1996: 35-36).
The fact that my interpreter and my field guide in Fenisseleni were men was therefore
probably not a problem, since none of them were married to the women who I interviewed. It
seemed like most women felt free and were relaxed in the interview situations, where, in
addition to the informant, only my interpreter, field guide and I were present. Most interviews
in Fenisseleni were conducted on one site, in my guide’s garden. This was a satisfactory
solution since conducting interviews in each of the single households most probably would
involve the husbands of the women that I wanted to interview. The situation was quite
different in Zongoene, where most of the interviews were conducted in field or in each single
household. The observations made by Covane were partly confirmed through the interviews
that I conducted with women and their husbands at the same time. Some women were not
speaking unless their husbands permitted them to, while others were quite open and spoke
freely together with their husbands.
3.4.2 Key informants
A key informant is a person who is particularly knowledgeable about a given topic
(Mikkelsen 1995). Relationships with key informants often happen by coincidence, and are
most often not planned or intended. In addition to just being an interpreter, my interpreter also
became a friend and good source of information. With his cultural experience and knowledge
about agricultural practices, he certainly became what is referred to as a key informant.
Every day I had a guide with me in Fenisseleni, both when I performed interviews and made
walks in the fields. Two persons (the carpenter and the teacher) were guides, one each day.
My guides were also important sources of information about agriculture and cultural
practices. It became a routine every day to have a kind of “morning meeting” with my guides
and interpreter, where I could ask them questions about the previous days, and prepare the
interviews we were about to conduct on that day. In this way I was able to accumulate
knowledge in a communicative manner, and discuss with them the data that I received and
with whom we should talk to receive more information about the topics.
31
This situation was quite different in Zongoene, where I was able to work more independently.
Here I developed a good relationship with the maid of the house where I lived. She gave me
lots of information about people and agriculture, and was able to indicate possible interview
objects.
3.4.3 Observations in field
I spent much time walking in the fields, talking with people who were working in their
machambas, and observing crops and cropping patterns. This turned out to be very useful in
terms of differentiating crop varieties, and for understanding local agricultural practices.
Particularly in Zongoene, most of my time in the field was spent doing walks, talking with
people, and observing them preparing and cultivating their fields.
3.4.4 Secondary sources
Secondary data have been important sources of information, both as data and in my
preparations. My fieldwork was based on a workshop performed by FAO and other interest
organisations after the floods in year 2000, and I have used much information from reports
written from this (See: Berg 2000 and Dava 2001). In addition, a doctoral thesis written by
Luis António Covane (1996) about the importance and influence of labour migration to the
mines in South Africa on agriculture in the Limpopo Valley, has provided me with valuable
information regarding culture and structural changes in relation to the introduction of market
economy and the influence of war activity on agricultural production. This can also be said
about the work by José Fialho Feliciano (1998), which gives a deep presentation of the culture
and economy of the Thonga in the southern parts of Mozambique. In addition, the general
historical presentation of the history of Mozambique by Malin Newitt (1993) has been
valuable for my understanding of the historical processes that have influenced the lives of the
rural people of the country.
32
3.4.5 Group interviews
“Group interviews provide access to a larger body of knowledge of general community
information” (Mikkelsen 1995: 104). In Fenisseleni I conducted two group interviews, the
first with a group of ten senior women, while the other was with five men. The interview I
made with the elder women was about bride wealth, and its importance to society in general
and for women in particular. The other group interview that I made with a group of five men
was about local names of different crop varieties. By homogenising the composition of the
groups that I interviewed I tried to stimulate free expression and dynamic discussions
(Mikkelsen 1995).
3.5 Reflections around the data
Problems and possible confusion perceived by the reader regarding what is the unit of
analysis need some discussion. Although I made interviews with individuals, the intention of
my study is to consider the capacities of households to rehabilitate seed stocks in post-disaster
situations. A central part of my study is to consider how farmers’ social and economic capitals
are related to farmers’ capacities to access seeds in stress situations. Thus, I view the
households’ capacities to rehabilitate seed resources as the sum of the social and economic
capitals that each individual of the household possess. Different members of the household
may have different capacities due to factors as gender, age, and social and economic status.
What this study lacks is an analysis of the households’ overall economic status in relation to
on-farm genetic diversity. I still believe that by considering different individuals’ capacities, I
will be able to draw some conclusions regarding post-disaster seed-rehabilitation capacities in
different households.
As already mentioned, the presentation of myself in the local community gave me some initial
problems. Because my role and purpose of stay were misunderstood, people did not respond
to my questions and interact with me in a way that was good for my own project. Even though
this was a problem in the initial parts of my fieldwork, I do think that I was able to state my
position, and avoid further misunderstandings of who I was and what were the purposes of my
work in the villages. Because I was better prepared and more aware of these potential
33
difficulties and misunderstandings, I was able to avoid many of these problems when
presenting myself and doing my work in Zongoene.
Even though my interpreter was good and able to communicate with people and translate in a
satisfactory way, his limited language skills in English (in addition to my limited skills in
Portuguese) were a problem when communicating with local people in the villages,
particularly in the beginning of the fieldwork. This improved after working together for a
while, and in the end we had improved our communicative skills. Still, the optimal solution
would have been to be able to communicate with people directly through the local language,
Shangana. The relatively short fieldwork period did not give me the possibility to learn
Shangana, apart from trivial daily phrases, in addition to words and expressions that I,
through the translation process, found useful and relevant for my study. Local language,
expressions, and words can hold a key to the understanding of local cultures (Spradley 1979).
Local names of varieties were one such group of local words that I tried to pick up during my
fieldwork. Some varieties’ names were difficult to collect because of the meanings of the
names. Local names of sweet potatoes were particularly difficult to collect, because these
names often have insulting or vulgar meanings4.
The fact that my interpreter was from outside of the community is also a potential problem in
the fieldwork situation. A person who is from outside a community does not have the same
local knowledge and social network of trust and reliability as a person from within the
community. On the other hand a person from outside the community is more independent and
maybe not as tied up in his social position and relationships as a person from within. My
interpreter’s ability to make contacts and interact socially with people was very valuable for
my research.
The guides that I had in Fenisseleni were from the local community, which, as mentioned,
also can be a potential problem in the interview situation. Depending on the informants’
relationship with the guide, they may not give the same information as if they had been in an
interview situation with only the interpreter and me. But by avoiding interviews with the field
guides’ wives, and women were relatively extrovert and free speaking.
4 As an example, Nwarahco is a local name on a variety of sweet potato, and means “big buttock” in Shangana.
34
The period when I performed my investigations also had an influence on the information that
I received. Most of the time I spent in Fenisseleni was in the end of a long dry season. The
farmers were therefore waiting for the rain to come, and many farmers were preparing their
fields for the next growing season. Not very many farmers had yet started to mobilise and
prepare seeds for cultivation, which normally is done right after the first heavy rains. Some
farmers were drying their maize in the sun, while others were sorting out groundnuts for
planting (Picture 2). I was therefore not able to observe farmers cultivating their fields, and
interview farmers about the seed material they were planting in the field. All of my
information here is based on interviews outside of the fields and on farmers’ memories. This
was contrary to my fieldwork in Zongoene, which started right after the first rains, and
farmers had just started their cultivation and mobilisation of new planting material. It was
therefore easier to walk around there, observing and asking farmers directly about the seeds
they were planting.
Picture 2: Woman in Fenisseleni preparing groundnuts for cultivation.
35
In this chapter I have presented the study approach and the different methods that I applied
through the fieldwork period. By applying several methods and by developing and changing
my research strategy as I gained more information throughout the research process, I have
tried to get an as complete as possible understanding of how farmers are acquiring seeds, and
how they are manoeuvring within a production system that is constantly exposed to external
influence like natural hazards, market economy, colonialism, war activity, and other processes
of modernisation.
36
4.0 Risk management and coping with stress situations
In this chapter I more concretely consider cropping patterns, and how farmers conserve their
seed resources for planting in the next season. Both of these factors are important for an
understanding of the different impacts of the year 2000 floods in Fenisseleni and Zongoene. I
consider different factors that were important to why the flood had different impacts in the
two villages. The agricultural system in general, and the Farmer Seed System (FSS) in
particular, are developed according to farmers’ strategies of managing risks in a highly
fluctuating environment. Different farmers have different strategies and see different
possibilities and constraints in the process of coping with stress situations. The ability of
farmers to recover seed stocks after the flood depended not only on the nature of the hazard
itself, but also to a high degree on the different farmers own abilities to mobilise new seed
resources, either through informal networks or formal markets and institutions. Finally in the
chapter I briefly consider farmers’ different adaptive strategies when coping with natural
hazards like floods and droughts.
4.1 Cropping patterns
In this section I consider how the spatial distribution of crops is related to farmers’ adaptation
of the agricultural production system to soil regimes and climatic fluctuations. An
understanding and overview of this spatial distribution is relevant for the understanding of the
impacts of the year 2000 floods, and how farmers coped with this situation. In the following, I
will concentrate the discussion around maize, sweet potato, groundnuts, cassava, rice,
cowpeas, and beans. Although farmers in both Fenisseleni and Zongoene cultivate a number
of other types of crops, like different types of vegetables, fruits, and legumes, I consider the
first mentioned to be the most important crops that represent the seed systems in both study
sites in a balanced way.
Farmers in both Fenisseleni and Zongoene perform multiple cropping. Maize is the most
important crop grown in Mozambique south of the River Save (Feliciano 1998), and is
characterised by its high capacity of adapting to different temperatures and soil regimes. Its
short growth cycle of about three months enables farmers to plant and harvest this crop more
than one time during a growing season. In the fields of Fenisseleni maize is often grown
37
together with beans and sweet potatoes, the latter grown on the margins around the
machamba (Picture 3). Sweet potato is very important in the lowland agricultural production
system of Fenisseleni, and there are developed local varieties particularly adapted to the
lowland environments.
Picture 3: Maize field with sweet potatoes on the margins of the
machamba.
.
Groundnuts are mainly adapted to dry sandy soils, and are therefore mostly observed in the
highlands. This crop is therefore important in the highland areas of Zongoene, but can also be
observed in Fenisseleni on certain soil types (thlavate). Groundnuts are never grown in the
lowland areas of Zongoene. Cassava is, like groundnuts, adapted to thin and sandy soils,
facilitating the development of the roots. This is therefore a typical highland crop, but is also
cultivated in the lowlands of both Fenisseleni and Zongoene, though traditionally this has not
been the case in Zongoene. Rice is exclusively grown in lowland areas, and produces well in
38
wet organic soils. This crop is relatively new locally, introduced by the Portuguese in colonial
times. The same is the case with sugarcane.
As already mentioned, which crops are grown where is highly related to the local conditions
of soil texture and humidity. Bila is the local term for clay soil, and this soil type dominates
the lowland areas in both Fenisseleni and Zongoene. This type of soil has a dark colour, and is
characterised by being slippery in the rainy season and very hard when dry (Dava 2001). Bila
is good for cultivating maize, sweet potato and different types of vegetables. Most farmers in
both Fenisseleni and Zongoene said that tsovo is the local term for permanently humid clay
soil. But according to Dava (2001), tsovo is organic soils almost like swampland, demanding
drainage for being cultivable. Before cultivation simple irrigation systems enable farmers to
inundate the tsovo fields, increasing the productivity of the soil. When managed well, this soil
type is good for the cultivation of rice, bananas, sugarcane and maize.
In the highlands we find thlava, a sandy type of soil, dominating the soil regimes here. This
type of soil is light brown coloured and has a low capacity of retaining water, but produces
well in rainy wet seasons when the soil humidity is high (Feliciano 1998). Groundnuts and
cassava are well adapted to this type of soil, but also cowpeas and maize are widely cultivated
in it.
In the rainy season, if there are heavy rains, sandy soil is washed down to the lowlands,
creating a mix between highland (thlava) and lowland (bila) soils. This type of soil is termed
thlavate, and is characterised by having a whitish colour in the dry season and a darker colour
in the rainy season, when the soil humidity is higher (Dava 2001). Crops like maize, sweet
potatoes and different types of vegetables are widely grown on these soil types, but also
typical highland crops like groundnuts and cassava can be grown. This soil type gives the
farmers in Fenisseleni the possibility also to grow these crops that are more adapted to the
highland soil regimes.
As we shall see, this spatial distribution of crops in the study area is important when we
consider the impacts of the year 2000 floods, as are the different methods of conservation that
farmers apply.
39
4.2 Storage and seed conservation (kutlhaisa)
In the following, farmers’ methods of conserving seeds in the study area will be briefly
presented. Kutlhaisa is the Shangana word for the creation and keeping of seed stocks, and
involves selection, treatment and storage of seeds for planting in the following season (Dava
2001). According to Longley & Richards (1999), between 50 and 80% of farmers worldwide
use their own planting material, which implies that the functioning of local seed systems
depends to a high degree on farmers’ abilities to retain seeds from the previous harvest. By
storing seeds for use in the next growing season, farmers are securing the following year’s
harvests and livelihoods.
Farmers in both Fenisseleni and Zongoene select seeds for planting after the harvest. Farmers’
seed preferences and selections are based on the physical characteristics like shape, colour
and size of the seeds. One farmer explained to me how he selected maize by considering the
shape and the colour of the maize ear. By considering these factors the farmer said that he
could predict what seeds would germinate when planted, and which ones would not.
Farmers’ ways of keeping seeds may be divided into physical methods, and ritual and
religious manners (Dava 2001). Keeping seeds physically involves selection, treatment and
storage of the seeds. Seeds are stored in the house or in the field, depending on the crop
characteristics. In-field conservation of seeds should not be confused with in situ conservation
of genetic resources, which is a general term of farmers’ own conservation of genetic
resources. In field conservation of seeds can therefore be seen as a part of farmers in situ
conservation of genetic resources in the study area.
4.2.1 Physical methods
Maize, beans, cowpeas, rice and groundnuts are normally kept inside the houses in containers.
Before put in containers for storage, seeds are normally dried and sometimes smoked and
treated with chemicals. Maize, cowpeas, and groundnuts may be dried in the sun or smoked
under the roof inside the house. When put in containers the seeds are often mixed with ash,
sand or gasoline.
40
Picture 4: Tsala, the traditional place to keep seeds.
Picture 5: Bottle and glass container used for the storage of seeds.
Tsala is the traditional place inside the house where farmers keep seeds. The tsala is placed
under the roof of the house (Picture 4), and then seeds can be dried, smoked, and stored. For
various reasons, this method is today decreasing in importance locally. During the war,
houses and granaries were destroyed (Covane 1996), and today, new ways of constructing
houses do not facilitate the use of tsala. Other ways of keeping seeds are in bottles and other
41
glass containers (Picture 5), sacks, and even in traditional drums (Dava 2001). Some farmers
also hang up cubs of maize on the walls, using nails or other tools like screwdrivers, to keep
them on the walls (Picture 6). Today, farmers are coming up with new methods. One farmer
showed me that she now uses plastic boxes for the storage of beans. She claimed that this kept
the seeds dry and away from insects, and other pests and diseases. What methods farmers
choose when storing seed depend on the farmers’ own preferences. One farmer who preferred
bottles said that he started using bottles instead of the tsala simply because this offered him a
better method of conserving seeds.
Picture 6: Maize stored on walls inside the house.
When storing cassava and sweet potato in field, cuttings are collected in the machamba. The
stems of the cassava and the vines of the sweet potato must be replanted shortly after harvest
(Picture 7). One farmer claimed that vines of sweet potato can be buried into the soil and
stored there for about a month, which suggests that the methods applied when storing cassava
and sweet potato in field are not uniform, but vary between different households (Dava 2001).
42
Picture 7: Woman planting stems of cassava in the field.
4.2.2 Taboos and rituals
The physical conservation of seeds is often combined with rituals and ceremonies, and there
are taboos related to who is allowed to touch the seeds while stored (Dava 2001). Stored seeds
have traditionally been kept away from sexually active people. The only persons who are
allowed to touch the seeds are sexually non-active persons, like children and elders. Like one
woman in Zongoene said: “The blood of the persons having sex is too hot, and it may destroy
the seeds”. On the other hand, sexually active people are allowed to plant seeds, which is even
looked upon as facilitating the germination of the seeds, giving the seeds vigour and strength
in the germination process. Most farmers in both Fenisseleni and Zongoene said that today
this tradition is not very much in use, and there are nowadays normally no restrictions on who
is allowed to touch the seeds before planting. Still, some elder women said that it is of crucial
importance to keep the seeds away from sexually active people if one is to expect a good
harvest. Other rituals in relation to the storage of seed are related to the general protection of
43
seeds (khoholo); the prevention of insect attacks (mpfunfanye); to avoid misfortune from the
ancestors (kulumela); or asking for rain in the growing season (mbelelo) (Dava 2001)5.
As we can see, all methods applied in the conservation of seeds are related to the risk and
avoidance of pests and diseases, and other factors that can cause misfortune to and destruction
of the seed stock. Still, there are certain risks and misfortunes that are not easily avoided
through the traditional seed conservation practices. In times of droughts, many farmers are
often forced to eat their seed stocks as a substitution for grains and other food assets when
harvests have failed. The Xai-Xai District was also hard struck by several years of civil war
that almost led to a collapse in the agricultural production (Covane 1996). This, even though
it is difficult to investigate today, most probably led to the extinction of several local varieties.
In addition, the farmers living on the floodplains of Limpopo live under the risk of floods that
can physically wipe out all or most of the lowland seed resources, last seen during the floods
in the year 2000.
In the next section I will consider the impacts this devastating hazard had on the local seed
system of Fenisseleni and Zongoene respectively, and look more specifically on how the
spatial distribution of crops and varieties and farmers’ different methods of storing seeds were
decisive for the flood impacts.
4.3 The impacts of the year 2000 floods
Due to the rapid onset of the year 2000 floods and absence of effective alert systems, the
hazard came as a surprise to all the people living in the Limpopo Valley. People were not
prepared for a flood of this scale and magnitude, and many were therefore not able to escape
from their homes and rescue the on-farm assets. Resources like cattle, food, seeds, and houses
were washed to the sea by the great and strong masses of water. In addition, the timing of the
flood was the worst thinkable. The flood struck right before harvest time, and lasted for about
three months (from February to May 2000). The timing, long period and the magnitude of the
floods caused a wipe-out of all lowland resources. Even though the scale of the floods was
bigger than people living in the area had ever experienced before, the floods were naturally
5 See Fernando Dava (2001) for a more thorough examination of the ritual practices related to the conservation of seeds.
44
delimited to the lowland areas, and most people were therefore able to escape to the highland
areas, where many of them had family and friends. Thus, the impacts of the floods on the FSS
in the two villages were quite different. In Fenisseleni, all seed resources were lost because of
its position on the floodplains, while in Zongoene, only the seed resources on the floodplains
were lost, and all the seeds farmers kept in the highlands were safe from the floodwater.
4.3.1 Fenisseleni
In Fenisseleni, both seeds stored in houses and in the fields were lost, which resulted in a total
collapse of the seed stocks here.6 Typical lowland crops like rice and sugarcane were almost
extinct from the whole area, and local varieties of particularly sweet potato and bananas were
lost. According to Dava (2001), about 12 local varieties of sweet potato were totally extinct in
Fenisseleni. Farmers are today cultivating varieties of sweet potato that are adapted to
highland conditions. These varieties are not producing as well as the old varieties that were
adapted to the particular lowland environments. Other typical lowland crops and varieties like
rice, sugarcane and bananas, were also lost in the devastating floods. Both rice and sugarcane
were introduced to the area in colonial times, and originates from introduced commercial seed
material, and there is therefore a high probability that these landraces can be rehabilitated in
the near future (Berg 2000). Farmers in at least Zongoene, already today cultivate their old
landraces of rice, which suggests that farmers are on their way to succeeding in the
rehabilitation of their rice seed stocks.
4.3.2 Zongoene
In Zongoene only seeds stored in the lowland fields were lost, and farmers still had left what
was stored in the houses and in the highland fields. Still, the timing of the floods, right before
harvest time, meant that farmers lost most of their lowland planting material, especially
planting material stored in field (i.e. sweet potato). But generally, compared to the farmers in
Fenisseleni, farmers in Zongoene were left in a much better situation after the floods. Farmers
in Zongoene did not have big problems in obtaining seeds after the floods, which is explained
6 Still, I talked with a farmer who said that she found some seeds of m’tsave, which is a type of lettuce, in the fields she was preparing for cultivation when she had returned after the floods.
45
by the fact that they do not only cultivate in the lowlands. In times of droughts farmers in
Zongoene get seeds from the lowlands to plant in the highlands, and in times of flooding seed
is transferred from the highlands to the lowlands (Dava 2001). This is a part of farmers’ own
strategies for coping with stress in the agricultural production system of Zongoene.
4.4 Farmers’ adaptive strategies
Floods and droughts are not new phenomena in the Xai-Xai District, and farmers in the
southern parts of Mozambique have developed strategies for coping with risks and disasters
(Feliciano 1998, Newitt 1995). In times of droughts, mangoes, which are very drought
resistant, are boiled and used as a part of the drought diet. In addition, in times of droughts
when subsistence needs have been hard to fulfil, fishing has been an important protein source
(Feliciano 1998). Normal strategies in times of flooding have been to evacuate and dislocate
to the highlands, and farmers have even developed technologies that enable them to survive
weeks and even months in top of trees (Covane 1996).
According to Olga F. Linares, in the situation of climatic uncertainty and ecological stress,
“… the timely organisation and management of agricultural labour becomes crucial” (1997:
41). Farmers in both Fenisseleni and Zongoene have to mobilise labour and seed resources
immediately after the start of the rain season. Different ways of sharing labour and co-
operating in this period have developed. Mapfunana is the Changana word for helping each
other, and cofunana the word for co-operation. This form of co-operation can be performed
by one farmer helping another farmer one day, and vice versa another day. This is a bit
different from tsima, which is like a social gathering where farmers are exchanging labour for
local beer or a meal immediately after the work is finished. In this way farmers are able to
mobilise extra labour in critical periods like for example cultivation and harvesting.
Through the cultivation of crops and landraces that are drought resistant and adapted to the
local soil conditions, farmers respond positively to their variable physical environments.
Farmers’ methods of selection, treatment and storage of seeds secure farmers’ livelihood
against risk factors like pests and diseases, and to a certain degree droughts. But still, the year
2000 floods showed clearly that these processes are not sufficient in the conservation of the
local seed stocks. Still, in my fieldwork I discovered that, despite all the difficulties farmers
46
have had to face related to the destructive floods, even farmers in the hard struck village of
Fenisseleni have reconstructed their lowland agricultural production. This has occurred
despite the fact that there have been no extensive seed rehabilitation programs by any relief
agencies aiming at reconstructing the farmers’ seed resources. It is quite obvious that the
farmers in Fenisseleni have applied external sources and informal networks of seed exchange
to rehabilitate their seed stocks, and replaced their old seed stocks with external seeds.
Farmers know about external seed sources, and they know where to go to get seeds in times of
crisis. In Zongoene there is no farmer who does not know about other regions (like Ngowine)
as sources of drought resistant cultivars (Dava 2001).
4.5 Concluding remarks
In this chapter we have seen that both cropping patterns and farmers’ different methods of
seed conservation influenced the impact of the year 2000 floods. Through coping strategies
farmers have been able to reconstruct their seed stocks in the post-disaster situation. By using
external formal and informal sources, farmers have to a large degree been able to reconstruct
their seed stocks in the post-flood situation. What we need to question is how farmers create
networks and relations through which they can exchange seeds, and who are able to use these
networks when mobilising new seed resources? To what degree farmers have the possibility
to mobilise seed resources through informal networks of seed exchange is highly dependent
on the different household members’ access to multiplex networks of seed exchange and
economic capital. Those households who have both access to complex informal seed channels
and have the economic means to buy seeds from markets or shops are more able to
rehabilitate their seed stocks. This will be investigated more thoroughly in Chapter 6 and 7.
In the next chapter I indicate, by presenting three concrete examples, the rate of turnover in
the local seed systems in the study area, and how farmers have responded to external
influences of colonialism, markets, and natural climatic fluctuations.
47
5.0 Temporal composition of crops and varieties
In this chapter I consider the turnover in the composition of crops and varieties by presenting
three examples. This can both tell us something about farmer’s changing needs and strategies
over time, and how disasters and structural changes historically have influenced the local seed
system. My considerations are based on historical records and farmers’ own memories of the
composition of crops and varieties, and the varieties are referred to by the local names used
by the farmers themselves (Table 1).
Local names of varieties are often descriptive or geographic. As an example, the local name
of the maize variety Chimoio refers to the place where the variety once came from. Some
farmers claimed that the variety got its name because Chimoio was the place where one
farmer once upon a time went to get the variety. This particular variety’s name illustrates that
local varieties have an origin and history, and ca be said to have a social life. It also shows the
problem of delimiting a variety to one particular area, and indicates that one geographical
appropriate scale over which we can define a variety as local is problematic (Louette 2000).
This variety most probably did not have the name Chimoio when it left Chimoio, and this
therefore also shows that in the process of acquiring seed, original names of varieties can
disappear and change, and the varieties can get new names with different meanings (ibid).
The general turnover of composition in crop varieties locally is indicated in Table 1, and
shows both the present and lost varieties. Farmers themselves voluntarily reject some
varieties, while other varieties are lost due to natural disasters, pests and diseases. In the
following section I will present three historical examples of how farmers in the area have
rejected and adopted new crops and varieties, and how this is related to changing terms of
agricultural production due to colonisation, new market opportunities, climatic fluctuations,
and farmers’ own changed preferences. The first example presented is rice, sugarcane and
cotton, which are introduced “colonial crops”. This example shows how farmers critically
adopted and incorporated these new crops in their local production system. The second
example is groundnut production, which today is dominated by two varieties that were not
present in the local production system only 30-40 years ago. Finally, cassava represents an
example where traditional varieties are grown together with newly introduced varieties. All
48
the examples illustrate that farmers’ use and preferences of crops and varieties are not static
but change over time.
Table 1: Local names of both present and lost varieties of rice, groundnuts and cassava.7
Crops Rice Groundnuts Cassava
Present
varieties
Chibissa - most normal, and preferred variety. Red looking.
China - white looking variety.
Faia
Riquissoni
Xigongondzuane - small sized. Produces well, grows fast, and is good for cooking.
Ntxuxhululu - variety that produces best in the highlands.
Munhassa - produces well and is good for cooking.
Gangasole - means “love of doubt” in Shangana. Drought resistant and grows slowly. Diocese - refers to “church” in Portuguese. The most frequently observed variety in Zongoene. New locally. Produces well, but is not preferred in traditional cooking.
Chukelane
Lost
varieties
Nsatinculo8 - means “big woman” (or “first wife”) in Shangana. Big sized. Mkuko - big sized variety that did not produce well.
Murada
Mutusu
Mwamtamebane
Tsaninama
Mavafurumela
Xsibasa
Muatsusane
Navalajare
7 Mainly based on information collected in Zongoene in the period 22.11. – 29.11.2001. 8 Nsatinculo is also the name of a local variety of cowpeas, and indicates that the same names can be used for different varieties. Same varieties may even be given different names in different villages and households.
49
5.1 “Colonial crops”
The production of cotton and rice started in 1943 and 1950 respectively (Covane 1996), and
was introduced by the colonial government of Portugal. The introduction was related to the
colonial dream of transforming the Limpopo Valley to the “granary of the colony” (ibid). The
consequences for the farming production were dramatic, because farmers were forced to
switch from subsistence farming to production for a commercial market. Rice was quite easily
integrated into the farming system, because rice also had value as food in the household. In
contrast, farmers widely resisted the production of cotton because it did not have any value
for the food security of the household. Stories are told about farmers’ resistance, boiling the
seeds making them unable to germinate, and afterwards claiming that the soils were not
appropriate for the production of cotton (Covane 1996). Still, some women used the new
income opportunities as a means of liberating themselves from the men, by being able to pay
back the bride-wealth (o lobolo) in the case of a crisis in the marriage (ibid). This, in
combination of men’s migration to South Africa working in the mines, has changed women’s
position in the society, and has in turn caused major changes in the agricultural production in
both Fenisseleni and Zongoene. According to Melissa Leach, “… major shifts in farming
patterns are best explained by the social and gender dynamics of resource use in an evolving
economic context” (1997: 137), which is well illustrated by these shifts in agriculture in the
study area.
Today cotton is not cultivated in large scale neither in Fenisseleni nor in Zongoene.
Particularly in periods of low food security, no farmers cultivate cotton. Rice is produced
according to type of soil. Tsovo, which is organic, humid soil, is the best soil type for the
production of rice, while lowland clay soil (bila) is useable but not preferred for this
cultivation. Farmers who do not have these types of soil do not cultivate rice. This shows that
farmers have adapted the production of rice to the local environment, a production that is now
integrated in a local knowledge system.
Even though the forced production of rice and cotton had its negative impacts on the
agriculture in the area, in the new situation farmers were not just passive recipients of a
foreign production system, but also actively adapting to the external influences for their own
advantage. Today crops introduced by the colonial government are grown in and are an
important part of the local agricultural production system.
50
5.2 Groundnuts
Groundnuts are particularly important in the agricultural production system of Zongoene,
where farmers have fields both in the highlands and lowlands. Groundnuts produce best in,
and are well adapted to the highland soils that are sandy and have a more loose structure,
which makes the production more manageable. The clay soils of the lowland areas in
Fenisseleni and Zongoene, are not preferred for the production of groundnuts because this
type of soil is too compacted, and hard to penetrate by the root systems of the groundnuts.
The two varieties Nsatinculo (meaning “mother” or “first wife” in Shangana) and Mkuku are
both traditional varieties of groundnuts. Almost all farmers I was in contact with said that
these varieties are not preferred anymore because they now have the Xigongondzuane and
Ntxutxhululo varieties. These last mentioned varieties are small in size, and introduced to the
area during the past 30-40 years. They can therefore now be considered a local landrace
adapted to the local environments. No farmers were able to tell me exactly where these new
varieties originally came from, only that they were introduced by some farmers who had
visited other areas to find new groundnut planting material.
It is the Xigongondzuane variety that now is preferred and dominating the agricultural
production in both Fenisseleni and Zongoene. Farmers gave me several reasons for why they
now plant this variety, but the most important one is probably the fact that these new small
sized groundnuts do not spread in the ground like the old varieties. This makes harvesting
more easy because farmers do not have to search the soil to find the pods as with the old
varieties. In addition farmers told me that the Xigongondzuane produce more and has better
qualities for cooking.
Farmers’ changed practices regarding the groundnut production are not only related to a more
easy process of cultivation and an increased production, but can also be seen in relation to
new possibilities in the market. Groundnuts are widely sold at local markets, both within the
villages and in Xai-Xai, and sales of groundnuts are a source of extra income for some
farmers. I was told by some farmers that the old varieties of groundnuts produce more oil, and
they were therefore better for the preparation of some traditional dishes like Matapa, but most
farmers do today not give priority to this quality. The old varieties do therefore not exist or
are at least rare in the local agricultural production systems in both Fenisseleni and Zongoene.
51
The production and composition in groundnut varieties have changed over time according to
changed terms of production, and farmers’ new possibilities and needs. The new varieties
gave the farmer the possibility to increase their production and adapt the production of
groundnuts to new market possibilities.
5.3 Cassava
There are several varieties of cassava grown in the area (Table 1), especially in Zongoene,
where the highland sandy soils are suitable for this crop. The three varieties Munhassa,
Diocese, and Gangasole are today the most frequently observed varieties of cassava both in
Fenisseleni and Zongoene. Still, only Munhassa and Gangasole can be considered true local
varieties. The high rate of turnover and loss of local cassava varieties indicated in
Table 1 can be explained by environmental stress factors, droughts being the most important
one. Like one farmer said: “That is what happens. We lose varieties in droughts, and
afterwards we are provided with other, new varieties”.
Diocese is an exotic variety introduced in the area by the Catholic Church (which also
explains the local name of this variety) during the past 5-10 years. Still, this variety is the
most frequently observed variety in the fields of Zongoene. Munhassa is also a relatively new
variety locally, and farmers in both Fenisseleni and Zongoene claimed that this is the
preferred variety of cassava because of its good taste and supreme qualities for cooking. I was
told that most farmers in Zongoene abandoned the production of the old varieties
Mavafurumela, Mutusu, and Matula when they discovered the supreme qualities of the
Munhassa. The Diocese variety does not have these good qualities, some farmers claiming it
to be too harsh to be considered good for cooking. The most important factors explaining why
Diocese is the dominating variety in the production system today is its high growth rate and
high production. In addition there are reports of problems with diseases on the Munhassa
variety, possibly explaining why farmers are putting more weight in the production of the
Diocese.
Gangasole (meaning “love of doubt” in Shangana) is among the oldest local varieties of
cassava, and is a variety that is easy to distinguish from the other varieties in the field because
52
of its tall aboveground branches. It is a slowly growing variety with a high drought tolerance,
explaining its importance in the local production system. This variety is complementary to the
other varieties, and is important in dry periods when other non-drought tolerant varieties are
not producing well.
Cassava is not like groundnuts an important cash crop, but mostly for own consumption. The
high rate of turnover in the landraces of cassava is not that much related to new market
possibilities, but more to environmental stress and the qualities of the varieties regarding
growth rate, drought resistance and cooking qualities. The pattern of production does not only
change in time but also in space. The farmers themselves are not able to explain the new
practice of cultivating cassava in the lowlands in Zongoene. Sperling’s (1997) example from
Rwanda, where farmers in the situation of war put more weight on the production of staple
crops (beans) rather than commercial crops (potatoes), might be relevant in the understanding
of lowland production of cassava in Zongoene. The thlavate areas in the lowlands of
Zongoene have traditionally been used for production of some commercial crops like
tomatoes and different types of lettuce. The production of cassava in the lowlands might be
related to needs and priorities of food crops, cassava being one of the most important food
crops in the region. It still remains to see in a stable situation of high production over several
years, whether this crop is abandoned in the lowland fields or continuedly cultivated here. The
knowledge of cultivating this crop is not new because in places like Fenisseleni, where there
is only cultivation in lowland fields, this crop has been cultivated on thlavate soil for
generations. There are therefore reasons to believe that the cultivation of cassava in the
lowland fields of Zongoene is not an innovation, but a normal response to loss of lowland
planting material, which was severe during the year 2000 flood.
5.4 Changing FSS; why to be perceived as dynamic?
The examples presented above illustrate the dynamics of the FSS in the area, and how farmers
are responding to changed terms of production. Factors like environmental stress, new income
opportunities, and possibilities of a higher production are among the most important factors.
Production of cassava in the lowlands of Zongoene may indicate short-term changes in
production due to climatic variability and lack of appropriate lowland planting material. It is
53
possible to state that the FSS in the study sites are not static in time and space, but dynamic
responding to changed internal and external terms of production.
However, except from stating that the colonial state and the Catholic Church have been agents
of introducing new crops and varieties into the area, we are not yet in a position to explain
how the FSS is changing and who are the local agents of introducing new planting material.
Introduction of new crop types and crop varieties implies that farmers are actively seeking out
of their own village (Longley 2000), since the only external agents responsible for introducing
new planting material are governments and aid agencies. The channels through which farmers
can acquire new planting material, will be presented and examined more thoroughly in the
next chapter.
54
6.0 Seed acquisition and seed flow
The seed flow between different areas and regions is not well understood without a proper
perception of how farmers acquire seed resources in times of low local availability. Farmers
in the study area provide each other with seeds and other items of value (like food) in crisis
situations. This is done according to cultural principles of mutual help and solidarity between
persons that have special social relationships (like family and friends). In this chapter I
present the different ways of acquiring seeds, and I briefly consider the relative importance of
the different methods.
I particularly consider the importance of social relationships and networks as channels for
seeds and seed diffusion; how people are able to create these relationships and actively use
them in times of crisis reflect people’s social capital. This can be used strategically to
mobilise seed resources in times of low availability locally. I here particularly consider the
importance of marriage and affinal relations9 in the processes of acquiring seeds, and how
these are of crucial importance in times of a crisis. Social actors are not passive recipients of
external influence, but “… active recipients who process information and strategies in their
dealings with various local actors as well as with outside institutions and personnel” (Long
2001: 13).
In addition I briefly look at the impact of money and market economy on social relationships
and networks, and how this has had an influence on the traditional channels of seed
acquisition, and on principles of help and solidarity in times of crisis. For both Marx and
Simmel, money was perceived to promote the growth of individualism and destruction of
solidary communities (Bloch and Parry 1989). According to Keith Hart (2000), the
monetarisation of traditional cultures has normally been perceived as a process of subversion,
and money is often portrayed as a lifeless object separated from persons, while it is in fact,
like art, subjective. Money enters people’s lifeworlds, and its role and function is determined
by and integrated in cultures. In the last part of this chapter I argue that money and
commercial markets are complementary to and even integrated into the traditional channels of
seed acquisition, and can in some cases increase the on-farm genetic diversity. This is not to
9 Affinal relations refer to relationships that are based on marriage links.
55
argue against market economy creating social differences and vulnerabilities, “… but rather to
argue against a monolithic conception of ‘the market’” (Pottier 1999: 109).
6.1 Seed acquisition
In this section I will present different ways of acquiring seeds, and consider the relative
importance of the different manners. It is important to bear in mind that all of the processes
mentioned below are general processes when obtaining resources, and not exclusively meant
for the acquisition of seeds.
As already mentioned in Chapter 4, in years of normal availability of seed resources locally,
most farmers provide themselves with seeds saved from the previous season. The exceptions
here are farmers who are not able to store seeds from their own yields because they are not
producing enough to have a surplus for seed storage. These farmers are chronically in need of
obtaining seed resources from external sources. In addition some more wealthy farmers buy
seeds in shops in Xai-Xai or even in Maputo, to increase yields and the on-farm crop
diversity, even in times of abundance, when their own machambas are producing well.
In times when there is lack of seed resources locally (e.g. after the floods in the year 2000),
farmers to a high degree acquire seed from sources outside of the village. Lack of seed
resources locally is normally caused by external factors like droughts and floods, but during
the past decades war activity has also been a destructive factor for the agriculture in the
province (Covane 1996). In times of lack of seed resources locally, geographical differences
in resource availability is a determinant factor for how and if farmers in the area are able to
recover from the crisis, and rebuild their seed stocks. Travelling to distant areas offers farmers
opportunities to access new seed resources, and has been a normal and traditional way for
farmers to cope with situations of scarcity (Covane 1996).
According to Longley & Richards (1999), there are three main ways to acquire seed: 1) by
saving from the previous harvest; 2) as loans, gifts or other forms of reciprocal assistance; and
3) by purchasing through markets or localised trade networks. In the study area there is a
multitude of manners for acquiring seed material, and it is not easy to fit all of them into a
classification of this kind. Social relationships and networks of seed exchange are crucial in
56
the rehabilitation of seed stocks in the study area. Following the argument to Sahlins (1972:
186-230), the relationship between social relations and material flow is reciprocity, a term
that can be valuable for the following presentation of the different ways in which farmers
acquire seeds. According to Sahlins, reciprocity involves a whole class of exchanges, ranging
from the pure gift to self-interested seizure. The expectation of returns says something about
the spirit of exchange (disinterest vs. self-interest). A generalised reciprocity is the solidary,
altruistic extreme of exchange. Here the material side of the transaction is repressed by the
social, and the expectation of reciprocity is indefinite. A sustained one-way flow is a good
and pragmatic indication of generalised reciprocity (Sahlins 1972). A balanced reciprocity is
in between a generalised disinterested exchange and a self-interested seizure. This type of
transaction is less personal than generalised reciprocity. Here the material side of transaction
is at least as critical as the social.
It is notable of the main run of generalized reciprocities that the material flow is sustained by prevailing social relations; whereas, for the main run of balanced exchange, social relations hinge on the material flow (Sahlins 1972: 195).
There is a relationship between closeness in kinship, distance in space, and mode of
exchange. Reciprocity is inclined toward the generalized pole by close kinship, and toward
the negative side in proportion of kinship distance (Sahlins 1972). The same can be said about
the spatial factor. Relatives who live close together are more likely to have a relationship
where general reciprocity dominates transactions of objects.
In the following I start by presenting acquisition of seeds by means of money through
markets, shops, and other farmers, and go on to describing different ways farmers can acquire
seeds through social relations and by working on other farmers’ fields.
6.1.1 Different ways of acquiring seeds
Buying is termed kuxava in Shangana, and is an important way for farmers to acquire seeds
(Table 2: 61). Farmers can buy seeds from other farmers locally or in local markets, or they
can buy in shops in urban areas. Some more wealthy farmers, who have the money and the
capacity to travel outside of the village, normally practice the latter alternative. One farmer I
was in contact with, regularly went to Maputo buying exotic varieties of beans, and she
57
showed us seven different varieties of beans (Picture 8) that she grows in her machamba. This
farmer was from Maputo, but was married to a man from Fenisseleni. Therefore they often
travel to Maputo to visit her family, and when they are there they often buy seeds to bring
back to Fenisseleni. On their farm in Fenisseleni they produce a lot of different types of
vegetables, beans, pepper, etc. for selling, and they like to experiment and try new crops and
varieties in the machamba.
Picture 8: Farmer showing seven different varieties of beans.
Acquiring seeds on loan is locally termed kulomba. Many farmers said that in these days this
is not an easy way of acquiring seeds because of people’s dishonesty. Many farmers do not
return what they have borrowed, resulting in reluctance to lend each other seeds. Some
farmers said that for this reason they only want to give seeds on loan to relatives, since
relatives are the only ones you can trust. This contrasts with what was found in a study in
north-western Sierra Leone. Here it was claimed that farmers are generally reluctant to give
seeds on loan to family members because it is unlikely that the loan will ever be paid back
due to the familiarity of the relationship (Longley 2000). This might be explained by the
degree of generality in transactions between close family members, where the social side of
the transaction is important, and the expectation of return is indefinite (Sahlins 1972).
58
Kutxintxana is the Shangana word for exchange of objects. This can be done by farmers
bringing objects that they know are in scarcity in another household, village or area, and
exchange these objects for the seeds they are in need of. This comes close to what we have
termed a balanced form of reciprocity, where what is given is compensated for in the
immediate context of the transaction. Here the material side of the transaction is more critical
than the social side.
On the other hand kunhiquiva is to be provided with a gift, being most close to what Mauss
has termed the “pure gift” in archaic societies. According to Mauss (1954) the exchange of
gifts implies duties of giving and duties of receiving the gift. The gift is an expression of
reciprocity, and involves moral, social, religious, and economic aspects. The exchange of gift
is a total performance (préstation totale), and tells us something about the identity of the giver
and the social relationship between the giver and the receiver. According to Igor Kopytoff
(1986: 69) “… gifts are given to evoke an obligation to give back a gift, which in turn will
evoke a similar obligation – a never-ending chain of gifts and obligations”, contrasting the
impersonal and non-obligatory exchange of commodities where the counterpart has an
equivalent value to give back in the immediate context. Gifts can therefore be seen as a more
generalised form of reciprocity, though this will vary according to the persons involved in the
transaction. As we shall see later, in the local communities of the study area, gifts are
presented and exchanged when creating social relationships, and are used for the maintenance
of these.
Two other processes of acquiring seeds that are important are kuthekela and kukombela.
Kuthekela means to ask for something from someone else. It differentiates itself from
kukombela by that in kuthekela something is expected in return, while in kukombela it is not.
Kukombela covers what we in the west term “begging”, and is also the Shangana word used
for this. But, while begging, in the “Western” perception of it, is socially abnormal and
unacceptable in friendship and family relationships, kukombela is a socially accepted way of
acquiring seeds, money, and other objects in times of crisis. Kukombela can be considered a
generalised form of reciprocity, where the social side of the transaction is considered more
important than the material side of it.
It is difficult to give an exact and short definition of what kuthekela is, except for being a
process of acquiring objects by asking relatives and friends in distant areas in times of low
59
availability (Covane 1996). Like one informant told me: ”Kuthekela is a lot of things. It is like
a process and a ritual”. Kuthekela seems to be more like an interest rather than an exact way
of obtaining objects. According to my data, kuthekela is not exclusively performed with
people living in distant areas, but can also be performed between family and friends within
the local community. What we call favours is a process somewhat similar to the process of
kuthekela, and it might be relevant to compare kuthekela with this. Favours are normally
asked from persons we have a particularly good relationship with. In addition, the
relationships through which we ask favours are normally strengthened when using them, and
the size of the favours are normally scaled according to the closeness and familiarity in the
relationship. We normally do not ask distant friends for an interest free loan, while we in
certain situations can do this with close family members.
The process of kuthekela is the principal mechanism that secures a circulation of resources
between different ecological zones (Feliciano 1998), and will be described more thoroughly
later in this chapter, when I discuss the importance of performing kuthekela through marriage
and friendship relations.
Kurimela is seasonal short-term work for other households to obtain certain objects. This is a
very common and easy process of acquiring seeds, and can be performed within the village, in
neighbouring areas or in more distant areas. If a farmer needs seeds, food or other items, he or
she may offer his or her labour in exchange for what is needed. For some people this was
traditionally only practised in times of crisis, like when there were droughts or floods. This
practice seemed to increase in the 1940s and 1950s as a result of class formation in the
population, possibly a result of colonialism. At the same time there were an increasing
number of poor landless people who depended less on traditional family ties, but rather on
access to rural work, and more prosperous peasants depending on the access to poor landless
people (Covane 1996). Today, the entrance of market economy and money are threatening the
existence of this practice (Dava 2001). But according to many farmers in both Fenisseleni and
Zongoene, doing work on the fields for other farmers to obtain money or objects like seeds is
perceived to be an easy process because it, most often, involves a type of work that people are
familiar with.
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6.1.2 The relative importance of the different methods
When representing data on the relative importance of the different ways of acquiring seeds,
some methodological problems appear. Data on how farmers acquired seed after the floods in
the year 2000 (Table 2) can tell us something about the relative importance of the different
ways of acquiring seed (Dava 2001), but it is important to bear in mind farmers’ strategic
responses to questions of this kind. When analysing such data it is important to consider our
role as researchers and how we are perceived in the local context, which is well illustrated
through the process that I went through during my fieldwork period (See Chapter 3).
Table 2: Different ways of acquiring seeds in Fenisseleni and Zongoene after the year 2000
flood.
_______________________________________________________________________
Forms of acquisition No. of respondents (N=123) Percentage (%) ___________________________________________________________________________ Kuxava 59 47,9 Conservation10 10 8,1 Family help 9 7,3 Donations11 9 7,3 Governmental help 7 5,7 Kurimela 5 4,0 “Casa agrária”12 5 4,0 Help from neighbours 5 4,0 Kuthekela 3 2,4 Exchange of other products 2 1,6 ___________________________________________________________________________ (Source: Dava 2001: 22)
Although buying seed has increased in importance, there are reasons to believe that buying
seeds was of less importance for farmers in their reconstruction of seed stocks after the floods,
than expressed in Table 2. First, many kinds of seeds, especially seeds stored in the fields like
sweet potato and cassava, are not sold even in local markets. Second, general high prices on
all goods due to scarcity and inflation, was one of the effects of the large scale floods that
10 This is probably most relevant for the farmers in Zongoene since they were the only farmers in the two villages who had their houses and highland fields intact after the flood. 11 This refers to assistance from aid organisations (e.g. World Vision, Save the Children, and World Food Program). 12 This used to be a government facility where farmers can receive agricultural inputs (like seeds, tools, etc.), a system that is not very much in use today.
61
struck the area in the period from February to May in the year 2000. Seeds were no
exceptions to this. Third, the floods destroyed all lowland markets and commercial shops in
Xai-Xai, and seeds from markets were therefore not easily accessible in lowland areas.
Fourth, poor farmers with no regular income are normally not in a position to buy seeds
regularly from local markets or in shops, and the critical situation that prevailed for some time
after the floods, probably did not make the situation better for this group of farmers. Fifth,
highland areas where the only areas that were left relatively unaffected by the destructive
water, and probably one of the few secure sources of seed material. And finally, the tradition
of helping and sharing in times of crisis is not a tradition out of date, but still alive and
performed regularly amongst the farmers. In addition, money has today a central position in
the process of kuthekela, and is frequently transacted in this process. This can be confusing
for people from the outside, but also for locals people themselves. People are often referring
to the same transaction as kuxava and kuthekela, meaning that the person with whom they
performed kuthekela needed money in return, or vice versa.
Although it is difficult to state the relative importance of these traditional processes of
kuthekela and kukombela, they are expressing cultural values that are important in times when
there is a lack of resources locally, and are therefore important factors for the seed flow
between different areas. In the following I will particularly consider the process(es) of
kuthekela, and the importance of creating social relationships for the performance of this. The
reason why I am giving priority to this process of acquiring seed resources is simply that it is
culturally significant, and as we shall see, difficult to differentiate from many of the other
ways of acquiring seeds. Kuthekela can be performed by kurimela, kutxintxana, kunhiquiva,
and even kuxava, and kuthekela is therefore of importance when understanding all these other
processes as well.
In principle, kuthekela can be performed between any persons, but there are certain social
relationships that seem to encourage this way of obtaining objects. First, kuthekela between
persons who are in family relationships is very common. Doing kuthekela with members of
the family is the easiest way of doing kuthekela, because “you don’t need to feel any kind of
embarrassment when you go asking for something that you need” (farmer in Zongoene).
Secondly, friends are also important persons with whom you can perform kuthekela. Doing
kuthekela or kukombela with people you have a social relationship is a more easy process,
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because people do not have to feel embarrassed or shy when visiting these persons asking for
seeds.
6.2 Creation of social relationships (kuthekela ushaka)
People are regularly making friendship relations with persons from both inside the village and
in more distant areas, and a marriage between two persons is at the same time an alliance
between two families. There is a need for a thorough understanding of these processes of
creating social relationships, and how they are important in the performance of kuthekela and
kukombela when acquiring seed resources. For the simplification of it, I will in the following
term both kuthekela and kukombela as kuthekela, because they are similar processes
performed through the same relationships. Both are based on the principle that when one
person is in need the counterpart, when requested, is supposed to share what he or she has.
The only difference is that when doing kukombela, the person asking does not have anything
to contribute with and is not expected to give anything in return.
Having distant allies who could be turned to in times when a subsistence crisis strikes one’s
own area has traditionally been a much used strategy among the rural population (Covane
1996). By creating social relationships through marriage and friendship, such alliances are
created. Kuthekela ushaka in Shangana means to create a familiarity with someone, that being
between persons or families. When two persons create a friendship, or when two families get
connected through the marriage between two members of the respective families, it is said
that they have done kuthekela ushaka (created a familiarity). The apparent lingual relationship
between kuthekela and kuthekela ushaka might be more than a lingual one. In the same way
as people are asking for objects in times of scarcity, people are asking for each others
friendship or marriage.
6.2.1 Making friendship
Ukhossi is the name of friendship between women, and ungano is the similar relationship
between men. ”An ungano (friend) is one who knows your secrets, and whom you will trust
and help when the person needs it” (farmer in Fenisseleni). In old times friendship was often
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created on inter-community dancing festivals, where people from different communities met
to compete in dancing and singing. If a girl was impressed by the way another girl was
dancing, singing or behaving, she would approach her, and offer small gifts and ask her to
accept friendship. In addition, meeting on the bus, in the shops, or at the wells, offer other
possibilities of meeting new people and creating friendship. Men often create friendships
when they migrate to South Africa, working in the mines. In this way people from distant
areas are connected, and these friends can be called on when food and other resources are in
short supply as a result of droughts or floods (Covane 1996). Both ukhossis and unganos are
expected to help in the event of calamity, when there are no resources available locally (ibid).
As we can see here, by asking for friendship and offering gifts social capital is created, and
people are creating social networks of security through which resources can be mobilised in
times of crisis.
According to Sahlins (1972), in the beginning, friendship transactions are normally balanced,
but may well become more sociable over time and take a more general form. Sometimes a
friendship relationship between parents can lead to a marriage between their children,
confirming and strengthening the relationship between the two families. After a person has for
instance been working in the fields of a household in another area, there might have become a
familiarity, and they may become friends. In the long run, the children of the two families
might even get married, and the familiarity between them gets even stronger.
6.2.2 Marriage
How to regard marriage as a cultural institution has been described by both “descent
theorists” (represented by e.g. A. R. Radcliffe-Brown) and “alliance theorists” (here
represented by Claude Levi-Strauss). Simply speaking, “descent theorists” looked upon
marriage as a prohibition against marrying within your own group or lineage, often referred to
as the incest prohibition. On the other hand Claude Levi-Strauss presented the “alliance
theory” that explained marriage outside the group as a stabilising obligatory act (Smedal
2000)13. My interpretations of marriage in relation to its importance for seed acquisition are
13 Levi-Strauss has been criticised for his language use, where concepts like “exchange of women” and “wife givers” and “receivers” are central (Smedal 2000). First, it is wrong to say that the “whole” woman is exchanged, because normally some rights and duties are maintained within the group she was born. Second, women are not
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very much influenced by the “alliance theories”. In this thesis, I will consider marriage as a
way of establishing social relationships with people in distant areas. According to Malin
Newitt (1996), marriage in Southern Mozambique has been a stabilising factor in times of
conflicts and calamities. Traditionally, through marriage relationships there existed an intense
movement of food and drinks, visits, and diverse ritual acts (Feliciano 1998). A recent study
made by Longley (2000) in north-western Sierra Leone, shows that the geographical patterns
of marriage also map the ways along which seed varieties travel.
Because of their productive and reproductive values, the woman traditionally had the status as
capital, comparable with cattle, and people often referred to women as money (Rita-Ferreira
1986, Covane 1996). This view is not anymore considered to be politically correct, and after
the de-colonisation the new government of Frelimo encouraged women to take a full part of
society on an equal basis with men (Newitt 1996). What was considered buying and selling of
women was therefore strongly discouraged by the new government, and this, in combination
with the already mentioned women’s economic liberation from their husbands due to new
market possibilities and men’s migration, have led to an erosion of the traditional practice of
lobolo.
Lobolo14 is the act where the family of the man offers things of value to the family of the
woman he is requesting, and it is an important act in the process of a marriage (Longa 1990).
According to Covane (1996) the lobolo is not only a contract of marriage between two people,
but also more like a social matter between two families. What things to offer in the act of
lobolo have changed over time. Progressively hoes were substituted by cattle due to Nguni
influences, while money and introduction of market economy in the colonial period, in
addition to droughts and cattle diseases all were factors that encouraged a shift from cattle to
money in the process of lobolo (Covane 1996, Longa 1990). In the 1870s gold coins began to
replace cattle as lobolo, a modernisation of a traditional institution, which the elders in society
tried to resist (Covane 1996). According to Adriane Longa (1990) the lobolo does not have
anything to do with business and commercial speculation, but is a consequence of the struggle
for survival and stability between groups of people. The lobolo should be seen as
exchanged between men, but between groups. Men’s apparent control does not necessarily mean that women are passive objects that are docilely moved around. Third, a woman does not symbolise the relationship between groups; she is the relationship. 14 The term lobolo is a “Portugisation” of the Shangana term lowolo, a term that derives from the verb kulowola (Longa 1990), referring to the act of lobolo described above.
65
compensation for a loss of both a productive and a reproductive asset to the household of the
woman. A woman normally considers the lobolo necessary, and she will normally feel proud
because it shows that she is appreciated. For most people lobolo is not at all related to
commodity exchange of human beings, but is in reality a sign of love.
Still today, money is not the only thing offered as lobolo by the family of the man. Items like
wine, liquor, mdowo (which is a kind of cloth, referred to as capulanas in Portuguese) and
other clothing are normal and important offers in the act of lobolo. The mdowo used to be
more important in the past since young unmarried women did not wear a skirt covering their
breasts until they had performed the lobolo. Wearing a mdowo covering the breasts
symbolised that the woman had performed the lobolo, and that she now belonged to a man.
Before the lobolo the man who is asking for the woman, has to introduce himself to the family
of the woman, and pay a certain symbolic amount of money (kutsimbesa). The kutsimbesa is a
signal that the man is going to perform the lobolo in the near future. Before the performance
of the lobolo the parents in law (maseves) have met and negotiated over what and how much
the lobolo should be. On the day of the lobolo, both families are gathered in the house of the
woman’s parents (preferably the house where she was born), and the ritual of lobolo is
performed. A meal is shared, dances are performed, and the money and all the other items are
presented on an esteira (a traditional sleeping mat made of straw material). The family of the
woman confirm that everything they had requested is present.
The lobolo means a lot for the future relationship between the maseves. If everything is done
correctly, and both parties are pleased, the familiarity between the families becomes strong. If
a woman leaves her family’s house to live in her husband’s house without doing lobolo, it is
an act of no dignity. In this case there does not exist any kind of familiarity or good
relationship between the maseves. Still, the family of the husband will normally be the most
pleased part, because they did not have to pay the lobolo. However, a man would normally
not feel comfortable if a woman is living in his house without having performed the lobolo.
The woman may decide to leave the house bringing their children with her, and the husband is
left with no rights to the children. Like one farmer was saying: “Not doing lobolo is like
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travelling without documents and passport. When you do things according to the traditions
you have more rights and are able to do more things.”
If the family of the man is not able to pay the lobolo immediately, they may do a presentation.
The man goes to the house of the woman asking for the marriage and pays the kutsembisa as a
signal that he will perform the lobolo in the near future. The woman may then move to the
house of his family without doing the lobolo. The lobolo is just postponed until the family of
the man is able to pay what is required. In this situation, the relationship between the maseves
is the same, and there exist the same rights and duties as if the lobolo had been performed.
There are no general rules on how long time a family can wait until they perform the lobolo,
and is constantly related to the assets of the man’s family.
The value of having family in other areas in times of crisis can be crucial for the survival of
the household, and therefore it is of great importance to keep a good relationship with the
family-in-law. A bad relationship between the maseves may occur in cases where the family-
in-law or the husband is mistreating his wife, and she in turn tells this to her own family. In
addition, a woman may not meet all the expectations of the family in law. If she is not doing
her duties like cooking, washing, preparing baths etc., the family in law of the woman will
often not treat her as well as if she had followed the traditional rules. If she informs her
parents, there might arise some kind of “misunderstanding”. Still, the familiarity that exists
between maseves is generally perceived to be one of the most stable relationship that exist
among people, and is founded on mutual respect, and reciprocal help and support in difficult
times.
In times of crisis, the maseves are expected to help each other as far as possible. Doing
kuthekela with maseves in other areas occurs regularly, and seeds are often obtained through
these processes. The two families in law can visit each other and share seeds and experiences.
In times when seed resources are not easily available locally, a household may decide to make
a visit in a distant area where a family-in-law lives and ask them for seeds. Sometimes the
whole family go for a visit, other times just a representative of the household.
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6.2.3 Performance and importance of kuthekela
When the person arrives he or she will often sit down with the family, share a meal, and then
present the problem. The person may say: “Nikombela kuthekela” (“I am asking for
kuthekela”). And the family will reply: “Olava kuthekela yine?” (“What do you need to do
kuthekela for?”). If the person needs maize, he or she will say: “Nikombela kuthekela
mawele” (“I need to do kuthekela to get maize”). After that they will all sit together and
discuss by what means the kuthekela should be done. Sometimes it may be decided that the
seeds can be obtained by doing some work, while if the visited household is in a need for
something, they may make an exchange. This confirms my earlier assumptions, that kuthekela
is not only one way of acquiring objects, but can be said depend on the needs and capacities
of the parties involved in the process. Some farmers had problems differentiating between
particularly kuthekela and kurimela that was claimed to be almost the same thing. According
to Fernando Dava (2001), kurimela cannot be considered as a part of kuthekela, because while
kuthekela is based on principles of solidarity, kurimela is a type of paid work for non-
universal exchange objects, normally agricultural products (seeds, food etc.). What signifies
kuthekela is that it is a process over time, and people are aware that they might be the ones
that are in a need in the near future. Like one farmer told me: “After the floods in year 2000, I
provided people who came here asking for seed without asking for something in return. I
know that in times of crisis when I am in a need of something, they will help me.”
This is characteristic of what I here have termed general reciprocity, where reciprocity is
indefinite, and often asymmetrical. The exchange between two families that are united by a
marriage is not a balanced one, first of all because the marriage transaction itself seems to be
a transaction of incomparables (Sahlins 1972). In the case of the Machanganas women move
against cattle, money, or other objects, which in itself seem to be of asymmetrical value.
Following the argument of Sahlins further, an asymmetrical exchange relationship seems to
be a precondition for a stable and firm relationship between families linked through marriage.
If neither side of a relationship is “owing”, the bond between the two parties is comparatively
fragile (ibid).
The relationship that exists between the maseves is generally perceived to be more stable than
friendship relationships. Following the argument of Smedal (2000), the woman who has
married a man and moved to his home is not only a symbol of the relationship between the
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two families; she is the relationship. A general reciprocity will exist between the woman and
her natal family, and forms the basis for transactions between the two parties. In times when
seed is requested from distant areas, maseves are primary sources for seed. They will provide
large amounts frequently, depending on the needs of the requesting part. On the other hand
friends will often only provide other friends with small amounts of seed, and not as frequently
as maseves. These relationships seems to a higher degree to be based on principles of
balanced reciprocity, which may be an explaining factor to why these relationships are
perceived as more fragile than relationships based on marriage.
6.3 Money and seed provision
The following part is concerned with money and the influence of market economy on the seed
flow in the study area, and I will present how my “western” perception of money and market
economy had an influence on how I viewed seed transactions where money was involved.
The apparent declined importance in traditional ways of seed acquisition in the study area in
favour of markets (Table 2) may indicate a transition from a society based on principles of
solidarity and kinship to a more individualised society. Who is to blame for this? Money and
the market, or people themselves, who after all turn to account new possibilities, constraints,
and changes that are introduced by the market?
During my fieldwork, my concern about the effect of money and market economy on the
traditional seed flow was very much influenced by my “western” perception of money as
immoral and inappropriate in family and friendship relations. These assumptions were
fundamentally challenged. It became clear to me that money is an acceptable gift, and is
frequently requested and given when seed material is exchanged through friendship and
family relations. Rather than focusing on the means of transaction itself, one should focus on
the exact needs of the different parties involved in the transaction. If one of the parties is in
need of money, this can be requested or given, with no respect of who is involved in the
process of transaction, that being maseves or friends.
In the study area there has been a decline in the utilisation of traditional processes for seed
acquisition based on principles of family ties and solidarity (Table 2). According to Fernando
Dava (2001), this has partly been caused by the entrance of market economy that has changed
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“the mentality of individuals”, and led to a more individualised society. Examples from West
Africa show that the entrance of a market, rather than destroying traditional institutions of
kinship, has strengthened them (Vaughan 1996 in Pottier 1999), and show that there is no
apparent causal relationship between the entrance of money and market economy and a more
individualised society. As Bloch and Parry (1989: 9) writes: “Where it is not seen as a
separate and amoral domain, where the economy is “embedded” in society and subject to its
moral laws, monetary relations are rather unlikely to be represented as the antithesis of bonds
of kinship and friendship, and there is consequently nothing inappropriate about making gifts
of money to cement such bonds”.
Money and market economy are not in themselves breaking up traditional social relationships
and institutions in the study area, leading to an individualisation of the communities. But
indeed, market economy and new income possibilities have changed and still are changing the
foundation for some of the social power relations among different groups of people. The most
obvious and clear example here is women liberation due to new income opportunities by
producing rice and cotton for a commercial market. At the same time as some women got the
possibility to improve their personal economical situation, other women were left alone in the
households while their husbands were in South Africa working in the mines, a situation that
meant new duties and more work (Covane 1996). In turn, labour migration lead to young
men’s economic liberation from their fathers. By getting their own cash income, young men
now could pay the lobolo and acquire several wives in relatively short time. Traditionally,
men’s wealth was reflected in the number of wives they had. Polygamy was therefore very
common in the traditional southern Mozambican society. But after the entrance of money and
market economy, polygamy seem to have been characteristic of more conservative men, “…
who did not embark on new ventures to improve their material life” (Covane 1996: 271).
Money and new market opportunities have opened up some new spheres for the peasants of
southern Mozambique, which in turn have influenced the seed acquisition of the households.
Those who have regular income and access to money have the possibility of buying and
experimenting with exotic varieties from commercial markets, and by that increase the on-
farm genetic diversity. There has become a division between those farmers who have access
to money and those who do not, limiting farmers’ choice and possibilities of experimenting
with commercial varieties. “With money you can do anything” (Farmer in Zongoene). But
still traditional processes of seed acquisition are important, particularly when farmers are
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coping with a disaster situation with a scale and magnitude like the one experienced during
the floods in the year 2000. These traditional processes should, rather than be seen as
oppositions to market transactions, be considered complementary in crisis situations. As we
have already discussed, traditional networks of seed exchange, based on marriage and
friendship relations, are important in times of crisis, but also money from new income
opportunities (like labour migration) has been used in times to alleviate consequent shortages
of food caused by cyclical floods and droughts (Covane 1996).
6.4 Concluding remarks
In this chapter I have presented different ways farmers acquire seeds, and we have seen that
money and acquisition of seeds from markets have increased in importance to the farmers in
the area. Money are integrated in the traditional seed supply system, and markets are
supplementary to the traditional seed channels when farmers rehabilitate their seed stocks in
post-disaster situations.
We have also seen that social relationships are important, and different persons can be called
upon in times of crisis. By investing economic capital, farmers are establishing a social
network through which seed resources can be transferred. In the post-flood situation, all
farmers in the lowland areas lost most of their economic capital, and the farmers with the
most extensive and multiplex social network were also those farmers with the highest
capacity to mobilise new seed resources. Farmers’ social and economic capital become
keywords when in the following chapter I discuss who are the most vulnerable groups of
farmers, and how we should perceive interventions and target them to decrease these
vulnerabilities in the best possible way.
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7.0 Increasing genetic diversity and decreasing farmers’ vulnerabilities
From what we have seen so far throughout the thesis, in this chapter I draw some lines and
sketch some implications for intervention in case of future natural hazards. First, I consider
how the nature of disasters often is caused by the combination of several factors that make
these situations complex. People’s vulnerabilities to disasters are often not simple to explain,
because they are caused by a multiplex set of factors. Second, I consider both the biological
and social constraints on rehabilitation of local seed systems in the study area in the post-
flood situation in the year 2000. Finally, there is a need to consider how the implications of
the conclusions drawn from the discussion on constraints and an actors approach could guide
implementations of interventions by external development agencies.
7.1 The nature of disasters
According to Longley (1997) there is a need to understand more fully how different kinds of
disruptions cause different kinds of damage to seed systems. All farmers both in Fenisseleni
and Zongoene said that to them, drought is more damaging to the seed stocks than floods are.
This was explained by the fact that while floods strike a limited geographical area (the
floodplains), a severe drought over several years may impact large areas and all people. Seed
resources will in a drought situation be difficult to access, and people may have to travel long
distances to search for new seeds, while in post-flood situations, seed resources are quite
easily available in the surrounding highland areas. In fact, highland areas normally become
more fertile in periods of heavy rains.
Long-lasting exhaustive droughts may have a destructive effect on social networks of
exchange through which seeds are transferred. Most societies probably have a breaking point,
where the scale of a disaster overwhelms cooperation, and bonds of reciprocity may dissolve
and reveal an inhuman self-interest (Sahlins 1972). Long-lasting periods of civil war may
cause another damage to the “social fabric” of a seed system. Wars often corrode the social
confidences upon which informal seed systems rest (Richards and Ruivenkamp 1997), and
destroy what we in Chapter 1 termed “informal seed certification systems”. Relationships that
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before were characterised by trust and reliability may now be turned into relationships of
distrust and suspiciousness.
A critical factor explaining the devastating effects of the year 2000 floods seems to have been
the extremely rapid onset of the flooding. Within hours the whole area was covered with
water, and people had to escape on short notice. Because of this people had few possibilities
of bringing with them assets like seeds and other material resources. With a better regional
flood alert system this could maybe have been avoided. Still, a large-scale rescue operation of
seeds stored in field (like sweet potatoes and bananas) will in any circumstance be difficult,
because these seeds are not easily transferred and replanted in other areas for storage.
Disasters most often result from a combination of several factors. The southern parts of
Mozambique have, for a number of reasons, been struck by several disasters during the past
25 years, and some groups of people have most likely suffered more than others because of
these repeated stress situations. The combinations between a long and exhaustive civil war
and several periods of drought may have made some groups of people extremely vulnerable to
the devastating floods that struck the Limpopo Valley in the year 2000. Repeated disasters
may result in that some people’s access to (seed) resources is progressively reduced, making
them more prone to disaster and less able to recover before the next disaster occurs (Blakie
et.al. 1995).
In times of disasters, seed rehabilitation programs have traditionally focused on supplying
farmers with germplasm from outside of the local communities. According to Sperling, if
germplasm is to be reintroduced in an area in a post-disaster situation, “… it should, as far as
possible, resemble that which farmers were using directly prior to the emergency situation
(…)” (1997: 28). An element that is often ignored is to focus attention on reducing farmers’
vulnerabilities to disasters, rather than on short-term help in the immediate crisis situation.
Anti-vulnerability programs should aim to increase the availability of seeds locally and by
that contribute to increasing the seed security in crisis situations. Even though I have
emphasised farmers’ own abilities to cope with post disaster situations, in most cases there
exist both some biological and social constraints on the rehabilitation of the local seed system
in post-crisis situations.
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7.2 Constraints to rehabilitation of genetic diversity in the post-flood situation
In the following I will discuss the biological and social constraints of the local seed systems to
rehabilitate the on-farm genetic diversity in the post-flood situation. The year 2000 flood
struck some crops and varieties in the study area harder than others. Some varieties were
completely wiped out, and these form the biological constraints on the FSS resilience. In
addition, those farmers that were not able to rehabilitate their seed stocks through informal or
formal seed channels in the post-flood situation constitute the social constraints on the
rehabilitation of the agricultural production for some households.
7.2.1 Biological constraints
Local varieties lost in crisis situations can be lost forever, and there are no local mechanisms
or technologies that can prevent this from happening. All the crops and varieties that are
cultivated in the lowland areas of Xai-Xai are extremely vulnerable to floods. What we need
to ask is: what crops and varieties are unique to the lowland areas, and are therefore not
available in surrounding highland areas or in more distant areas out of the reach of the
floodwater? From what I discussed in Chapter 4, there is a probability that unique lowland
varieties of sweet potato and bananas are the most vulnerable to floods because these only
exist in field, and not even households with their houses in the highlands (like in Zongoene)
could save those varieties from the flood water. Since some farmers in Zongoene still had
some food grain of rice left after the flood, these could be used and multiplied in the post
flood situation. In addition, rice and sugarcane are two relatively newly introduced
commercial crops, and this probably made the regeneration of these crops even easier (Berg
2000).
One way of approaching problems of this kind is to search in other areas not struck by a
disaster, with similar agroecological conditions, to find varieties that could replace the lost
varieties. In this way a regional, national, or even international network of germplasm
exchange could be established and used in future crisis situations. The problem with such an
approach is the fact that farmers’ composition of crops and varieties is not only influenced by
agroecological factors like climate and soil conditions. Farmers also construct their
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production system according to factors like taste preferences, culture, adaptations to markets
etc.
Another way of contributing to farmers’ ability to reconstruct their seed stocks in a post-flood
situation could be to establish ex situ storage facilities in the highland areas, outside of the
reach of floodwater. This can be a case for community action and initiative (Berg 2000). This
could be a good solution for lowland seeds that are normally stored in house, like rice, beans,
maize and cowpeas. On the other hand, this would not solve the problem of securing seeds
stored in the field, which seem to be a problem not easily solved. Lowland varieties of
bananas and sweet potato seem to be the most vulnerable varieties to floods. Community seed
banks in the highlands could be established for keeping some growing specimens of the
varieties of these crops. Even though the varieties would be kept outside of their optimal
lowland environments, this could be a source for farmers in a lack of lowland planting
materials.
7.2.2 Social constraints
Based on the results of my study I am not in a position to pinpoint the exact households and
groups of people most vulnerable to flood hazards, but I still believe that I am able to indicate
what are necessary conditions for a farmer to be able to access seed resources in a post-
disaster situation. Lack of both economical and social capital may exclude some farmers from
the local processes of seed rehabilitation. Farmers that neither have money or other assets, nor
take part in extensive social networks of seed exchange, may face problems in the
rehabilitation of their agricultural production. “Economic and social systems allocate
societies’ resources to the detriment of some groups and the benefit of others, and this affects
people’s capacity to withstand floods, and also exposes them to flood risks unequally” (Blakie
et.al. 1995: 124).
The social and economic capitals of farmers are not two separate domains. Through the social
capital, farmers can mobilise economic capital (like seeds), and vice versa, by using their
economic capital, farmers are able to create social capital. This is illustrated in a good way
when farmers are establishing social relationships with other people by doing kuthekela
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ushaka. Like one woman said: “It is difficult for me to do kuthekela ushaka because I feel so
poor compared to other people”.
As we have seen, marriage is an alliance between two families, and this is confirmed through
the lobolo, where assets from the family of the man’s economic capital is offered to the
family of the woman. Before they make a commitment with the family of the man, the
woman’s family will normally consider the economic status of the man’s family. To have a
wealthy family-in-law is a security in times of crisis, when resources are of low availability.
In the same way, the family of the man will consider the welfare of the woman’s family. In
this way, there is a tendency that households of similar economic status get connected through
marriage. This is a tradition that maybe is on its way out or decreasing in importance, because
“the youngsters these days are finding each other in the streets” (farmer in Fenisseleni). But
still, persons of similar backgrounds seem to have a tendency to find each other and establish
marriage ties.
The same is true when people establish friendship relationships. When a person wants to
become friends with another person, gifts are normally offered as a sign of their friendship
establishment (Covane 1996). In addition, constantly offering and receiving gifts in a
reciprocal manner maintain social relationships. This shows that the two capitals (social and
economic) cannot be seen apart from each other, and both are important when farmers are
rehabilitating their seed stocks. Wealthy farmers with lots of resources will normally also take
part in a complex social network through which new (seed) resources can be mobilised in
times of crisis. In addition, buying seeds in shops, markets, or from other households can
contribute to increase the on-farm genetic diversity.
As argued above, money is not synonymous with economic capital, but only a part of it. The
increased importance of money in transactions involving seed resources may indicate that
money is becoming a key-asset in household welfare and on-farm genetic diversity. The
increased importance of money when acquiring seeds, also through the traditional seed
channels, may, when there is a crisis, influence the availability of seeds to marginal groups in
a negative way. There may become a division between those farmers who have a regular
income and access to money in other ways, and those who do not have this. In earlier times,
other resources produced on the farm could to a larger degree be exchanged or offered when
acquiring resources like seeds. Today farmers like to ask for money in return. In addition,
76
inflation is a new dimension introduced to the area with the entrance of money and market
economy. In relation to disasters, market prices on food and other assets like seeds increase,
which in turn influences the availability of seeds to the poorest farmers in a negative way.
The problem of reducing the vulnerability of the local seed systems to disasters does not seem
to have any “quick-fix” solutions. Despite the penetration of markets to the local community,
local coping strategies involving traditional processes of exchange and help still seem to be
present and functioning well. Interventions aiming at increasing the resilience of seed systems
should as far as possible be founded on these traditional ways of exchanging seeds, presented
in Chapter 6.
7.3 Interventions
All forms of intervention necessarily enter the lifeworlds of the individuals and social groups
in the local communities exposed to this external influence. In this regard it is necessary to
view intervention as “… an on-going socially constructed and negotiated process that goes
beyond the time/space frames of intervention programmes” (Long 2001: 4). All social actors
exercise some kind of power, and have room for manoeuvring, and development projects can
therefore be seen as an ongoing “battle” between development agents, local individuals and
other social groups involved. The goal (or output) of a development project is therefore not
predetermined and static, but constantly re-negotiated and changed as farmers are strategising
in terms of their own projects and interacting with outside institutions and personnel (Long
2001).
Having this actors approach as a background when considering relevant and sustainable
intervention strategies to reduce the local seed systems’ vulnerabilities to natural disasters, it
becomes difficult to predict outcomes of an intervention on the seed system itself in the long
run. A keyword in the development industry since the 1980s has been sustainability, which
implies that the intervention should initiate a development that results in an improvement in
living standards of the local people that continues in the long run also after the development
project has been terminated. An intervention aiming at decreasing the vulnerabilities of
people to natural hazards should therefore as far as possible rely on local resources (Blakie
et.al. 1995). When people rely on their own resources, “… vulnerable communities may stand
77
a better chance of recovery and of preserving their ability to do so in the future” (Pottier 1999:
146). Interventions should therefore aim at supporting local initiatives, and by that both save
lives and preserve a way of life.
Useful and relevant development interventions to enhance crop diversity and reduce
vulnerabilities of local seed systems can only be successful if they are based on an
understanding of the nature of the problem (Sperling 1997). In the case of the year 2000
floods, there was only a relative lack of many types of seeds, since most of them were
available in the surrounding highland areas. Highland areas are normally facilitated by heavy
rains, which improve the fertility of the highlands soils. An intervention strategy aiming at
increasing the production and multiplication of seeds in these areas and facilitate movement
of people between the areas could have been a better strategy than distributing seeds to
farmers in the lowlands. In this way local institutions and seed exchange-networks could have
been integrated in an intervention strategy aiming at helping people to regenerate their seed
stocks in the post-flood situation.
Situations of absolute shortage of seeds tend to be exceptions rather than the rule (Longley
et.al. 2001). In cases of a relative lack of seeds, rather than being germplasm-based, projects
should be innovative and poverty-focused (Sperling 1997). In this way the vulnerabilities of
the poorest farmers could be reduced, and farmers would be better able to cope with and
rehabilitate their seed stocks themselves in possible future crisis situations. An intervention
program should therefore aim at increasing and strengthening both the economic and social
capital of farmers. Above I argued that both of these two types of capital are interrelated
because farmers construct their own social capital by investing their economic capital in
establishing social relationships. In addition, economic capital in the form of money can
increase farmers’ access to seeds through commercial and local markets, or by buying seeds
from other farmers. This indicates that by increasing the economic capital and thereby also
the social capital of farmers, their vulnerabilities to disasters can be reduced.
This study does not aim at having an overarching macroeconomic and political discussion
over how to reduce poverty and integrate farmers in high value markets, but rather to identify
what groups of farmers that are the most vulnerable to natural hazards like floods. Useful aid
and development interventions in areas where crop diversity is under a threat can only derive
from targeted knowledge (Sperling 1997), because different people will to different degrees
78
be vulnerable to disasters. Households that are vulnerable to one type of disaster are likely to
be vulnerable to others as well. People who are members of these households will often have
a poor access profile with little choice and flexibility in times of post-disaster stress (Blakie
et.al. 1995). What we need to ask then is: Who are the most vulnerable groups in the study
area, groups that are not able to mobilise seeds by using either their economic or social
capital?
Low access profiles will often occur together with - and are caused by - social network
truncation and low degree of multiplexity in the farmers’ social networks. Since displaced
people often have lost contact with their own community support networks (Blakie et.al.
1995), this group of people will often be more vulnerable in case of a natural disaster. As I
mentioned in Chapter 2, many people left their war-affected areas and fled to Xai-Xai and
Fenisseleni. Many of them came from neighbouring areas, and were probably able to
conserve and rehabilitate their social networks throughout the war, but there people also came
from more distant areas. Many of these people decided to stay in Fenisseleni even after the
war activities ended, and there is a large group of war-displaced people living in Fenisseleni
today. Most of these people probably stayed behind because in the post-war situation they felt
that Fenisseleni had become their new home, but there might also have been people who did
not have the resources and energy to move back to their home areas. This group of people
might be one group of farmers that are cut off and not able to mobilise seeds through local
processes of seed exchange.
Single headed households are also a group that probably have a weaker capability to
rehabilitate their seed stocks in case of an emergency situation. Vulnerable single headed
households often include households with elder childless men or women. Their chances of
establishing new marriage relationships to other families are non-existing because they do not
have children, and do therefore not have family-in-law (maseve) to turn to in case of seed
scarcity in the household. In addition, elder people do not have the same working capacity as
younger people, and do therefore not have the possibility to perform kurimela to earn money
or to get seeds or to do other kinds of paid work. Single headed households with elder people
do therefore not have the possibility to have a source of cash income, and are therefore not
able to buy seeds either from other farmers, local markets, or commercial shops. HIV and
AIDS are factors that may have caused an increase in the amount of single headed household
79
with elder people, because younger people die of the disease. This is a point that needs further
investigation.
The gendered division of labour may also have influences on which households are the most
vulnerable to natural hazards. Traditionally women have been responsible for subsistence
production of the family, while men have had the responsibility for cash crops like rice,
sugarcane, and bananas (Dava 2001). In crisis situations, men have shared the responsibility
of subsistence production with the women. Knowledge regarding crops and production has in
the same way been gendered. Women have not in the same way as the men been able to take
part in paid work. Labour migration to South Africa was exclusively for men, and because
women were left in the fields, their income possibilities have been delimited to sales of
agricultural products. Since money is an important source of increasing on-farm genetic
diversity, single headed female households may not have the same capacity to rehabilitate
seed stocks, as households where there is a man with a source of income present.
The combination of all these factors may indicate the people worst off and most vulnerable to
disasters – displaced, single headed female households with elder people may be among the
most vulnerable households. This is not an exhaustive discussion about vulnerable households
in the study area, but rather aims at indicating some important points when considering the
vulnerabilities of households and appropriate interventions aiming at facilitating on-farm
genetic diversity in relation to disaster situations like the one that occurred in the year 2000.
There may exist other important factors not mentioned here that contribute to the
vulnerabilities of households.
What we can conclude so far from this study is that social networks are important for farmers
when rehabilitating their seed stocks after a disaster situation. A multiplex social network is a
precondition for a farmer to have a secure and stable seed supply system in times of crisis in
his own on-farm seed supply. Since farmers are investing their economic capital to increase
their social capital, farmers rich in economic capital are often also wealthy in terms of social
capital. These farmers will often also have a high on-farm genetic diversity, and are able to
rehabilitate their seed resources in a post-disaster situation.
80
8.0 Conclusions
In this thesis we have seen that farmers themselves are well aware of other areas as sources of
new seed material in crisis situations. By having social relations with people in different
agroecological zones most farmers have a security network based on mutual help and
solidarity in times of crisis. Farmers’ social networks constitute what I have termed farmers’
social capital, which can be used to mobilise new seed resources. We have seen that by
creating friendship and marriage relations, persons and families create relations through
which seeds can be mobilised. By investing economic capital, farmers create social capital,
and the two capitals can therefore not be seen as separate and independent. Farmers who have
sufficient economic capital are most likely to be part of multiplex social networks of seed
exchange, and are therefore the ones who are best able to rehabilitate their seed stocks in
disaster situations.
I have argued that there were some biological and some social constraints on the rehabilitation
of genetic diversity after the year 2000 floods. The biological constraints were related to
regeneration of varieties that are unique in the lowland areas. Some varieties of particularly
sweet potatoes and bananas were totally lost in the flood situation, and it may not be possible
to rehabilitate the populations of these varieties. Farmers had to replace these varieties with
external varieties that were originally from the highlands or other areas that were not affected
by the flood. These varieties are not adapted to the lowland conditions, and may therefore not
produce as well as the old varieties. Through the farmers’ management and selection of seeds,
and the plants’ own natural adaptation to the lowland environments, these new varieties will
in time probably get adapted to the lowland environments (given that the areas are not
exposed to new floods of the scale and magnitude that we saw in year 2000).
The fact that some farmers neither have access to extensive social networks through which
seeds are exchanged nor have sufficient economic capital to buy seeds from formal or
informal markets, constitute the social constraints in the post-flood rehabilitation of the local
seed system. These farmers were not to the same degree as other farmers able to access new
seed resources in the post-flood situation. This group of farmers could be the target of an
intervention program aiming at increasing the most vulnerable farmers’ abilities to
rehabilitate the on-farm genetic diversity in post-disaster situations.
81
I have argued that a goal for appropriate intervention strategies to reduce farmers’
vulnerabilities to disasters could be to increase the poorest farmers’ social capital because
seeds are exchanged through informal traditional networks based on mutual help and
solidarity. No post-disaster situations are identical, but there is a high probability that the
poorest farmers with the least multiplex social networks are the ones that are struck hardest by
natural hazards, and are the ones with the most difficulties in rehabilitating their seed stocks.
But there are problems related to projects that target the poorest and most vulnerable in a
society, because projects of this kind often turn out in practice not to benefit the poorest, but
instead those who are willing and at hand at the moment (Villareal 1992, Long 2001). This
shows that interventions cannot be viewed as a result of what inputs lead to what outputs, but
as an ongoing negotiation between the implementers and the recipients of an intervention. An
actor-oriented approach offers researchers and development workers a dynamic way of
understanding the processes of implementing interventions that aim at increasing farmers
capacities to rehabilitate their seed resources in post-disaster situations.
Development projects should acknowledge the dynamics and capacities in local seed systems
due to different actors’ needs, strategies, and manoeuvrings within an ever-changing
environment. The need for different crops and varieties changes according to internal and
external changes in the production system, which is an important factor for why seed systems
should be viewed as dynamic. This was illustrated by three examples. “Colonial crops” were
introduced, and are today an integrated part of the local production systems. The production
of groundnuts shows that farmers have changed their varietal use as a response to new market
possibilities and changed preferences. The high rate of turnover in the composition of cassava
varieties is a response to stress factors like droughts and diseases. After the floods some
farmers in Zongoene also started to cultivate this in the lowland, which may be a response to
lack of appropriate lowland planting material. The examples show that different farmers are,
due to their economic and social capitals, in different ways able to manoeuvre and respond to
the changed terms of agricultural production.
The intentions of my study has not been to present concrete answers for how to intervene in
case of future crisis, but rather to indicate some important points to consider in such
situations. Too often seed relief programs have been based on the assumption of an absolute
lack of seeds, and that farmers themselves are not able to rehabilitate their seed resources in
82
times of crisis. Throughout this thesis I have illustrated that an actor approach may offer a
dynamic perspective on how farmers in different ways use their economic and social capital
to rehabilitate seed resources. In this way we are better able to understand the dynamics of
local seed systems, and use this as a basis for increasing farmers own capacities to rehabilitate
seed resources in crisis situations.
83
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