coordination of international research cooperation on soil ... · coordination of international...
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Coordination of International Research Cooperation on soil CArbon Sequestration in
Agriculture
This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 774378
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Why Soil Carbon?Co-benefits for adaptation, land degradation and food security
• Half of the agricultural soils are estimated to be degraded [FAO, 2006, 2011].
The annual cost of fertilizer to replace nutrients lost to erosion is US $110 – US $ 200 billion [ITPS FAO, 2016].
• Annual losses of 0.3–1.0 billions tons C through erosion of agricultural land [Chappell et al., 2015, NCC].
• 24-40 million metric tons additional grains can be produced in developing countries per additional ton C per hectare stored in soils organic matter [Lal , 2006]
• Reduced yield variability after soil restoration leading to increased soil organic matter [Pan et al. , 2009]
With soil carbon sequestration, food security is not threatened, even for a 1.5°C global warming target
[Frank et al., Env. Res. Lett., 2017]SOC— soil organic C sequestrationSOC+— including its benefits for yields
Ag N2O—N2O mitigation from agriculture; Ag CH4—CH4 mitigation from agriculture; Ag SOC—CO2 sequestration from agriculture, FOLU—CO2 mitigation from forestry and other land use
(CIRCASA Project, Soussana et al.)
Research trends• Research on soil organic carbon sequestration in agriculture is
rapidly increasing, interdisciplinary and international.
Exponential growth in annual number of scientific papers on soilcarbon sequestration in agriculture over 1991-2015 (Left) anddistribution by scientific discipline (Right).
Research trends (cont.)
Main international research networks on agricultural soilcarbon sequestration (2016)
(CIRCASA Project, Soussana et al.)
Main research topics (key-words) concerning soil organic carbon sequestration in agriculture (2016)
Research trends (cont.)
(CIRCASA Project, Soussana et al.)
Many ongoing initiatives and research projects dealing (in part) withsoils, agriculture and climate change
Research trends (cont.)
CIRCASA consortium
• Together with these initiatives andwith CCAFS-CGIAR, it has directoutreach to a total of 82 countriesaccounting for 85% of the world’stotal research on soil C sequestrationin agriculture
Countries partners of CIRCASA, 4p1000, GRA, FACCE-JPI and CCAFS
• CIRCASA has 22 partners including theresearch secretariats of 4p1000, GRAand FACCE-JPI
CIRCASA Goals
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Develop international synergies concerning research and knowledge transfer on agricultural soil C sequestration at European Union (EU) and global levels.
1. Strengthen the international research community
2. Improve our understanding
3. Co-design a strategic research agenda with stakeholders
4. Create an International Research Consortium
Work plan
Structuring knowledge (WP1)
Spatial distribution of exposure to selected multiple land challenges. A. Un-degraded land exposedto rapid climate change; B, Degraded land exposed to rapid climate change; C, Degraded landexposed to food insecurity; D, Degraded land exposed to rapid climate change and food insecurity
=> An open data repository with geospatial and modelling data
Stakeholder Engagement (WP2)
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Online Survey – 7 languages
Workshops on 5 continents Stakeholder Advisory Board
=> Strategic Research Agenda
Create an International Research Consortium on SOC (WP3)
• Belmont forum pre-program on ‘Soil Health’• European Joint Program, Agricultural Soils, with International calls• EC Horizon Europe Mission planned on Land degradation and Soil
Health
=> CIRCASA Research Policy Committee: Explore activities, resources and governance for an International Research Consortium (IRC) on agricultural soil carbon and draft a work plan.
The Global Soil Partnership (GSP), the GRA, FACCE-JPI and the 4 per 1000 initiative will greatly facilitate this task, allowing the CIRCASA IRC to be embedded into a broader soil and agricultural research context.
Communication and Outreach (WP4)
CIRCASA Online Survey –
Preliminary Results
Perspectives on SOC management
Berlin, 16 January 2019 16
Survey – 939 respondents globally
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30
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56
84
229
359
0 100 200 300 400
Landowners’ Association
Private foundation
Public funding mechanism
Retail companies: marketing and…
Financial industry: Insurance or…
International Research Initiative…
International Policy Maker (e.g.…
Food Industry: food production,…
Non-profit development/food…
General Public
Farmers’ Association
Agricultural supply industry:…
Non-profit environmental…
Other
Agricultural Extension / Farm…
Public / government authority
Farmer
Research institute or university
Which stakeholder group describes you best?
568
244
127
0 200 400 600
Male
Female
N/A
Are You?
348
323
217
9
0 100 200 300 400
18-39 years
40-54 years
55-74 years
Over 74 years
What is your age?
18
SOC management options
Residue management (crop
residue left in the field)
Reduced/minimum tillage
Zero tillage
Manure and composting
(applying livestock manure
and/or compost on fields)
Grass in rotation
Use of cover crops
Use of grain legumes
Use of forage legumes
Permanent grassland management (optimised
grazing)
Buffer strips and set-aside areas
Crop-livestock systems
Agro-forestry in cropland
Agro-forestry in grazing lands
Agro-forestry in mixed crop-livestock systems
Biochar
Rewetting of organic soils
Preventing erosion (e.g., contour farming,
terracing, windbreaks)
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Which management options do you apply or consider applying? - Farmers
0% 50% 100%
Biochar
Agro-forestry in grazing lands
Zero tillage
Permanent grassland management (optimised grazing)
Buffer strips and set-aside areas
Rewetting of organic soils
Agro-forestry in mixed crop-livestock systems
Agro-forestry in cropland
Grass in rotation
Use of forage legumes
Reduced/minimum tillage
Use of cover crops
Crop-livestock systems
Preventing erosion (e.g., contour farming, terracing,…
Use of grain legumes
Residue management (crop residue left in the field)
Manure and composting
Global
0% 50% 100%
Residue management
Reduced/minimum tillage
Zero tillage
Manure and composting
Grass in rotation
Use of cover crops
Use of grain legumes
Use of forage legumes
Permanent grassland management
Buffer strips and set-aside areas
Crop-livestock systems
Agro-forestry in cropland
Agro-forestry in grazing lands
Agro-forestry in mixed crop-livestock…
Biochar
Rewetting of organic soils
Preventing erosion
20
EU Denmark
0% 50% 100%
Residue management…
Reduced/minimum tillage
Zero tillage
Manure and composting
Grass in rotation
Use of cover crops
Use of grain legumes
Use of forage legumes
Permanent grassland …
Buffer strips and set-aside…
Agroforestry (trees…
Biochar
Rewetting of organic soils
Hedgerows
Which management options do you apply or consider applying? - Farmers
Which options do you think farmers are using for SOC management in your region at present? (Global)
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27
33
49
56
91
99
139
170
224
221
249
250
270
358
384
423
474
0 50 100 150 200 250 300 350 400 450 500
Preventing erosion (e.g., contour farming, terracing,…
Rewetting of organic soils
Biochar
Agro-forestry in grazing lands
Agro-forestry in mixed crop-livestock systems
Agro-forestry in cropland
Buffer strips and set-aside areas
Permanent grassland management (optimised grazing)
Use of forage legumes
Grass in rotation
Use of grain legumes
Crop-livestock systems
Zero tillage
Reduced/minimum tillage
Use of cover crops
Manure and composting (applying livestock manure and/or…
Residue management (crop residue left in the field)
Which options do you think farmers are using for SOC management in Europe at present?
22
8
22
23
24
38
44
69
95
105
105
107
111
113
116
166
180
198
208
0 50 100 150 200 250
I don´t know
Rewetting of organic soils
Biochar
Agro-forestry in grazing lands
Agro-forestry in mixed crop-livestock systems
Agro-forestry in cropland
Buffer strips and set-aside areas
Permanent grassland management
Crop-livestock systems
Preventing erosion
Zero tillage
Grass in rotation
Use of grain legumes
Use of forage legumes
Use of cover crops
Reduced/minimum tillage
Manure and composting
Residue management
23
Farmers’ views on effectiveness of SOC management options
0% 20% 40% 60% 80% 100%
Biochar
Buffer strips and set-aside areas
Agro-forestry in grazing lands
Reduced/minimum tillage
Use of grain legumes
Rewetting of organic soils
Permanent grassland management (optimised grazing)
Use of forage legumes
Agro-forestry in cropland
Zero tillage
Grass in rotation
Agro-forestry in mixed crop-livestock systems
Preventing erosion (e.g., contour farming, terracing, windbreaks)
Use of cover crops
Crop-livestock systems
Residue management (crop residue left in the field)
Manure and composting (applying livestock manure and/or…
Global
1
2
7
3
4
0
5
5
9
7
7
18
18
19
22
27
8
Residue management
Reduced/minimum tillage
Zero tillage
Manure and composting
Grass in rotation
Use of cover crops
Use of grain legumes
Use of forage legumes
Permanent grassland management
Buffer strips and set-aside areas
Crop-livestock systems
Agro-forestry in cropland
Agro-forestry in grazing lands
Agro-forestry in mixed crop-livestock…
Biochar
Rewetting of organic soils
Preventing erosion
24
0% 50% 100%
0% 50% 100%
Residue management…
Reduced/minimum tillage
Zero tillage
Manure and composting
Grass in rotation
Use of cover crops
Use of grain legumes
Use of forage legumes
Permanent grassland …
Buffer strips and set-…
Agroforestry (trees…
Biochar
Rewetting of organic soils
Hedgerows
EU Denmark
Farmers’ views on effectiveness of SOC management options
25
SOC management options
Residue management (crop
residue left in the field)
Reduced/minimum tillage
Zero tillage
Manure and composting
(applying livestock manure
and/or compost on fields)
Grass in rotation
Use of cover crops
Use of grain legumes
Use of forage legumes
Permanent grassland management (optimised
grazing)
Buffer strips and set-aside areas
Crop-livestock systems
Agro-forestry in cropland
Agro-forestry in grazing lands
Agro-forestry in mixed crop-livestock systems
Biochar
Rewetting of organic soils
Preventing erosion (e.g., contour farming,
terracing, windbreaks)
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Barriers to uptake of management options
• Lack of funds to access inputs (e.g. fertilizer)
• Additional costs are too high
• The right machinery is not available (e.g. suppliers or contractors do not have equipment)
• Not convinced by productivity and economic benefits (e.g. concern about yields)
• SOC sequestration is not rewarded financially (e.g. no subsidies or carbon credits)
• Technical solutions are not mature (additional research is required)
• Information and knowledge support is not available
• Farm extension services do not have knowledge and capacity to train farmers on technical solutions
• Biophysical (unsuitable climate or soil)
• SOC management is not a political priority
• Other
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Views on barriers to uptake – Global
0% 20% 40% 60% 80% 100%
Other
Biophysical (unsuitable climate or soil)
The right machinery is not available (e.g. suppliers or…
Lack of funds to access inputs (e.g. fertilizer)
Land is leased
Additional costs are too high
Technical solutions are not mature (additional research is…
Lack of funds to access technology or machinery
Information and knowledge support is not available
Lack of incentive for medium/long-term investment due…
Farm extension services do not have knowledge and…
Not convinced by productivity and economic benefits…
SOC management is not a political priority
SOC sequestration is not rewarded financially (e.g. no…
Most important Important Minor Importance Not Important Don’t know
0% 50% 100%
Other
The right machinery is not available (e.g. suppliers or…
Biophysical (unsuitable climate or soil)
Lack of incentive for medium/long-term investment due to…
Land is leased
Technical solutions are not mature (additional research is…
Farm extension services do not have knowledge and capacity…
Lack of funds to access inputs (e.g. fertilizer)
Information and knowledge support is not available
Lack of funds to access technology or machinery
SOC management is not a political priority
Additional costs are too high
Not convinced by productivity and economic benefits (e.g.…
SOC sequestration is not rewarded financially (e.g. no…
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Farmers’ views on barriers to uptake
Global
1
2
2
2
0
1
1
3
1
1
1
3
2
1
Lack of funds to access technology or machinery
Lack of funds to access inputs (e.g. fertilizer)
Additional costs are too high
The right machinery is not available
Lack of incentive for medium/long-term investment
Land is leased
Not convinced by productivity and economic benefits
SOC sequestration is not rewarded financially
Technical solutions are not mature
Information and knowledge support is not available
Farm extension services do not have knowledge and capacity
Biophysical (unsuitable climate or soil)
SOC management is not a political priority
Other
29
0% 50% 100% 0% 50% 100%
EU
Farmers’ views on barriers to uptake
Denmark
30
Solutions for increasing uptake
• Tailored guidance and advice for farmers
• Payments for ecosystem services (usually public subsidies) or other financial support to transition to SOC practices (e.g. loans or grants for investments)
• Carbon certification schemes (product labels)
• Compulsory standards set by food companies
• Development of carbon credit schemes
• Include SOC in emission trading schemes
• Improve infrastructures to access inputs and technologies
• Set mandatory targets and regulatory requirements for SOC sequestration
• Information to policy makers on where and how to target SOC sequestration policy
• Indicators and tools for farmers and policy makers to measure progress in improving carbon storage in soils
• Improved awareness among the public
• Other
31
Views on solutions to increase adoption – Global
0% 20% 40% 60% 80% 100%
Compulsory standards set by food companies
Improve infrastructures to access inputs and technologies
Carbon certification schemes (product labels)
Development of carbon credit schemes
Include SOC in emission trading schemes
Set mandatory targets and regulatory requirements for…
Other financial support to transition to SOC practices (e.g.…
Payments for ecosystem services (usually public subsidies)
Information to policy makers on where and how to target…
Indicators and tools for farmers and policy makers to…
Improved awareness among the public
Strengthen farm advisory services and knowledge…
Tailored guidance and advice for farmers on how to…
Most important Important Minor Importance Not Important Don't know
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Farmers’ views on solutions to increase adoption
0% 20% 40% 60% 80% 100%
Improve infrastructures to access inputs and technologies
Compulsory standards set by food companies
Development of carbon credit schemes
Include SOC in emission trading schemes
Set mandatory targets and regulatory requirements for SOC…
Carbon certification schemes (product labels)
Other financial support to transition to SOC practices (e.g.…
Payments for ecosystem services (usually public subsidies)
Indicators and tools for farmers and policy makers to…
Information to policy makers on where and how to target…
Improved awareness among the public
Strengthen farm advisory services and knowledge exchange…
Tailored guidance and advice for farmers on how to increase…
Global
33
Farmers’ views on solutions to increase uptake
Tailored guidance and advice for farmers on how to increase…
Strengthen farm advisory services and knowledge exchange
Payments for ecosystem services (usually public subsidies)
Other financial support to transition to SOC practices
Carbon certification schemes (product labels)
Compulsory standards set by food companies
Development of carbon credit schemes
Improve infrastructures to access inputs and technologies
Set mandatory targets and regulatory requirements for SOC…
Information to policy makers on where/how to target SOC…
Indicators/tools for farmers/policy makers to measure…
Improved awareness among the public
EU Denmark
0% 50% 100% 0% 50% 100%
34
Effectiveness of SOC management options – Global
0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
Buffer strips and set-aside areas
Rewetting of organic soils
Biochar
Reduced/minimum tillage
Use of grain legumes
Use of forage legumes
Agro-forestry in grazing lands
Agro-forestry in cropland
Grass in rotation
Crop-livestock systems
Permanent grassland management (optimised grazing)
Agro-forestry in mixed crop-livestock systems
Preventing erosion (e.g., contour farming, terracing,…
Zero tillage
Residue management (crop residue left in the field)
Use of cover crops
Manure and composting (applying livestock manure and/or…
Very effective Effective Less effective Not effective Don't know
35
Contribution of SOC management – Production & EcosystemService (Global)
0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
Reduce crop protection needs (pest and diseases)
Reduce irrigation demand
Improve product quality (e.g. higher value)
Reduce demand for fertiliser
Prevent nutrient leakage
Prevent soil erosion
Improve soil workability, e.g. for seedbed preparation
Enhance the yield potential
Improve water infiltration and drainage
Improve biodiversity
Enhance the yield stability
Improve soil water holding capacity
Improve soil quality
To a large extent To some extent To a low extent Not at all Don't know
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Contribution of SOC management – climate and sustainable development (Global)
0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
SOC management compensates emissions from fossil fuels(energy and transport in society)
SOC management compensates other agricultural GHGemissions (nitrous oxide and methane)
Reducing GHG should be a concern for SOC management
Higher SOC would protect against soil degradation underclimate change
SOC management affects GHG emissions from soils
SOC management is relevant to food security
SOC management is relevant to climate change adaptation
Strongly agree Agree Disagree Strongly disagree Don't know
Thank you for your attention!
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Visit our website www.circasa-project.eu
This project has received funding from the European Union's Horizon 2020 research and
innovation programme under grant agreement No
774378
CIRCASA StAB Meeting Berlin
Lunch
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CIRCASA StAB Meeting Berlin
Thank You!