redd+ in mongolia

12
5/27/2013 1 REDD+ in Mongolia Batkhuu Nyam-Osor (PhD in Forest Environmental Science) Department of Forest Science, School of Biology and Biotechnology, National University of Mongolia LOGO Outline of presentation • Opportunities for REDD+ in Mongolia Characteristics of forest cover Understanding of deforestation and forest degradation and strategies to address them • REDD+ in Mongolia - Identification of drivers of deforestation and forest degradation -REDD+ strategy options -REDD+ Readiness so far … -REDD+ Roadmap (REDD+ readiness) and main activities

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5/27/2013

1

REDD+ in Mongolia

Batkhuu Nyam-Osor

(PhD in Forest Environmental Science)

Department of Forest Science,

School of Biology and Biotechnology,

National University of Mongolia

LOGO

Outline of presentation

• Opportunities for REDD+ in Mongolia

– Characteristics of forest cover

– Understanding of deforestation and forest degradation and

strategies to address them

• REDD+ in Mongolia

- Identification of drivers of deforestation and forest degradation

-REDD+ strategy options

-REDD+ Readiness so far …

-REDD+ Roadmap (REDD+ readiness) and main activities

5/27/2013

2

Pop=2.7 million, lowest

pop density in the world

Land: 1,566 thousand km2,

Population: 2.5 million (population density = 1.54/ km2)

Capital: Ulaanbaatar (1,580m above sea level)

Biogeoclimatic zones: Montane, Boreal forest, Forest-Steppe, Steppe,

Steppe-Desert, Desert

Precipitation: Mountainous (400 mm), Desert and steppe-desert (less than

100 mm)

Mongolia: Country context • Population 2.8 million (64% urban)

– Urban drift placing increasing pressure on forests near urban

centre

• Currently experiencing rapid economic growth

– Driven primarily by the mining sector

• Impact on forests

– Clearing of forest for mines and effects of contamination

– Increase in domestic demand for timber for construction and

household use

• Government is committed to directing growth towards a green

economy

5/27/2013

3

Forest distribution in Mongolia

Mongolia’s forests are administratively divided into three zones for the purpose of

forest resources management according to the Law on Forest.

Forty-seven percent of forests fall within the Strict Zone, which includes sub-

alpine forests, special protected areas, national parks, nature reserves and cultural

monuments. Only limited exploitation to meet local subsistence needs for fuelwood

and NTFPs is allowed in this zonal category.

The next category is the Protected Zone, covering 46% of the country’s forest area.

This covers forest around bodies of water such as rivers and lakes, cities, towns,

roads and railways. Commercial logging is strictly controlled within this zonal

category of forests, while harvesting of fuelwood and NTFPsfor domestic

consumption, to a limited degree, is permitted. In the first two categories, much of

activities are limited to “forest cleaning”, which means collection of deadwood and

harvesting of fire-damaged trees.

The last category is the Utilization Zone, covering the remainder of the forest (<

10%), and commercial logging in this zone is permitted under strict control by the

Government.

Classification according to Forest Law

Conservation of Biological Resources and the Key

Ecosystems

About 18.2 million hectares, 11.6%

of the total land area of Mongolia is

under some form protections at the

present, the Mongolian

Government’s long term goal being

to increase this percentage to 30%.

The Protected Areas System now

comprises 12 Special Protected

Areas, 8 National Parks, 16

Nature Reserves, and 6 Natural

and Historical Monuments.

5/27/2013

4

Hectares % of land

area

Annual

change

rate

Carbon stock

(million metric

tonnes)

Total land area 157 million

Total forest area 12.8 million 8.14%

Northern coniferous and

hardwood forests

10.9 million 6.7% -0.74% 583.00

Saxaul forests and shrubs 1.9 million 1.44% -6.5% 3.18

Forest cover in Mongolia

Source: FAO, FRA 2010

Tree species (thousand, ha) Economic regions

Total Western Khangai Central Eastern

Larix sibirica (Siberian larch)

Pinus sylvestris (Scots pine)

Pinus sibirica (Stone pine)

Abies sibirica (Siberian fir)

Picea obovata (Siberian spruce)

Betula spp. (Birch)

Populus spp. (Poplar)

Populus tremula (Aspen)

Ulmus spp. (Elm)

Salix spp. (Willow)

Haloxylon ammodendron (Saxaul)

647.3

-

12.6

5.4

-

1.1

9.4

0.004

-

0.3

776.4

6091.6

54.5

251.6

3.7

-

289.9

6.2

1.3

2.2

20.0

201.0

1128.7

493.5

527.2

19.1

2.4

696.4

5.7

10.9

0.7

9.5

1063.4

786.4

115.9

200.5

0.3

-

174.5

6.2

6.0

-

-

-

8654.0

663.9

991.9

28.5

2.4

1161.9

27.5

18.2

2.9

29.8

2040.8

Grand total 1452.4 6922.1 3957.5 1289.8 13621.8

Species distribution in the economic regions of Mongolia

*Sources: Report on State of Environment, Ministry Nature and Environment,

Mongolia 2006.

Key drivers of deforestation and forest degradation

Driver Direct causes Indirect causes

1 Forest fires 80-95%, caused by humans Perverse incentives in

regulations

2 Illegal logging Commercialized illegal

logging; small-scale logging;

fuel wood collection (cooking

and heating)

Weak law enforcement;

increasing demand for timber;

poverty; lack of alternative fuel

sources

3 Insect invasion Moths and beetles Lack of research

4 Forest disease Lack of research

5 Grazing forest

areas

Livestock damage on forest

regeneration/regrowth

Increased number of livestock;

lack of regulation

6 Mining industry Clearing mining sites and

chemical contamination

Mining licence overlap with

forested areas

5/27/2013

5

FOREST LOSS AND DEGRADATION

Forest resources in Mongolia

have been continuously degraded

over the past few years due to

-Improper exploitation,

-Forest fires,

-Insects and diseases,

-Mining,

-Uncontrolled grazing, and

-Inadequate management.

According to reports on forest

status, some 1.6 million ha of

forest area have been completely

destroyed between 1974 and 2000.

2130.2

2173.5

939.1

2203.4

2068.1

2236.1

2205.3

1919.1

1800.5

1290.8

1200

892.4

854.8

856.6

864.5

636.2

653.2

509.1

711.2

464.4

520

593.2

568.3

576.6

596.5

609.9

0

500

1000

1500

2000

2500

3000

1980

1982

1984

1986

1988

1990

1992

1994

1996

1998

2000

2002

2004

Years

Vo

lum

e, th

ou

san

d c

ubic

met

ers

64

391

205120

34

2300

2710

732

25131

0

500

1000

1500

2000

2500

3000

1991

1992

1993

1994

1995

1996

1997

1998

1999

2000

Years

Are

as (t

hous

and

ha)

A) Timber harvesting done in 1980~2005

B) Areas affected by forest fires in 1991~2000

10

7.2

4.6 1

53

.6

87

.3

15

6.2

33

.3

28

.6 14

3.3

2.3

17

.4

64

9.8

63

.9

39

0.7

20

5.2

12

0

34

.1

23

00

27

10

73

2

25

13

3.1

87

.3

34

51

.33

2.7

11

0 31

1

39

2

0

500

1000

1500

2000

2500

3000

3500

1980 1982 1984 1986 1988 1990 1992 1994 1996 1998 2000 2002 2004 2006

Forest fire disturbance (thousand. ha )

TIMBER HARVESTING AND EXPORT

21

30

.2

21

73

.5

93

9.1

22

03

.4

20

68

.1 22

36

.1

22

05

.3

19

19

.1

12

90

.8

12

00

89

2.4

85

4.8

85

6.6

86

4.5

63

6.2

65

3.2

50

9.1

71

1.2

46

4.4

52

0 59

3.2

18

00

.5

0

500

1000

1500

2000

2500

19

80

19

82

19

84

19

86

19

88

19

90

19

92

19

94

11

96

19

98

20

00

Years

Volu

me

in C

ubic

met

er

Since 1990, when Mongolia's economy started receding, big timber

factories split into smaller ones and presently there are about 500 small

forestry entities in operation. This coupled with increasing environmental

concerns, led to reduction of timber export. During 1980s average timber

export in Mongolia was approximately 2 million cubic meter per year,

and in 1990s, it reduced to about 0.8 million cubic meter a year.

5/27/2013

6

Climate change

Air temperature increase -2.10С during

1940-2007

Mountain area – 1.9-2.30С

Gobi and steppe area – 1.6-1.70С

By season:

Higher in cold season – 3.60С

Lower in warm season – 1.8-1.90С

Total precipitation were decreased by 7% or 16 mm during last 68 years of observation.

Dendrolimus superans sibiricus

5/27/2013

7

Ocneria dispar

967

877

1688

2610

2236

3203 35

75 3819

3229

4039 44

02

4992

4488 4586 49

34

3970

3211

5001 53

00

5005

9030

8000

9050

500

1500

2500

3500

4500

5500

6500

7500

8500

9500

1980

1982

1984

1986

1988

1990

1992

1994

1996

1998

2000

2002

Years

Area

, ha

73.5

72.7

71.9

71.1

70.3

9

69.5

68.7

65.7

1

70

62.9

5

64.2

9

67.1

4

64.2

3 65.7

1

64.2

9

67.1

4

71.1

1

69.4

54.2

3

57.1

4

51.4

2

52.3 53

.75

50

55

60

65

70

75

1980

1982

1984

1986

1988

1990

1992

1994

1996

1998

2000

2002

Years

Are

a, h

a

Reforestation and Tree Planting Activities

Reforestation activity in Mongolia has started

in 1970s.

Reforestation success was very low, (30~60%),

seldom reaching 50%.

Main reasons for the poor result of the

plantations:

-lack of compatibility (sites vs species),

-nursery systems (outdated techniques and

poorly equipped),

-poor site preparation,

-poor quality of planting stock due to poor seed,

-no seed orchard was available and

-forest plantations on grazing land often was

resented by herders

A) Reforested area from 1980 to 2005

B) Survival rate of planted seedlings

REFORESTATION AND TREE PLANTING

5/27/2013

8

Drivers: Comparison of round wood and fuel wood

Purpose of removal

Removal of wood, annual average

in 2005 (000 cubic meter)

Requests to

remove wood

made by

Forestry

Agency, 2010

Boreal

forests

Saxaul

forests

Total

Industrial round wood 50 50 107.9

Fuel wood 450 124 574 801

Total forest harvest 625 Not known

REDD+ strategy options

Key drivers

Possible ways/strategies of REDD+

1 Over harvesting for fuel wood • Develop alternative low carbon fuel sources

•Support for community-based forest

management

2 Illegal timber collection • Support for community-based forest

management to guard forest areas

•Improved forest governance e.g. low

enforcement

3 Demand for round wood for construction Increase efficiency of wood use

4 Insect attack/outbreak Improved control measures (removal of dead

tress, chemical/biological control)

5 Forest fires Improved early warning systems (e.g. aerial

control/patrol)

6 Overgrazing Regulate herder community activities

REDD+ Readiness so far …

June 2011

– Mongolia becomes UN-REDD Partner Country

• September 2011

– Decree established National REDD+ Roadmap Taskforce

• November 2011

– Regional consultation in Selenge province

• March 2012

– Draft REDD+ Roadmap prepared

– First National REDD+ Workshop held to validate proposed Roadmap

activities

– Regional consultation in Khuvsgul province

5/27/2013

9

REDD+ Roadmap (REDD+ readiness)

Main activities Sub-activities (outputs)

1

National REDD+ management

arrangements established

(including Consultation and

Participation Plan)

Broad-based, multi-stakeholder National REDD+

Taskforce established

Establish REDD+ Programme Unit

Establish CSO/LC Forum

Consultation and Participation Plan (stakeholder

engagement)

FPIC Guideline and REDD+ Grievance Mechanism

2

National REDD+ Strategy prepared

Drivers of deforestation and forest degradation identified

and legal policy alignment

Identification of REDD{ strategies

Capacity building Action Plan

Land tenure, carbon rights, benefit-sharing and gender

analysis

REDD+ Social and Environmental Safeguards

Main activities Sub-activities (outputs)

3

Reference emission levels and

reference levels developed

REL/RL developed, including National Forest Inventory

Assessment of National circumstances

4

National forest monitoring

system and safeguards

information system developed

National information, monitoring and MRV framework

established

Information system for measuring multi-benefits, other

impacts, governance and safeguards established

National Taskforce structure

5/27/2013

10

1. Forestry Agency, Director (Taskforce Chair)

2. Forestry Agency, Director of the Forestation Policy Division (Taskforce Secretary)

3. Cabinet Secretary of the Government of Mongolia

4. National Human Rights Commission, Director of the Division of Complaints, Monitoring and Evaluation

5. Special Envoy for Climate Change, Mongolia

6. Ministry of Food, Agriculture and Light Industry: Deputy Director of the Department of Livestock

Policy Implementation

7. Ministry of Finance, Specialist of the Division of Budget Expenditure

8. Ministry for Nature, Environment and Tourism, Specialist of the Department of Environment and

Natural Resource Management

9. Forestry Agency, Director of Forest Exploitation, Regulatory Division

10. Forestry Agency, Chair of the Forest Organization Service of the Forest Reserve and Forest Protection

Division

11. Agency of Land Affairs, Geodesy and Cartography, Chair of the Urban Planning and Land Affairs

Division

12. Agency of Mineral Resources, Specialist of the Mining Research Division

13. Mongolian Environment Civil Council

14. National University of Mongolia, Head of the Department of Forest Science

15. Ministry for Nature, Environment and Tourism, Chair of the Division of CDM

16. Director of the ‘Future of Forest’ LLC

The Members of the National REDD+ Taskforce (Annex of the

Decree establishing the Taskforce)

Proposed national management structure to

REDD+ readiness

Cooperation with development partners

• The development of the REDD+ Roadmap in Mongolia has been

funded by:

– Government of Japan (UN-REDD Tier 2: UNDP)

– UNDP Mongolia Country Office

• Close cooperation with other partners:

– GIZ Climate Change and Biodiversity Program

– FAO in-country work with community-based forest groups

• The Government of Mongolia is committed to self-financing several

REDD+ activities

• However technical support is still required through to support REDD+

readiness

– E.g. REDD+ Strategy, Benefit-sharing, National Forest Monitoring

System, and Safeguards Information System

5/27/2013

11

Where we are now?

• Lack of long-term strategy.

Highly politicized bureaucracy, government policy decisions tend to be temporary and are

often made by non-professional political appointees, and the bureaucratic structure is

largely influenced by each election. This has resulted in a lack of long-term focus and

strategy.

•Weak policy framework.

Mongolia’s National Forestry Policy is tends to reduce legal timber supply with strict

controls and inspections without addressing current market demand, and this has resulted

instead in increase in illegal logging and corruption. Meanwhile, local governments are

expected to generate revenue from forestry services, which should be directly used for

forest conservation but in reality goes to support other activities as they can be used as a

income generation tool. This has resulted in poor management of their forest resources.

Some challenges with REDD+

• Unclear legal and regulatory framework.

Overlaps in laws and regulations create confusion over implementation and this hinders

effective enforcement of measures against illegal logging and unsustainable land and forest

management practices including mining.

•Weak capacity and shortage of resources.

A shortage of capacity and financing for scientifically-based policy development and legal

enforcement. Much of the responsibility for combating illegal logging goes to the local

authorities without given a corresponding budget.

•Technical and financial support. However several different donor and international

organizations are supporting REDD+ activities, technical and financial support is still

required to support REDD+ readiness in Mongolia

Some challenges with REDD+

5/27/2013

12

• Limited knowledge on sustainable forest management.

Limited technical understanding and knowledge to maintain and enhance forest resources

and growth hinder systematic efforts towards sustainable forest management in Mongolia.

• Overlapping institutional responsibilities.

Several government institutions are responsible for developing and monitoring the forest

industry, and there are overlaps between their responsibilities, which create confusion and

conflicts.

Some challenges with REDD+

FOR YOUR CONSIDERATION