1. Reducing Emissions from All Land Uses in Indonesia:
linking REDD+ and NAMA approaches
25 February 2011, Bogor
Tree cover and demographic transitions
in Indonesia and their consequences for
emission reduction opportunities base
opportunities, base-
lines and stratification of ‘pilots’
Meine van Noordwijk and Sonya Dewi
Meine an Noord ijk and Son a De i
3. Rights to define forest ~ 5 different ways of classifying forest:
Conservation + 10% State National Park
watershed Forest
Protected Area
protection Forest
forest Restoration conces‐
Emis‐ domain sion
sion
53% Other + Community‐forest
GHG Production
C capture disputed
forest forest lands Village forest
Benefit‐sharing
Convertible Logging concession
forest
Plantation contract
l
Official conversion from
forest to non‐forest land
status: ‘planned
p Mixed agroforest,
deforestation’ private forests,
Non‐forest land uses community
landscapes with
(
(APL)) trees
1. By ecosystem 2. By vegetation 3. By land use 4. By ‘owner’ 5. By ‘co‐management
service & its C‐stocks category regime’
9. In the 1990’s loss of
natural cover increased
the amount of ‘low C‐
stock’/low economic
value land; tree (crop)
value land; tree (crop)
planting was 28% of the
loss of natural forest
area
After 2000 planting of
tree (crop)s equals 90%
of concurrent loss of
of concurrent loss of
natural forest; the
amount of low C‐
stock/low economic
value land decreases
Meine van Noordwijk & Beria Leimona, 2010
13. Agricultural intensification hypothesis
Remote forest edge communities & Planet earth are closed
ASB hypothesis in 1992
ASB hypothesis in 1992 ASB findings in 1994
ASB findings in 1994
systems, in between we have ‘open’ systems…
More intensive agriculture at forest
margins can save forest at equal total
agricultural production
agricultural production
Or… speed up
forest conversion
forest conversion
to profitable
agriculture
This may be
This is true in
true in
‘open’
‘open’
‘closed’
economies
economies
15. The REDD+(+) value chain & C rights
1. Local development pathway & land use
2.
2 ΔCstocks due to Σ(losses&gains)
ΔCstocks due to Σ(losses&gains)
3. minus allowance for Cstock uncertainty y
4. additional to Reference Emission Level
Transaction
5. minus allowance for leakage costs when
seen from local
6.
6 filtered by eligibility criteria
filtered by eligibility criteria perspective
7. multiplied with price/investment level
p p
C rights apply
8. minus taxes and retribution to steps 1…8
16. Unpacking carbon rights – beyond ‘forest’
1
• Modify C stock of land (Cut trees , Plant
2, 3, 4, 5,
trees , Use fire , Control fire , Drain ,
6
Rewet peat , Pest&Disease Control , 7
8
InfGrowthRate , Remove topsoil/mining )
p g 9 )
• Reduce C stock uncertainty 10
• Establish baseline/additionality 11
Establish baseline/additionality
• Determine leakage (emission displacement) 12
• Define eligibility of emission reduction claim 13
• Negotiate price or investment regime 14
g p g
• Impose tax and/or co‐invest public funds 15
17. Rights to Plot Village Landscape Country Global bodies
1 Cut/harvest
1 Cut/harvest
2 Plant
3 Burn Land use plan-
Land
4 Control fire ning,
ning tenurial
use reform, reducing
5 Drain
6 Re‐wet peat
rights ~ conflicts over
7 Pest control tenure multiple rights
8 Growth rates
9 Mine
9 Mine Bottom up participation
10 Measure MRV MRV‐inst
11 REL standard LAAMA NAMA GAMA
12 Leakage NAMA
13 Eligibility filter Top-down planning REDD +
safeguards
14 C $ Fund‐based
15 Tax & coinvest REDD+strat
18. PES (Wunder, 2005)
Increased efficiency CES Open market
and flexibility in produ‐
f y p Increased ‘fairness’
trade in commoditized
trade in ‘commoditized’
cing well‐defined ES ES produced by legal and opportunity to sup‐
using operational land users on demand port interest of rural
indicators for ‘scala‐ . poor in situations with
ble ES; price based
ble’ ES; price based ES are scalable with MRV in place
p contested land
contested land
on bargaining COS Compensate legal land users for use rights and ES
power & total skipping their opportunities to shift as emergent
supply land use to more pro fitable but less ES
land use to more pro‐fitable but less ES properties of
friendly land use landscape
mosaics
Legality of land use is clear and non‐contested
CIS
CIS Seek co‐investment by external and local
Seek co‐investment by external and local
stakeholders to reduce legal, semi‐ and illegal threats
to ES, through support for collective action and
building of social & human capital
External value of environmental services exceeds local appreciation
Clarify the relationship between land use options, productivity, profitability
and provision of environmental services (ES) – from the perspective of
local, public/policy and scientific ecological/economic knowledge
l l bli / li d i ifi l i l/ i k l d
Non‐linear baseline: tree cover transitions
20. Meyfroidt P, Rudel TK, Lambin EF (2010) Forest transitions, trade and the global displacement of
land use. Proceedings of the National Academy of Sciences USA, XXXX
23. Active small-scale
conversion
Slow small-
sca e
scale
Last block of 18,000 ha peat conversion
swamp forest as ‘protection
protection Javanese
zone’ migrants
Large-scale conversion
for oil palm and HTI
24.
25.
26. Fairness/Transparency Efficiency/Clarity Legend:
International rules,
Respect, Image,
fund/market
Knowledge
International border
value chain
ment
Free and Prior
relations
paym
Nested baselines, certi-
N t db li ti Informed Consent
fied emission reduction of sovereign
decision makers
Subnational sectors/areas private sector
p
Investment/
/
Finance: invest-
rust/threat
CREDD
ment, payment
Additionality ~ baseline
g p
Leakage/displacement Certified Emission
Tr
Reduction
Local sectors/areas private sector
Monitoring C stocks &
project cycle aspects
Local sectors/areas:
communities, households
Sustainable livelihood Reducing direct drivers
support of emissions