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10.3. Statements of the researchers 10.3.1. CIFOR Atmadja, Stibniati • Assessing livelihood impacts of REDD demonstration projects on local communities, particularly looking at changes in local market conditions, incentives/disincentives in investments, and movements of capital, labor and land use. Since this assessment can be done at all scales, one of the main tasks is to choose the scale. This analysis can be used to determine potential leakage pathways of the project, and provide insights on economic winners vs. losers in the short, medium and possibly long term. • Note that this is not limited to the economics. There is a lot of environmental and governance factors that must be taken under consideration, to form a realistic assessment of how REDD can bring about these economic shifts. • Design, conduct, and analyze data from market and household surveys. Purnomo, Herry • Multi-stakeholder processes on land use planning at different levels • C-stock assessment (RS use) and how to bring participation of local communities • Make REDD work at local level (both for the first and second D), including connecting to potential carbon credit buyers • Power balancing, payment mechanism and institutional arrangement at different levels Priyadi, Hari • Due to lack baseline data on C-stock in Indonesia, we should develop models for specific allometric relationships in the specific type of forests, and later we can estimate C-stock in that particular type of forest and/ or landscape. • If we talk about SFM, it is important to do “Comparison study on Carbon stock between e.g. reduced-impact logging (RIL) and conventional logging” • My early finding from the data in Malinau Research Forest shows that RIL could retain carbon 15 tons/ha (38.8%) higher than using conventional techniques (in prep.) • Then, we should promote RIL to be really implemented by timber companies in the country either voluntarily or mandatory not only because of retaining carbon but also maintaining biodiversity in forests landscape. • Under REDD regime, should those timber companies that implementing best practices be giving an ‘incentive’? If it so, what is the mechanism, what kind of incentives? Murdiyarso, Daniel • Assessing C-stock in the forest landscape • Three basic components of a biomass measurement system that are later converted into carbon stocks could include: o Models (e.g. allometric equations) o Field measurements (e.g. tree diameter and height measures) o Field measurements on water level in peat swamp ecosystems to estimate CO2 and non-CO2 emissions o Remote sensing (with various type sensors and resolutions) 45
Yuliani, Linda • Developing simple tool(s) (e.g. formula) that can be used by local stakeholders (local communities, local government) to estimate carbon stocks in their forest, and at the same time acceptable by the carbon buyers. The tools should simple and easy to use, so that the local stakeholders can estimate and monitor the carbon stocks by themselves, and enter the carbon market with very minimum roles of brokers. • In my idea, we can perhaps develop formula/tools to estimate carbon stocks in different forest ecosystem types in Borneo. So in your proposal, you could probably put that in the initial stage, we need to conduct a workshop to get an agreed forest ecosystem types we want to refer, and then develop formula for each type. • The methods to develop the formula is open for discussion, but need to be field tested. • Developing legal and institutional mechanisms to ensure that benefits from carbon market are distributed equally for long term benefits of the local communities (note: I put equally and long term in bold to emphasize the importance). Long term benefits is important to avoid short term benefits that could create dependency of local communities to external assistance (thus, reduce social resilience). Gen Takao • Regarding RS, cost-performance comparisons among sensors/methods would be useful. The cost should include that of field works for models and for evaluation. Documenting the procedure of designing the monitoring would be as important as publishing the resultant data/models so as to disseminate the results to the outside of the pilot fields. 10.3.2. SITF Mui-How Phua Biomass Borneo/Research topics 1. Multitemporal vegetation change in Sabah & Sarawak -Supervised classification and/ or spectral change detection approach -Landsat data, freely distributed since 2008, as the main satellite data. MODIS data (500m/1km resolution) may be considered if Landsat data over the whole Borneo is not available. 2. Estimation of vegetation biomass using satellite remote sensing (Sabah). -Process satellite data and analyze against field survey data (primary & secondary data) on selected forest ecosystem. -Collaborate with Hamburg Univ. This provide crude estimate of biomass to be improved by GIS modeling. Normah Awang Besar Carbon sink in soil Study location: Sabah and Sarawak Methodology Soil sampling and analysis Soil will be sampling randomly at 0-30 cm depth. Several profile will be describe to representative the soil in the study area. Mixed soil will be sampled randomly at 0-5cm, 5-10cm and 10-30 cm depth. Three replicate each depth..Soil samples will air dry and passed through a 2mm sieve to separate the fine 46
Page 1 and 2: School of International Tropical Fo
Page 3 and 4: Table of contents 1. Summary 2. Bac
Page 5 and 6: The main activities of the project
Page 7 and 8: Fig. 1: Extent of deforestation in
Page 9 and 10: 4.1. Proposal The four partners sho
Page 11 and 12: Fig. 4: Fields of activities 6.1. C
Page 13 and 14: to be found in the forest inventory
Page 15 and 16: staff). They try to develop nationa
Page 17 and 18: and Carbon Management in Peat Fores
Page 19 and 20: Other REDD programs • World Bank
Page 21 and 22: Fig. 7: CO2-tower in Pontianak/West
Page 23 and 24: The Malaysian Meteorological Depart
Page 25 and 26: Tab. 3: List of available data for
Page 27 and 28: Center for International Forestry R
Page 29 and 30: Houghton, R.A., & J.L. Hackler (199
Page 31 and 32: MGFEP (2007): Malaysian-German Fore
Page 33 and 34: Revilla, J.A.V. & L. Djwahui (1993)
Page 35 and 36: Wertz-Kanounnikoff, S. & M. Kongpha
Page 37 and 38: using our findings which could give
Page 39 and 40: • BAPLAN uses Landsat images (7 E
Page 41 and 42: • Projects of LAPAN: o Co-operati
Page 43 and 44: Minutes of the Meeting with Members
Page 45 and 46: 10.2.7. Alfan Subekti, TNC Minutes
Page 47: • Remote sensing, meteorological
Page 51 and 52: 3. Assessing the potential of commu
Page 53 and 54: Output of step two Private sector a
Page 55 and 56: Figure 1. Land cover map of Delta M
Page 57 and 58: 2. Map of forest rehabilitation pri
Page 59 and 60: Sources available • Spatial data
Page 61 and 62: Saturday, 10 th of January 09:30 Vi
Page 63: Fig. 12: Malaysian Soil Series clas

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