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Organic soils are defined in Chapter 3 Annex 3A.5 of Volume 4 of the 2006 IPCC Guidelines and Section 5, Chapter 1, section 5 of this Wetlands Supplement. The guidance in this Chapter applies to all inland organic soils that have been drained, i.e., drainage of lands that started in the past and...


Drösler, M.Verchot, Louis V.Pan GFreibauer, A.Evans, C.D.Bourbonniere RAAlm JPPage SAgus, F.Sabiham SWang CSrivastava NBorgeau-Chavez LCouwenberg, J.Hergoualc’h, KristellHooijer, A.Jauhiainen, J.Minkkinen KFrench NStrand, T.Sirin AMickler RTansey KLarkin N[Drained Inland Organic Soils]Drained Inland Organic Soils
Subagyono, K.Vadari, T.SukristiyonubowoWatung, R. L.Agus, F.[Land management for controlling soil erosion at microcatchment sale in Indonesia]Land management for controlling soil erosion at microcatchment sale in Indonesia
Agus, F.Vadari, T.Watung, R. L.SukristiyonubowoValentin, Christian[Effects of land use and management systems on water and sediment yields: Evaluation from several micro catchments in Southeast Asia]Effects of land use and management systems on water and sediment yields: Evaluation from several micro catchments in Southeast Asia
SukristiyonubowoWatung, R. L.Vadari, T.Agus, F.[Nutrient loss and the on-site cost of soil erosion under different land use systems]Nutrient loss and the on-site cost of soil erosion under different land use systems
Chaplot, V.Chanthavongsa, A.Agus, F.Boosaner, A.Ilao, R. O.Tran Duc ToanValentin, ChristianSilvera, Norbert[Evaluation of environmental factors and soil erosion in MSEC catchments]Evaluation of environmental factors and soil erosion in MSEC catchments
Swallow, B.M.Noordwijk, Meine vanDewi, S.Murdiyarso, DanielWhite, D.Gockowski, J.Hyman, GlennBudidarsono, S.Robiglio, V.Meadu, VanessaEkadinata, A.Agus, F.Hairiah, K.Mbile, P.N.Sonwa, D.J.Weise, S.F.[Opportunities for avoided deforestation with sustainable benefits: an interim report by the ASB partnership for the tropical forest margins]Opportunities for avoided deforestation with sustainable benefits: an interim report by the ASB partnership for the tropical forest margins

Tropical peatlands are known not only for their high, area-based, carbon emissions in response to land-use change but also as hot spots of debate about associated data uncertainties. Perspectives are still evolving on factors underlying the variability and uncertainty. Debate includes the ways of...


Noordwijk, Meine vanMatthews RAgus, F.Farmer JVerchot, Louis V.Hergoualc’h, KristellPersch STata HLLusiana BWidayati ADewi, S.[Mud, muddle and models in the knowledge value chain to action on tropical peatland issues]Mud, muddle and models in the knowledge value chain to action on tropical peatland issues
Podwojewski, PascalTran Duc ToanAgus, F.Alamban, R.Boonsaner, A.deRouw, A.[Effects of innovative agriculture systems on soil protection and erosion at a water-catchment level in 5 countries of SE Asia]Effects of innovative agriculture systems on soil protection and erosion at a water-catchment level in 5 countries of SE Asia
Cobb, A.Agus, F.Warren, M.Applegate, G.Ryan, ZEngel, VHandayani, E.PHooijer, A.Husen, EJauhiainen, J.Kawaroe, MKusmana, CNaito, ROsaki, M.[Greenhouse gas fluxes and flux changes from land-use dynamics in tropical wetlands]Greenhouse gas fluxes and flux changes from land-use dynamics in tropical wetlands
Valentin, ChristianAgus, F.Alamban, R.Boosaner, A.Bricquet, Jean P.Chaplot, V.Guzmán, T. deRouw, Anneke deJaneau, Jean L.Orange, DidierPhachomphonh, K.Phai, Do DuyPodwojewski, PascalRibolzi, OlivierSilvera, N.Subagyono, K.Thiebaux, Jean-PierreTran Duc ToanVadari, T.[Runoff and sediment losses from 27 upland catchments in Southeast Asia: impact of rapid land use changes and conservation practices]Runoff and sediment losses from 27 upland catchments in Southeast Asia: impact of rapid land use changes and conservation practices

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