Our Publications
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2004. Facilitating Development of Agroforestry Systems. . Alternatives to Slash and Burn Phase III..
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2005. Carbon Losses and Sequestration Following Land Use Change in the Humid Tropics.. Slash and Burn: The Search for Alternatives.. :23.
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1998. Criteria and Indicators of Forest Soils used for Slash-and-Burn Agriculture and Alternative Land Uses in Indonesia.. The Contribution of Soil Science to the Development and Implementation of Criteria and Indicators of Sustainable Forest Management. :137-154. Abstract
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1998. Forest Soils under Alternatives to Slash-And-Burn Agriculture in Sumatra, Indonesia.. Soils of Tropical Forest Ecosystems: Characteristics, Ecology and Management. :175-185.
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2005. Greenhouse Gas Fluxes in Slash-And-Burn and Alternative Land-Use Practices in Sumatra, Indonesia.. Slash and Burn: The Search for Alternatives.. :18.
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1995. Nitrogen Supply from Rotational or Spatially Zoned Inclusion of Leguminosae for Sustainable Maize Production on an Acid Soil in Indonesia.. Plant Soil Interactions at Low pH. :779-784.
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1996. Root Distribution of Trees and Crops: Competition and/or Complementary.. Tree-Crops Interactions: A Physiological Approach.. :319-364. Abstract
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2000. Slash-and-Burn Effects on Carbon Stocks in the Humid Tropics.. Global Climate Change and Tropical Ecosystems. Advances in Soil Science.. :99-115. Abstract
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2005. Smallholder Options for Reclaiming and Using Imperata Cylindrica (Alang-Alang) Grasslands in Indonesia.. Slash and Burn: The Search for Alternatives.. :15.
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2005. Sustainability of Tropical Land-Use Systems Following Forest Conversion.. Slash and Burn: The Search for Alternatives..
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1998. Tree-Soil-Crop Interactions in Sequential and Simultaneous Agroforestry Systems.. Bergstrom L and Kirchmann H eds. Carbon and Nutrient Dynamics in Natural and Agricultural Tropical Ecosystems. :172-190. Abstract
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2005. What Can a Clean Development Mechanism Do to Enhance Trees in the Land scape? Experience with Rubber, Coffee and Timber-based Agroforestry Systems in Indonesia. Carbon forestry: Who will benefit?Proceedings of workshop on carbon sequestration and sustainable livelihoods. :92-111. Abstract
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1996. Amelioration of Aluminium Toxicity with Organic Matter: Selection of Organic Matter Based On Its Total Cation Concentration.. Agrivita. 19(4):158-165.
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1996. Biological Management of Soil Fertility for Sustainable Agriculture on Acid Upland Soils in Lampung (Sumatra).. Agrivita. 19(4):131-136. Abstract
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2002. Carbon stocks in Indonesian Homegarden Systems: Can Smallholder Systems be Targeted for Increased Carbon Storage? American Journal of Alternative Agriculture. 17(3):10. Abstract
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2006. Conversion of Forest to Coffee-Based Agroforestry in Sumberjaya, West Lampung, Indonesia: Litter Layer, Population Density of Earthworm and Soil Macroporosity.. Forest Ecology and Management. 224(1-2):45-57. Abstract
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1996. Effects Incorporating Crop Residues Nitrogen Fixation of Groundnut.. Agrivita. 19(4):165-171.
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1997. Food-Crop Based Production Systems as Sustainable Alternatives for Imperata Grasslands? Agroforestry Systems. 36(1-3):55-82. Abstract
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2002. The Inherent 'Safety-Net' Of an Acrisol: Measuring and Modeling Retarded Leaching Of Mineral Nitrogen.. European Journal of Soil Science. 53(2):185–194. Abstract
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1996. Litterfall, Above and Below-Ground Biomass and Soil, Properties during the First Year of A Chromolaena Odorata Fallow.. Agrivita. 19(4):184-192.
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1996. Organic Matter Dynamics after Conversion of Forests to Food Crops or Sugarcane: Prediction of the CENTURY Model.. Agrivita. 19:198-206.
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1996. Soil Organic Matter Fractionation under Different Land Use Types in N. Lampung.. Agrivita. 19(4):146-149.
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1995. Tolerance and Avoidance of Al toxicity by Mucuna pruriens var. utilis at Different Levels of P Supply.. Plant Soil Interactions at low pH. 171(1):243-247. Abstract

