Researchers have long argued that improved livestock technologies and intensification will reduce the pressure on Latin America's forests. This article combines economic theory with insights from seven case studies to examine under what conditions technological change will reduce (or increase) fo...
Kaimowitz, D.
,
Angelsen, A.
,
[Will livestock intensification help save Latin America's tropical forest?]
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Will livestock intensification help save Latin America's tropical forest?
Forests cover between 17 and 19 million ha of the Central American isthmus. Most of this is broadleaved forest on the Atlantic side of the isthmus. The size and contribution of these forests vary greatly between the Central American countries, from Belize, with over 80% of its land in forests, to...
Kaimowitz, D.
,
Paupitz, J.
,
[Forests, policies and people on the Central American agricultural frontier]
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Forests, policies and people on the Central American agricultural frontier
A widespread belief among development and forest researchers and practitioners holds that technological progress in tropical agriculture is good for forest conservation. Higher yield enables farmers to produce the same amount of food on less agricultural land. The alternative view suggests that p...
Do improvements in agricultural technology protect or endanger tropical forests? This book examines this controversial issue. It includes both theoretical frameworks for analysing the issue as well as case studies covering a wide range of geographical regions, technologies, market conditions and ...
This chapter spells out the theoretical framework for the discussion and case studies of the book. First, it provides precise definitions of technological change and classify technological change into different types based on their factor intensities. The discussion starts off with a single farm ...
Angelsen, A.
,
Soest, D.P. van
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Kaimowitz, D.
,
Bulte, E.
,
[Technological change and deforestation: a theoretical overview]
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Technological change and deforestation: a theoretical overview
This chapter summarises the key insights from the case studies included in the book. First, it discusses the technology-deforestation link in six different types of cases: developed countries, commodity booms, shifting cultivation, permanent upland (rainfed) agriculture, irrigated (lowland) agric...
This introductory chapter sets the scene for the discussion in the edited volume on how new agricultural affects tropical forests. It critically reviews four hypotheses that have been central in the claim that better technologies help protect forests: the Borlaug, the subsistence, the economic de...
Angelsen, A.
,
Kaimowitz, D.
,
[Introduction: the role of agricultural technologies in tropical deforestation]
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Introduction: the role of agricultural technologies in tropical deforestation
This final chapter of the book offers a set of policy recommendations. It presents some typical win-win outcomes, including technologies suited for forest poor areas, labour intensive technologies promoting intensification to replace land extensive farming practices, and promoting agricultural sy...
Deforestation is one of the primary threats to biodiversity in tropical forests arround the world. Deforestation has many direct causes, including conversion of forests to pasture for livestock, expansion of agricultural lands, commercial logging, and urbanization. Indirectly, deforestation is in...
Margoluis, R.
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Russel, V.
,
González, M.
,
Rojas, O.
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Magdaleno, J.
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Madrid, G.
,
Kaimowitz, D.
,
[Maximum yield?: sustainable agriculture as a tool for conservation]
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Maximum yield?: sustainable agriculture as a tool for conservation