Kenya
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EfD Impact Stories 2019
EfD aims to support a new generation of engaged researchers based in the Global South. In this magazine you will find stories of the work carried out at our EfD centers across the world. First: In…
Happy Collecting Water?
Women Collecting Water in Rural Kenya Report They Would Prefer Doing Other Activities.
Call For Papers | Seventh GGKP Annual Conference on "Achieving Global Energy Transformation"
The Global Green Growth Institute ( GGGI ) and the Green Growth Knowledge Platform ( GGKP ) have issued a Call for Papers for the Seventh GGKP Annual Conference ( #GGKP7 ). The conference will focus…
Household Demand for Water in Rural Kenya
To expand and maintain water supply infrastructure in rural regions of developing countries, planners and policymakers need better information on the preferences of households who might use the sources. What is the relative importance of price, distance and quality in a households decision to use a source? If a water source increases fees, perhaps to cover maintenance or planned replacement, how will the total amount of water abstracted and revenue collected change?
EAERE 24th Annual Conference 2019
The 24th Annual Conference of the European Association of Environmental and Resource Economists will take place in Manchester in June 2019. The University of Manchester will be hosting this year's…
Land and Poverty Conference
This year’s conference theme will be: Catalyzing Innovation. The Land and Poverty conference presents the latest research and innovations in policies and good practice on land governance around the…
13th Annual Meeting of EfD- in Colombia
The EfD Annual Meeting is the largest annual conference in the Global South on the application of environmental economics to development. The EfD Annual Meeting will be held in Bogotá, Colombia, on 21…
Determination of optimal rotation period for management of lumbering forests in Kenya
This study estimates the optimal rotation period of various tree species in Kenya and applies it in the management of lumbering forests through optimal synchronization of forest plantations to achieve a steady supply to lumbering firms. The optimal rotation period of three tree species, pine, cypress, and eucalyptus, was estimated using data from Kenya Forest Service. A combined application of Chang simple production model and Faustmann model reveals the optimal biological harvest age is 25 years for pine, 25 years for cypress, and 14 years for eucalyptus.
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