This training manual on agricultural water management has been prepared with the aim of providing reference and guidance materials on smallholders' agricultural management, primarily for Ethiopian farmers, with support of development agents and technical personnel. The documents use existing knowledge in the form of texts, figures, demonstration materials derived from various sources such as books, grey literature such as web material, reports, manuals, etc.  

ASOCAM conducted the XII ASOCAM Latin American Seminar 2009 in the district of Yucay in Cusco, Peru on ‘How to promote adaptation to climate change on water management in rural areas?’ The seminar brought together 40 participants from 8 countries submitted their institutional experiences generated so far in development projects and initiatives related to the use and management of water in the rural Andes in Ecuador, Peru and Colombia.

Biofuel demand is increasing because of a combination of growing energy needs; rising oil costs; the pursuit of clean, renewable sources of energy; and the desire to boost farm incomes in developed countries. In turn, the need for crops-such as maize and sugarcane-to be used as feedstocks for biofuels has increased dramatically. That demand has had a significant and increasing impact on global food systems. The effects of growing biofuel demand are interwoven with tightening grain markets, which reflect demographic shifts and improved diets.

"Contract farming is conventionally thought of as a form of industrial organization that helps to overcome high monitoring, supervision, and environmental mitigation costs incurred from ensuring a reliable and uniform-quality supply (from the standpoint of integrators) and high capital and small-scale input and service purchase costs (from the standpoint of individual farmers). But contract farming is also a private sector vertical coordination response to the changing demand for certifying the use of quality inputs to produce quality outputs and of safe production procedures.

La demanda de biocombustibles se está incrementando debido a la necesidad cada vez mayor de energéticos, el alza en el costo del petróleo, la búsqueda de fuentes de energía renovables y no contaminantes y el deseo de aumentar los ingresos agrícolas en los países en desarrollo. Asimismo, ha aumentado en forma drástica la necesidad de contar con cultivos, como el maíz y la caña de azúcar, que pueden utilizarse como materia prima para producir biocombustibles. Esta demanda ha tenido a nivel mundial un impacto significativo y cada vez mayor en los sistemas alimentarios.

The implicit hydrologic dimensions of international efforts to mitigate climate change, specifically potential impacts of the Clean Development Mechanism-Afforestation/Reforestation (CDM-AR) provisions of the Kyoto Protocol (KP) on global, regional and local water cycles, are examined. The global impact of the redistribution of water use driven by agriculture and land use change, of which CDM-AR can be a contributing factor, is a major component of ongoing global change and climate change processes.

Managing drought in agriculture has taken on growing importance as population growth and environmental concerns place increasing pressures on agricultural water use. One alternative for agricultural water resource management in areas of recurrent drought is allocation through market mechanisms. While past research has aimed to explain why farmers are reluctant to participate in already established water markets, this research seeks to identify the appropriate market mechanism given farmers' preexisting attitudes toward water markets.

A negotiation support system (NSS) was developed to solve groundwater conflicts that arose during land-use management. It was set up in cooperation with the stakeholders involved to provide information on the impact of land use, e.g., agriculture, nature (forested areas), recreation, and urban areas, on the quality of both infiltrating and abstracted groundwater. This NSS combined simulation programs that calculate (1) the concentrations of nitrate in shallow groundwater for each land-use area and (2) the transport of nitrate in the groundwater-saturated zone.