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Showing items 1 through 9 of 376.
  1. Library Resource
    Reports & Research
    December, 1991

    The paper is divided into four chapters. The frist chapter is the introduction. Chapter two discusses the conceptualisation of the farming system with reference to the livestock component and reviews some alternative typologies that have been employed or proposed. A typological framework that is consistent with ILCA's objectives is then outlined. Chapter 3 develops a regionalisation of the semi arid zones of sub-Saharan Africa in four orders of increasing scale. The first order sub-division is between "West and North" and "East and South" geographical regions.

  2. Library Resource
    Reports & Research
    December, 1993
    Ethiopia, Africa, Eastern Africa

    In 1986, ILCA carried out informal surveys at Dogollo and Inewari in order to understand the farming systems. Such surveys were also conducted by the Institute of Agricultural Research (IAR) at Ginchi in 1986 and by the Alemaya University of Agriculture at Ada/Debre Zeit in 1988/89. This was followed by one-time detailed formal farm surveys at Dogollo, Inewari and Ginchi in 1988/89. This chapter mostly presents the results of these formal surveys.

  3. Library Resource
    Journal Articles & Books
    April, 2007
    Ethiopia, Eastern Africa

    Many studies were conducted to identify determinants of adoption of crop base technologies and practices and improved seeds, and while few studies concerned on evaluation of extension services in terms of the clients’ need and interest or adoption of livestock technologies in agropastoral and pastoral context In fact, livestock extension services in general in developing countries are less prioritized and thus livestock based technology services are rarely extended Common livestock technologies which are promoted to livestock raisers are focused on feed, veterinary services, and improved ma

  4. Library Resource
    Reports & Research
    April, 2011
    China, India, Philippines, Asia

    Rice, a staple food for over 70% of Asians, is also the single biggest user of water, requiring 2-3 times more input (irrigation plus rain) water per unit of grain produced than crops such as wheat and maize. With growing populations, increased urbanisation and environmental degradation, the supply of fresh water is depleting. Recognising the water constraints to rice yield, the aim of the project entitled ‘Developing a System of Temperate and Tropical Aerobic Rice (STAR) in Asia’ was to develop water-efficient aerobic rice technologies.

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