133 research outputs found

    Running out of water, walking away from farming

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    Groundwater tables are falling in India. What will happen when water actually runs out? This column analyses the impact of water scarcity on farmers in Gujarat. It finds that farmers are failing to or choosing not to adapt to the availability of less water. They are forced to shrink cultivation, leave farming or migrate to cities – thereby, reducing food production

    What drives migration in northern Gujarat?

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    In a new IGC working paper, Ram Fishman, Meha Jain, and Avinash Kishore investigate factors that drive environmental migration and the economic impact of geographical mobility

    Incarceration's Front Door: The Misuse of Jails in America

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    Local jails, which exist in nearly every town and city in America, are built to hold people deemed too dangerous to release pending trial or at high risk of flight. This, however, is no longer primarily what jails do or whom they hold, as people too poor to post bail languish there and racial disparities disproportionately impact communities of color. This report reviews existing research and data to take a deeper look at our nation's misuse of local jails and to determine how we arrived at this point. It also highlights jurisdictions that have taken steps to mitigate negative consequences, all with the aim of informing local policymakers and their constituents who are interested in reducing recidivism, improving public safety, and promoting stronger, healthier communities

    Sustainable financial solutions for the adoption of solar powered irrigation pumps in Nepal’s terai

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    Solar powered irrigation pumps (SPIPs) are a proven technology, and can potentially be a game changer in Nepal’s irrigation sector by providing clean irrigation to millions of farmers. However, the relatively high capital cost of SPIPs is the main impediment that prevents large scale adoption of SPIPs. Given this, can we design appropriate financial solutions that will help in the large scale adoption of this clean and efficient technology? We ran a randomized experiment in order to estimate demand for SPIPs under three financial models – ‘grant’; ‘grant-loan’ and ‘grant-pay as you go’ in Saptari district of Nepal. We provided an additional 10% discount to women applicants, provided they owned the land on which SPIPs were to be installed. These models were based on policies of Alternative Energy Promotion Centre (AEPC), and similar schemes available in India and Bangladesh. Village Development Committees (VDCs) were randomly divided into three groups and one financial option was provided to each group of VDCs. This randomized control trial (RCT) helped estimate absolute demand for each of the models. We ran 45-days promotional campaigns to solicit demand from farmers. The main findings from our experiment were

    Can improved agricultural water use efficiency save India’s groundwater?

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    Irrigated agriculture is placing increasing pressure on finite freshwater resources, especially in developing countries, where water extraction is often unregulated, un-priced and even subsidized. To shift agriculture to a more sustainable use of water without harming the food security and livelihoods of hundreds of millions of smallholders, substantial improvements of water use efficiency will be required. Here, we use detailed hydroclimatic and agricultural data to estimate the potential for the widespread adoption of efficient irrigation technologies to halt the depletion of India\u27s groundwater resources. Even though we find substantial technical potential for reversing water table declines, we show that the impacts are highly sensitive to assumptions about farmers\u27 water use decisions. For example, we find that widespread adoption of proven technologies that include drip and sprinkler irrigation has the potential to reduce the amount of excessive extraction of groundwater by two thirds. However, under more realistic assumptions about farmers\u27 irrigation choices, half of these reductions are lost due to the expansion of irrigated area. Our results suggest that without the introduction of incentives for conservation, much of the potential impact of technology adoption on aquifers may be lost. The analysis provides quantitative input to the debate of incentive versus technology based water policies

    Sustainable financial solutions for the adoption of solar powered irrigation pumps in Nepal’s terai

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    Solar powered irrigation pumps (SPIPs) are a proven technology, and can potentially be a game changer in Nepal’s irrigation sector by providing clean irrigation to millions of farmers. However, the relatively high capital cost of SPIPs is the main impediment that prevents large scale adoption of SPIPs. Given this, can we design appropriate financial solutions that will help in the large scale adoption of this clean and efficient technology? We ran a randomized experiment in order to estimate demand for SPIPs under three financial models – ‘grant’; ‘grant-loan’ and ‘grant-pay as you go’ in Saptari district of Nepal. We provided an additional 10% discount to women applicants, provided they owned the land on which SPIPs were to be installed. These models were based on policies of Alternative Energy Promotion Centre (AEPC), and similar schemes available in India and Bangladesh. Village Development Committees (VDCs) were randomly divided into three groups and one financial option was provided to each group of VDCs. This randomized control trial (RCT) helped estimate absolute demand for each of the models. We ran 45-days promotional campaigns to solicit demand from farmers. The main findings from our experiment were

    Outbreak of tropical rat mite (Ornithonyssus bacoti) dermatitis in a home for disabled persons

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    Five mentally handicapped individuals living in a home for disabled persons in Southern Germany were seen in our outpatient department with pruritic, red papules predominantly located in groups on the upper extremities, neck, upper trunk and face. Over several weeks 40 inhabitants and 5 caretakers were affected by the same rash. Inspection of their home and the sheds nearby disclosed infestation with rat populations and mites. Finally the diagnosis of tropical rat mite dermatitis was made by the identification of the arthropod Ornithonyssus bacoti or so-called tropical rat mite. The patients were treated with topical corticosteroids and antihistamines. After elimination of the rats and disinfection of the rooms by a professional exterminator no new cases of rat mite dermatitis occurred. The tropical rat mite is an external parasite occurring on rats, mice, gerbils, hamsters and various other small mammals. When the principal animal host is not available, human beings can become the victim of mite infestation. Copyright (c) 2007 S. Karger AG, Base
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