You may login with either your assigned username or your e-mail address.
The password field is case sensitive.

International Water Management Institute

The effects of agricultural water and landholdings to rural livelihoods in Indo-Gangetic basin – Research analysis by IWMI and ICAR with an emphasis on Bihar

IWMI PaperThe current research analysis by International Water Management Institute (IWMI) in cooperation with ICAR Research Complex for Eastern Region is focused on the identification of agricultural water use and land scaling effects to rural livelihoods in the Indo-Gangetic basin (IGB) with an emphasis on Bihar. In particular, water use and landholding factors are widely acknowledged as major determinants of agricultural development and hence rural wealth in IGB basin and Bihar. High attention is mainly given to irrigation policy while land is often apprehended through soil productivity aspects.

However, little importance is given to land scaling and water consumption effects in respect to agricultural development and rural livelihoods. Further, the valuation of agricultural water is another issue that has not been sufficiently elaborated. Another major aspect which is still poorly investigated pertains to farmers' perceptions towards the significance of institutional and environmental related parameters of agricultural water. Last but not least, little attention has been given to crucial socio-demographic indicators which could act as potential drivers to farmers' perceptions towards environmental related parameters of agricultural water.

Read More

Location

Darbhanga, BR, India
Latitude: 26.170000, Longitude: 85.900000

Assessing and improving water productivity in conservation agriculture systems in the Indus-Gangetic basin – A working paper by Challenge Program on Water and Food

The paper by Challenge Programme on Water and Food (CPWF) attempts to assess and improve water productivity in conservation agriculture systems in the Indus-Gangetic basin, in which during the past 40 years an intricate mosaic of interactions between man & nature, poverty & prosperity and problems & possibilities has emerged. Rapid expansion in agricultural water use is a common theme across these interactions and access to water is central to the livelihoods of the rural poor.Read More

Location

Kurukshetra, HR, India
Latitude: 29.972222, Longitude: 76.830000

Water, climate change and adaptation: Focus on the Ganges river basin - A working paper by Challenge Program on Water and Food

This working paper by the Challenge Program for Water and Food explores the intersection between water management, climate change, and adaptation in the Ganges River system, a basin vital to the security, economy, and environment of South Asia. 

Recognizing that an understanding of both the science and the policy of water management, climate change, and adaptation is rapidly evolving, it is not the intention of the paper to encompass all the issues related to these broad fields, but rather to provide a starting framework from which to further develop research questions and priorities for work in water and adaptation.Read More

Location

Haridwar, UP, India
Latitude: 29.837848, Longitude: 77.973865

Impact of climate change on water resources and glacier melt and potential adaptations for Indian agriculture - A working paper by Challenge Program on Water and Food

The paper by the Challenge Program on Water and Food deals with the impact of climate change on water resources & glacier melt and potential adaptations in Indian agriculture. Global climatic changes will have major effects on precipitation, water availability, glacier/ice melt, and sea level rise. Climate-induced changes in hydrological conditions will affect the magnitude, frequency, and damage costs of future extreme events.Read More

Location

Farakka, WB, India
Latitude: 24.797155, Longitude: 87.914495

Is irrigation water free? A reality check in the Indo-Gangetic Basin – A working paper by the Challenge Program on Water and Food

The paper generated under the Challenge Program for Water and Food (CPWF) project explores in some depth a totally different dynamic in the irrigation economy of the vast Indo-Gangetic basin (IGB), an important exception to the global characterization. The global debate on ‘‘water as an economic good’’ presumes that irrigation water supply is delivered, controlled, and priced by public institutions. In the developing world, the price of water is kept so low that water use cost leaves farmers no incentive to use it efficiently. Read More

Location

Deoria, UP, India
Latitude: 26.500000, Longitude: 83.790000

Reverse osmosis plants for rural water treatment in Gujarat - A research paper by CAREWATER

This research paper attempts to understand and map the Reverse Osmosis (RO) phenomenon, a technology that is turning out to be an important solution for drinking water treatment in rural Gujarat. Treatment plants with capacity ranging from 10 litres per hour (lph) to 6000 lph are now supplying drinking water in several hundred villages of the state. Small sized plants with capacity < 20 lph are used by individual families whereas medium to large sized plants (>100 lph) are being used for public consumption.Read More

AttachmentSize
Reverse Osmosis Plants for Rural Water Treatment in Gujarat - IWMI & ISTAR (2007)142.24 KB

Location

Anand, GJ, India
Latitude: 22.560869, Longitude: 72.954773

Impacts of Groundwater Contamination with Fluoride and Arsenic

Arsenic and Fluoride are the two main natural contaminants of groundwater in India. The related diseases due to prolonged exposure are Arsenicosis and Fluorosis, prevalent in many arid villages of India. Read More

AttachmentSize
India_Fluorosis.pdf273.34 KB

Urban wastewater: A valuable resource for agriculture - A case study from Haroonabad (Pakistan) by IWMI

The study by IWMI deals with a case study of urban wastewater as a valuable resource for agriculture in Haroonabad, Pakistan. Farming communities in water-scarce regions increasingly practice the use of urban wastewater in agriculture. Untreated urban wastewater is generally considered unacceptable for direct use because of potential health risks. However, in many parts of the world, poor farmers in peri-urban areas use untreated wastewater. This practice is likely to continue in the foreseeable future due to the high investment cost associated with the installation of treatment facilities.Read More

Syndicate content

Arghyam

6.22-2011.07.01-06