Integrated Assessment of Scale Impacts of Watershed Intervention Assessing Hydrogeological and Bio-physical Influences on Livelihoods
Auteurs : Reddy V. Ratna, Syme Geoffrey J.
Dr. Geoff Syme is Professor of Planning in the Centre for Planning at Edith Cowan University in Australia. Dr. Syme has 35 years of experience in social and interdisciplinary research on the effects of water management on societal outcomes. He has led large scale national and international research programs (>AUS 1.5 Mill) and has served as Research Director for CSIRO's Land and Water. He received a CSIRO medal for Research Excellence, and the Australian Water Association's Peter Hughes Water Award. He has published over 100 journal articles in a variety of disciplinary and multidisciplinary journals and is currently an Editor in Chief of the Journal of Hydrology (Elsevier). He regularly provides advice to National and International government and industry bodies. He provided substantial input to the National Water Commission's guide to incorporating ecological services into water planning. He is currently Project Leader on an ACIAR funded livelihoods based assessment of the effect of scale of Watershed Development in Andhra Pradesh, India.
- Integrates hydrogeology, bio-physical, and socioeconomic aspects of watersheds in a hydrological context
- Provides a comprehensive understanding of the impacts of watershed interventions
- Assesses the role of watershed interventions in enhancing household resilience
- Provides hydrological and socio-economic methodologies for design of sustainble watershed interventions including scale and institutional arrangements for implementing and sustaining watershed interventions
Date de parution : 10-2014
Ouvrage de 454 p.
15x22.8 cm
Thèmes d’Integrated Assessment of Scale Impacts of Watershed... :
Mots-clés :
Watershed; Scale; Integration; livelihoods; resilience; policy; planning; Australia; Bayesian network; Biophysical; India; assessment; biophysical; capital strength; change in groundwater storage; drought; drought resilience; drought survival; electrical resistivity; engagement; equity; evapotranspiration; framework; geophysical logging; groundwater; groundwater recharge; human capital; hydrogeology; hydrological unit; impacts; implementing agencies; integrated approach; integrated modeling; intervention; justice; livelihood capitals; livelihoods; local communities; meso-catchment scale; methodology; modeling; offset impacts; policy makers; production function; propensity score matching; property rights; rainfed agriculture; repeated droughts; resilience; rural livelihoods; scale; scenarios; scientific research; simple models; stakeholders; surface water; sustainable; sustainable livelihoods; watershed; watershed development; watershed programs