Managing agricultural water resources: Addressing the complexity of innovation, social perspectives, and water governance in Sri Lanka

Irrigation plays a vital role in world food security. Agriculture accounts for 70% of freshwater withdrawals worldwide, and the figure is even higher in developing countries like Sri Lanka. The rapid expansion of anthropogenic activities, together with the anticipated climatic risks associated with...

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Main Authors: Jayasiri, Maveekumbure Manthreethilaka Jayasiri Gamaralalage Chathuri, Yadav, Sudhir, Dayawansa, Nandani Dhammika Kumari, Ingold, Karin
Format: Journal Article
Language:Inglés
Published: Wiley 2022
Subjects:
Online Access:https://hdl.handle.net/10568/164107
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author Jayasiri, Maveekumbure Manthreethilaka Jayasiri Gamaralalage Chathuri
Yadav, Sudhir
Dayawansa, Nandani Dhammika Kumari
Ingold, Karin
author_browse Dayawansa, Nandani Dhammika Kumari
Ingold, Karin
Jayasiri, Maveekumbure Manthreethilaka Jayasiri Gamaralalage Chathuri
Yadav, Sudhir
author_facet Jayasiri, Maveekumbure Manthreethilaka Jayasiri Gamaralalage Chathuri
Yadav, Sudhir
Dayawansa, Nandani Dhammika Kumari
Ingold, Karin
author_sort Jayasiri, Maveekumbure Manthreethilaka Jayasiri Gamaralalage Chathuri
collection Repository of Agricultural Research Outputs (CGSpace)
description Irrigation plays a vital role in world food security. Agriculture accounts for 70% of freshwater withdrawals worldwide, and the figure is even higher in developing countries like Sri Lanka. The rapid expansion of anthropogenic activities, together with the anticipated climatic risks associated with them, is exacerbating the problem of increasing agricultural water demand. Although it has been recognized for decades, improving irrigation water‐use efficiency and water productivity is still considered the most realistic option for addressing the challenge of sustainable management of water resources. However, adoption of recommended water‐efficient technologies and concepts remains elusive in practice, highlighting the gaps created by failing to consider social perspectives in developing water management strategies. As a result, the effectiveness of water governance has often been questioned in terms of performance and adoption of innovative technologies. This paper reviews and discusses the complexity of innovation through a technical, social, and institutional lens by reviewing available research on Sri Lanka's river basins and presents a perspective on opportunities for improving irrigation water management.
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spelling CGSpace1641072025-02-19T14:26:00Z Managing agricultural water resources: Addressing the complexity of innovation, social perspectives, and water governance in Sri Lanka Jayasiri, Maveekumbure Manthreethilaka Jayasiri Gamaralalage Chathuri Yadav, Sudhir Dayawansa, Nandani Dhammika Kumari Ingold, Karin soil science agronomy and crop science Irrigation plays a vital role in world food security. Agriculture accounts for 70% of freshwater withdrawals worldwide, and the figure is even higher in developing countries like Sri Lanka. The rapid expansion of anthropogenic activities, together with the anticipated climatic risks associated with them, is exacerbating the problem of increasing agricultural water demand. Although it has been recognized for decades, improving irrigation water‐use efficiency and water productivity is still considered the most realistic option for addressing the challenge of sustainable management of water resources. However, adoption of recommended water‐efficient technologies and concepts remains elusive in practice, highlighting the gaps created by failing to consider social perspectives in developing water management strategies. As a result, the effectiveness of water governance has often been questioned in terms of performance and adoption of innovative technologies. This paper reviews and discusses the complexity of innovation through a technical, social, and institutional lens by reviewing available research on Sri Lanka's river basins and presents a perspective on opportunities for improving irrigation water management. 2022-10 2024-12-19T12:53:28Z 2024-12-19T12:53:28Z Journal Article https://hdl.handle.net/10568/164107 en Wiley Jayasiri, Maveekumbure Manthreethilaka Jayasiri Gamaralalage Chathuri; Yadav, Sudhir; Dayawansa, Nandani Dhammika Kumari and Ingold, Karin. 2022. Managing agricultural water resources: Addressing the complexity of innovation, social perspectives, and water governance in Sri Lanka. Irrigation and Drainage, Volume 71 no. S1 p. 71-85
spellingShingle soil science
agronomy and crop science
Jayasiri, Maveekumbure Manthreethilaka Jayasiri Gamaralalage Chathuri
Yadav, Sudhir
Dayawansa, Nandani Dhammika Kumari
Ingold, Karin
Managing agricultural water resources: Addressing the complexity of innovation, social perspectives, and water governance in Sri Lanka
title Managing agricultural water resources: Addressing the complexity of innovation, social perspectives, and water governance in Sri Lanka
title_full Managing agricultural water resources: Addressing the complexity of innovation, social perspectives, and water governance in Sri Lanka
title_fullStr Managing agricultural water resources: Addressing the complexity of innovation, social perspectives, and water governance in Sri Lanka
title_full_unstemmed Managing agricultural water resources: Addressing the complexity of innovation, social perspectives, and water governance in Sri Lanka
title_short Managing agricultural water resources: Addressing the complexity of innovation, social perspectives, and water governance in Sri Lanka
title_sort managing agricultural water resources addressing the complexity of innovation social perspectives and water governance in sri lanka
topic soil science
agronomy and crop science
url https://hdl.handle.net/10568/164107
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