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Start Over Topic agricultural productivity Topic climate change Publication Year Range Last 10 years Journal maejo international journal of science & technology Database Academic Search Index

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1. Rice-crayfish coculture system and related developments at the age of climate-smart agriculture.

Author

Hu Wan-ling, Bai Zhen-zhong, ChengTeng, Qi Mei-fang, Shu Na-na, Hu Rong-gui, Hu Zhong-li, Diao Ying, Xu Xiang-yu, and Wang Hong-ling

Subjects
*SYSTEMS development, *CRAYFISH, *AGRICULTURE, *AGRICULTURAL productivity, *CLIMATE change, *PSYCHOLOGICAL adaptation, *AQUAPONICS
Abstract

Agriculture affects and is affected by climate change. The development of climate-smart agriculture (CSA) is an effective way for agricultural production to cope with climate change. The rice-crayfish coculture system is a combination of the concept of climate-smart agriculture with the experience of traditional Chinese mixed crop-fish systems. This paper reviews the advantages and potential risks of rice-crayfish coculture with respect to climate, ecological environment and economic benefits, and summarises the successful management strategies and operation experiences during the implementation of this CSA practice in Qianjiang City. We also introduce various mixed crop-fish systems in China and suggest the potential of using wetland resources to develop mixed crop-fish systems and CSA. [ABSTRACT FROM AUTHOR]

Published
2020

2. Rice-crayfish coculture system and related developments at the age of climate-smart agriculture.

Author

Hu Wan-ling, Bai Zhen-zhong, Cheng Teng, Qi Mei-fang, Shu Na-na, Hu Rong-gui, Hu Zhong-li, Diao Ying, Xu Xiang-yu, and Wang Hong-ling

Subjects
*SYSTEMS development, *TRADITIONAL farming, *CRAYFISH, *AGRICULTURE, *AGRICULTURAL productivity, *CLIMATE change, *PSYCHOLOGICAL adaptation
Abstract

Agriculture affects and is affected by climate change. The development of climatesmart agriculture (CSA) is an effective way for agricultural production to cope with climate change. The rice-crayfish coculture system is a combination of the concept of climate-smart agriculture with the experience of traditional Chinese mixed crop-fish systems. This paper reviews the advantages and potential risks of rice-crayfish coculture with respect to climate, ecological environment and economic benefits, and summarises the successful management strategies and operation experiences during the implementation of this CSA practice in Qianjiang City. We also introduce various mixed crop-fish systems in China and suggest the potential of using wetland resources to develop mixed crop-fish systems and CSA. [ABSTRACT FROM AUTHOR]

Published
2020