Sustainable and Climate Resilient Livestock Systems

66K

views

17

authors

13

articles

Sustainable and Climate Resilient Livestock Systems

66K

views

17

authors

13

articles

Editors

0

Impact

About

This Research Topic is part of a series: Sustainable and Climate Resilient Livestock Systems

Animal agriculture has changed drastically over the last decade with a general shift towards intensive production systems, commonly referred to as factory farms. In the modern world, pasture-based systems are characterized by high stocking rates coupled with the continuous development and use of high maintenance animals (Wróbel et al., 2023). Whilst its necessary for feeding the growing world population, environmental effects of modern livestock production practices are well documented. Modern livestock production practices and climate change create a vicious cycle as the environmental effects of livestock production plays a major role in degrading the environment and climate change which, in turn, makes livestock production increasingly complex and less profitable. Climate extremes are now widespread, extraordinary, and intensifying (Mcleod et al., 2019). Many regions, especially least developed and island countries, experience severe and frequent cyclones, floods, heat waves and/or droughts every year (Bakare et al., 2020). Over the coming decades, climate change impacts are expected to become more frequent and severe worldwide (Bernabucci, 2019). Ecosystems, food production and human lives are at stake.

Morden animal agriculture practices cause environmental pollution, overexploitation of natural resources such as pastures and water and land degradation. If left unchecked, this will lead to adverse and possibly irreversible environmental, economic, and social changes around the world. This special issue aims to explore on the interaction between animal agriculture, environmental degradation and climate change and solutions to challenges posed by this interaction. The primary goal is to enhance livestock productivity under both pasture-based and indoor systems within the limits of animal welfare, greenhouse gas emissions, land degradation, water scarcity, and biodiversity loss.

The research topic targets work on the interaction between animal agriculture, environmental degradation, and climate change, as well as strategies to enhance the resilience and adaptation of livestock producers to climate extremes. Contributions to this special issue are expected to cover, but not limited to, the following topics:

• Environmental impact of animal agriculture

• Animal agriculture emissions and climate change

• Sustainable solutions to factory farming

• Adaptation of both pasture-based systems and factory farms to climate change

• Breeding livestock for climate resilience

• Climate-smart animal production

• Use of non-conventional resources in animal agriculture in the wake of climate change

This Research Topic is part of a series: Sustainable and Climate Resilient Livestock Systems

Animal agriculture has changed drastically over the last decade with a general shift towards intensive production systems, commonly referred to as factory farms. In the modern world, pasture-based systems are characterized by high stocking rates coupled with the continuous development and use of high maintenance animals (Wróbel et al., 2023). Whilst its necessary for feeding the growing world population, environmental effects of modern livestock production practices are well documented. Modern livestock production practices and climate change create a vicious cycle as the environmental effects of livestock production plays a major role in degrading the environment and climate change which, in turn, makes livestock production increasingly complex and less profitable. Climate extremes are now widespread, extraordinary, and intensifying (Mcleod et al., 2019). Many regions, especially least developed and island countries, experience severe and frequent cyclones, floods, heat waves and/or droughts every year (Bakare et al., 2020). Over the coming decades, climate change impacts are expected to become more frequent and severe worldwide (Bernabucci, 2019). Ecosystems, food production and human lives are at stake.

Morden animal agriculture practices cause environmental pollution, overexploitation of natural resources such as pastures and water and land degradation. If left unchecked, this will lead to adverse and possibly irreversible environmental, economic, and social changes around the world. This special issue aims to explore on the interaction between animal agriculture, environmental degradation and climate change and solutions to challenges posed by this interaction. The primary goal is to enhance livestock productivity under both pasture-based and indoor systems within the limits of animal welfare, greenhouse gas emissions, land degradation, water scarcity, and biodiversity loss.

The research topic targets work on the interaction between animal agriculture, environmental degradation, and climate change, as well as strategies to enhance the resilience and adaptation of livestock producers to climate extremes. Contributions to this special issue are expected to cover, but not limited to, the following topics:

• Environmental impact of animal agriculture

• Animal agriculture emissions and climate change

• Sustainable solutions to factory farming

• Adaptation of both pasture-based systems and factory farms to climate change

• Breeding livestock for climate resilience

• Climate-smart animal production

• Use of non-conventional resources in animal agriculture in the wake of climate change

Share

Editors

Impact

65,991 Total views

46,999 Article views

13,531 Article downloads

5,461 Topic views

Published In

Journal Thumbnail

Frontiers in Animal Science

Precision Livestock Farming

Journal Thumbnail

Frontiers in Climate

Climate Adaptation

About Frontiers Research Topics

With their unique mixes of varied contributions from Original Research to Review Articles, Research Topics unify the most influential researchers, the latest key findings and historical advances in a hot research area! Find out more on how to host your own Frontiers Research Topic or contribute to one as an author.

Suggest a topic