14
E.-S. E. Omran and A. M. Negm
3.4 Livestock, Fishery, and Aquaculture
This theme is covered in 5 chapters. The chapter titled “Potential Climate Change
Impacts on Livestock and Food Security Nexus in Egypt” illustrates the interactions
between and among the energy, water, land, and climate systems that take place
within a social and economic context. Regardless of the way that the phenomenon of
worldwide atmosphere changes, and the local effects, it is normal that Egypt would
be one of the countries most influenced by the impacts of climate change. These
impacts are reflected in high temperatures, changing rainfall pattern, rising sea levels, and the expanding recurrence of atmosphere related disasters, which posture
dangers to farming, agriculture land, water supply, and food security. Agriculture
land is a constrained that ought to be utilized effectively and in a way that keeps
up its esteem with the goal that it can produce an adequate amount of food, fuel,
and forage in both the short and long term. To enhance rural life and enhance the
food security in the district, it will be fundamental, subsequently, to enhance the
efficiency of this agricultural framework through presenting water and soil preservation procedures, providing quality seeds, and empowering the utilization of manure.
From the viewpoint of water administration, intercessions to increment agricultural
profitability ought to incorporate projects to extend irrigated areas, enhance the watermaintenance properties of soil, and enhance profitability and water-utilize efficiency.
To enhance production, and accordingly, farmers, population, and food security are
the two primary components prompting the expansion and the requirement for more
developed agribusiness in both rainfed and irrigated farming.
Added to the above, the chapter titled “Influence of Climate Changes on Animal
Feed Production, the problems, and The Suggested Solutions” presents the efforts
done by some selected countries across the world to get the benefit of how the
climate change influenced the animal feed production. Climate change is a long-term
change in the earth’s climate, especially a change due to an increase in the average
atmospheric temperature. Climate change demonstrates itself through the noticeable
variation in the weather, including temperature, rain fall, and wind. Agriculture in
the arid land is vulnerable to climate changes since it depends on water resources
and prevailing atmospheric conditions. The influences and consequences of these
variables on agriculture might operate negatively or positively. There is a reciprocal
effect between climate change and animal production. The production of livestock
contributes about 18% of global greenhouse gas emissions from all human activities.
The farm animals are prone to the adverse impacts of the changes in climate.
The changes in climate will impact both of the quantity and quality of forage
production as well as their reliability. Major impacts of climatic changes on feed
crops and grazing systems would be changes in herbage growth, changes in the
composition of pastures, changes in herbage quality, and the offset of biomass yield
increases. Since pastures depend on rainfall, any changes in rainfall patterns will
affect the plants on pasture.
Climate Change Convention in Paris and declared an agreement to “hold the
increase in the global average temperature to well below 2 °C above pre-industrial
E.-S. E. Omran and A. M. Negm
3.4 Livestock, Fishery, and Aquaculture
This theme is covered in 5 chapters. The chapter titled “Potential Climate Change
Impacts on Livestock and Food Security Nexus in Egypt” illustrates the interactions
between and among the energy, water, land, and climate systems that take place
within a social and economic context. Regardless of the way that the phenomenon of
worldwide atmosphere changes, and the local effects, it is normal that Egypt would
be one of the countries most influenced by the impacts of climate change. These
impacts are reflected in high temperatures, changing rainfall pattern, rising sea levels, and the expanding recurrence of atmosphere related disasters, which posture
dangers to farming, agriculture land, water supply, and food security. Agriculture
land is a constrained that ought to be utilized effectively and in a way that keeps
up its esteem with the goal that it can produce an adequate amount of food, fuel,
and forage in both the short and long term. To enhance rural life and enhance the
food security in the district, it will be fundamental, subsequently, to enhance the
efficiency of this agricultural framework through presenting water and soil preservation procedures, providing quality seeds, and empowering the utilization of manure.
From the viewpoint of water administration, intercessions to increment agricultural
profitability ought to incorporate projects to extend irrigated areas, enhance the watermaintenance properties of soil, and enhance profitability and water-utilize efficiency.
To enhance production, and accordingly, farmers, population, and food security are
the two primary components prompting the expansion and the requirement for more
developed agribusiness in both rainfed and irrigated farming.
Added to the above, the chapter titled “Influence of Climate Changes on Animal
Feed Production, the problems, and The Suggested Solutions” presents the efforts
done by some selected countries across the world to get the benefit of how the
climate change influenced the animal feed production. Climate change is a long-term
change in the earth’s climate, especially a change due to an increase in the average
atmospheric temperature. Climate change demonstrates itself through the noticeable
variation in the weather, including temperature, rain fall, and wind. Agriculture in
the arid land is vulnerable to climate changes since it depends on water resources
and prevailing atmospheric conditions. The influences and consequences of these
variables on agriculture might operate negatively or positively. There is a reciprocal
effect between climate change and animal production. The production of livestock
contributes about 18% of global greenhouse gas emissions from all human activities.
The farm animals are prone to the adverse impacts of the changes in climate.
The changes in climate will impact both of the quantity and quality of forage
production as well as their reliability. Major impacts of climatic changes on feed
crops and grazing systems would be changes in herbage growth, changes in the
composition of pastures, changes in herbage quality, and the offset of biomass yield
increases. Since pastures depend on rainfall, any changes in rainfall patterns will
affect the plants on pasture.
Climate Change Convention in Paris and declared an agreement to “hold the
increase in the global average temperature to well below 2 °C above pre-industrial