634
E.-S. E. Omran and A. M. Negm
not have allowed them to survive” (https://www.npr.org/sections/thesalt/2017/06/
22/532619019/red-palm-weevils-wreak). Climate change will profoundly affect the
distribution and abundance of all species, including insects, and promote ecologydriven changes in phenology [38]. Climate change may result in a potential expansion
of insect populations to polar regions and higher elevations [39]. Increases in global
temperatures will expand or reduce the range of insects by converting climatically
unsuitable habitats into suitable ones or vice versa [40].
Finally, how to face climate change: Urban gardening and sustainable
agriculture. Agriculture is threatened by climate change, responsible for food
supply and employs about 30% of Egypt’s labor force. Thus, a new criterion,
“sustainable agriculture”, is needed, which addresses all these issues simultaneously!
“Sustainable Agriculture” and climate change adaptation potential adaptation
by adopting cropping patterns” (https://www.longdom.org/proceedings/impact-ofclimate-change-on-agriculture-sect). Trying to save our global, urban, or city
gardening as a sort of horticultural strategies can dealing with climate change.
We want to begin thinking now not just about what used to be, but what may
be, generally contributing the city regions to be sustainable socially, economically,
and environmentally. Climate change goes to pressure us to paintings difficult at
something Homo sapiens has never been good. An urban garden like our own families
is a great location to begin.
2.4 Update on Livestock, Fishery, and Aquaculture
Five different ways are recognized for potential climate change impacts on livestock,
fishery, and aquaculture. First is the potential climate change impacts on livestock and
food security nexus in Egypt. Where, global climate change can have comprehensive
magnitudes for livestock production, that preponderantly result from its impact on
rainfall patterns that confirm each the amount and quality of grassland and land
post-productivity [41]. Further, the drying of water resources can produce a state of
affairs wherever livestock has to be compelled to walk long distances in search of
water, making extra stress to those animals. Hence, it is attending to be an enormous
challenge for livestock researchers across the world to develop appropriate ways to
confirm access to water for livestock production.
Second is the influence of climate changes on animal feed production. There is a
reciprocal effect between climate change and animal production. On the one hand,
the production of livestock contributes about 37% of total methane, 65% nitrous
oxide and 9% of carbon dioxide emissions, all of which makes up to about 18% of
global greenhouse gas emissions from all human activities. Also, 64% of ammonia
emissions come from livestock production and contaminate air, soil, and water, and
cause acid rain and damage to the ozone layer. On the other hand, the farm animals are
prone to the adverse impacts of the changes in climate. Forage crops are an important
part of agriculture because they provide quality feed to animals. The changes in
climate will influence both the quantity and of quality of forage production as well
E.-S. E. Omran and A. M. Negm
not have allowed them to survive” (https://www.npr.org/sections/thesalt/2017/06/
22/532619019/red-palm-weevils-wreak). Climate change will profoundly affect the
distribution and abundance of all species, including insects, and promote ecologydriven changes in phenology [38]. Climate change may result in a potential expansion
of insect populations to polar regions and higher elevations [39]. Increases in global
temperatures will expand or reduce the range of insects by converting climatically
unsuitable habitats into suitable ones or vice versa [40].
Finally, how to face climate change: Urban gardening and sustainable
agriculture. Agriculture is threatened by climate change, responsible for food
supply and employs about 30% of Egypt’s labor force. Thus, a new criterion,
“sustainable agriculture”, is needed, which addresses all these issues simultaneously!
“Sustainable Agriculture” and climate change adaptation potential adaptation
by adopting cropping patterns” (https://www.longdom.org/proceedings/impact-ofclimate-change-on-agriculture-sect). Trying to save our global, urban, or city
gardening as a sort of horticultural strategies can dealing with climate change.
We want to begin thinking now not just about what used to be, but what may
be, generally contributing the city regions to be sustainable socially, economically,
and environmentally. Climate change goes to pressure us to paintings difficult at
something Homo sapiens has never been good. An urban garden like our own families
is a great location to begin.
2.4 Update on Livestock, Fishery, and Aquaculture
Five different ways are recognized for potential climate change impacts on livestock,
fishery, and aquaculture. First is the potential climate change impacts on livestock and
food security nexus in Egypt. Where, global climate change can have comprehensive
magnitudes for livestock production, that preponderantly result from its impact on
rainfall patterns that confirm each the amount and quality of grassland and land
post-productivity [41]. Further, the drying of water resources can produce a state of
affairs wherever livestock has to be compelled to walk long distances in search of
water, making extra stress to those animals. Hence, it is attending to be an enormous
challenge for livestock researchers across the world to develop appropriate ways to
confirm access to water for livestock production.
Second is the influence of climate changes on animal feed production. There is a
reciprocal effect between climate change and animal production. On the one hand,
the production of livestock contributes about 37% of total methane, 65% nitrous
oxide and 9% of carbon dioxide emissions, all of which makes up to about 18% of
global greenhouse gas emissions from all human activities. Also, 64% of ammonia
emissions come from livestock production and contaminate air, soil, and water, and
cause acid rain and damage to the ozone layer. On the other hand, the farm animals are
prone to the adverse impacts of the changes in climate. Forage crops are an important
part of agriculture because they provide quality feed to animals. The changes in
climate will influence both the quantity and of quality of forage production as well