646
E.-S. E. Omran and A. M. Negm
• An overview of climate change in Egypt.
– The awareness rising by the government among businesses and local authorities
about the risks and vulnerabilities created by climate change to minimize impacts
and help limit the cost of damages.
– The provision to the EEAA of the full responsibility for the monitoring
and management of a national carbon market, including, but not limited to
allocation of emissions, development of appropriate standards, regulations and
laws, establishment of appropriate bodies and mechanisms for the effective
functioning of the market, oversight of development of derivative markets, and
provision of guidance to concerned institutions.
– Guide the research agenda in Egypt to provide scientific facts to inform policy
makers with information and knowledge related to climate change and its impact
on the agriculture sector.
– Enhance the role of the scientific research entities in presenting the knowledge
in a simple way for the decision makers and the public.
• Land and water resources.
– Mainstream climate change assessment, impact, and measures of adaptation in
the research programs of the research institutions.
– Establish strong linkages between the local civil society organizations and the
agricultural research bodies in the country to empower these organizations with
the necessary tools and gaudiness to approach climate change challenges at the
levels of local communities.
– Beneficial plant growth promoting microorganisms could be an important
biotechnological tool for sustainable agriculture by their positive effect on soil
fertility and crop production and quality and could reduce the costs for chemical
fertilization and pest control.
– Staying abreast of technological innovations is vital to the future efficiency and
competence of the agriculture system in the region.
– Determining the best approaches to observe and quantify the response of plantmicrobe interactions or microbe-microbe interactions to climate change to
predict future ecosystem function.
– Temporal and seasonal variation and plant root exudates play a vital role in the
response of soil microbial activity to climate change, subsequently should be
incorporated into future climate change experimental manipulations.
– Research around institutional reform regarding the distribution of power and the
flow of knowledge in the policymaking chain with respect to SLR adaptation is
needed.
• Smart farming.
– From an agricultural perspective, in-depth studies are needed to identify the
different physical, social, economic, and institutional barriers that stand in the
way of agricultural adaptation in the Nile Delta region.
E.-S. E. Omran and A. M. Negm
• An overview of climate change in Egypt.
– The awareness rising by the government among businesses and local authorities
about the risks and vulnerabilities created by climate change to minimize impacts
and help limit the cost of damages.
– The provision to the EEAA of the full responsibility for the monitoring
and management of a national carbon market, including, but not limited to
allocation of emissions, development of appropriate standards, regulations and
laws, establishment of appropriate bodies and mechanisms for the effective
functioning of the market, oversight of development of derivative markets, and
provision of guidance to concerned institutions.
– Guide the research agenda in Egypt to provide scientific facts to inform policy
makers with information and knowledge related to climate change and its impact
on the agriculture sector.
– Enhance the role of the scientific research entities in presenting the knowledge
in a simple way for the decision makers and the public.
• Land and water resources.
– Mainstream climate change assessment, impact, and measures of adaptation in
the research programs of the research institutions.
– Establish strong linkages between the local civil society organizations and the
agricultural research bodies in the country to empower these organizations with
the necessary tools and gaudiness to approach climate change challenges at the
levels of local communities.
– Beneficial plant growth promoting microorganisms could be an important
biotechnological tool for sustainable agriculture by their positive effect on soil
fertility and crop production and quality and could reduce the costs for chemical
fertilization and pest control.
– Staying abreast of technological innovations is vital to the future efficiency and
competence of the agriculture system in the region.
– Determining the best approaches to observe and quantify the response of plantmicrobe interactions or microbe-microbe interactions to climate change to
predict future ecosystem function.
– Temporal and seasonal variation and plant root exudates play a vital role in the
response of soil microbial activity to climate change, subsequently should be
incorporated into future climate change experimental manipulations.
– Research around institutional reform regarding the distribution of power and the
flow of knowledge in the policymaking chain with respect to SLR adaptation is
needed.
• Smart farming.
– From an agricultural perspective, in-depth studies are needed to identify the
different physical, social, economic, and institutional barriers that stand in the
way of agricultural adaptation in the Nile Delta region.