411
investment in the construction of roads and other infrastructure causing slower economic growth and land-use modification than expected; farmers’ out- migration to
capital city and local urban areas; and uncertainty of trade in agricultural products as
well as other commodities that impact income diversification. It is because within the
rural areas, households often get involved in earning income from nonagricultural
sources. Usually, this involves the adults, especially men leaving their farms to find
work in other places like large farms or urban centers, or family members engaging
in local off-farm work like service, commerce, or small- scale manufacturing. This
can have a great impact on the local land use given that labor is pulled out from
farms, and as a result cultivation is less intensive or extensive, as limited labor is
invested in the farm as well as in the management of soil. Simply, the earth’s landscape has considerably been changed by human activities including agriculture,
urban development, and deforestation [27, 28]. This kind of land disturbance affects
essential ecosystem services and processes, which eventually impact the environment severely causing calamities such as draught. Engaging in exhaustive agriculture
can possibly cause severe environmental consequences. For instance, deforestation
together with agriculture, urban sprawl, as well as other human activities has considerably changed and broken the vegetative cover of the earth. This kind of disturbance
is altering the global atmospheric concentration of the heat-trapping gas and affecting the global climate through altering the energy equilibrium on the earth surface.
These issues include wildlife habitat loss, pollution of water, and pollution of air. In
addition to nutrient sediments, urban runoff often has toxic contaminants, which can
not only pollute water but also cause variation in temperatures and stream flow that
causes habitat destruction as well as species extinctions [29–31].
Conclusion
In conclusion, in several developing countries modification of land-use trends is
very rapid. The course of modification and rates are fluctuating, and before corrective program and policies can be effective in the long term across wide areas, it is a
must that the root-cause pattern of these trends is identified, and their effect on land
biodiversity and degradation is understood. Research of this study is being based on
one or the other aspects of social or ecological system to make analysis of the ecological or social trends across space to allow for root cause, process, and pattern
generalization, and also permit the learning of general lessons. Considering the
basic modification processes as well as the effect of their being effectual on the
environment, much attention has indeed been directed toward corrective approaches
to address land-use change concerns like land degradation. As a result, this specific
objective is significantly improved through the adoption of a mutual analytical
framework to carry out such cross-site comparisons and analysis. This report has
therefore sketched one such framework, which requires the adoption of a system
method to understand the connection of environmental and social processes over
space and time, and eventually cause climate changes.
Conclusion
investment in the construction of roads and other infrastructure causing slower economic growth and land-use modification than expected; farmers’ out- migration to
capital city and local urban areas; and uncertainty of trade in agricultural products as
well as other commodities that impact income diversification. It is because within the
rural areas, households often get involved in earning income from nonagricultural
sources. Usually, this involves the adults, especially men leaving their farms to find
work in other places like large farms or urban centers, or family members engaging
in local off-farm work like service, commerce, or small- scale manufacturing. This
can have a great impact on the local land use given that labor is pulled out from
farms, and as a result cultivation is less intensive or extensive, as limited labor is
invested in the farm as well as in the management of soil. Simply, the earth’s landscape has considerably been changed by human activities including agriculture,
urban development, and deforestation [27, 28]. This kind of land disturbance affects
essential ecosystem services and processes, which eventually impact the environment severely causing calamities such as draught. Engaging in exhaustive agriculture
can possibly cause severe environmental consequences. For instance, deforestation
together with agriculture, urban sprawl, as well as other human activities has considerably changed and broken the vegetative cover of the earth. This kind of disturbance
is altering the global atmospheric concentration of the heat-trapping gas and affecting the global climate through altering the energy equilibrium on the earth surface.
These issues include wildlife habitat loss, pollution of water, and pollution of air. In
addition to nutrient sediments, urban runoff often has toxic contaminants, which can
not only pollute water but also cause variation in temperatures and stream flow that
causes habitat destruction as well as species extinctions [29–31].
Conclusion
In conclusion, in several developing countries modification of land-use trends is
very rapid. The course of modification and rates are fluctuating, and before corrective program and policies can be effective in the long term across wide areas, it is a
must that the root-cause pattern of these trends is identified, and their effect on land
biodiversity and degradation is understood. Research of this study is being based on
one or the other aspects of social or ecological system to make analysis of the ecological or social trends across space to allow for root cause, process, and pattern
generalization, and also permit the learning of general lessons. Considering the
basic modification processes as well as the effect of their being effectual on the
environment, much attention has indeed been directed toward corrective approaches
to address land-use change concerns like land degradation. As a result, this specific
objective is significantly improved through the adoption of a mutual analytical
framework to carry out such cross-site comparisons and analysis. This report has
therefore sketched one such framework, which requires the adoption of a system
method to understand the connection of environmental and social processes over
space and time, and eventually cause climate changes.
Conclusion