339
replication, it is very important to all living beings for their own existence. Simply
it is an essential element to all living beings for their survival since it has many
distinct properties that are critical for the proliferation of life to react in ways that
ultimately allow replication where freshwater is the only source for human lives to
survive. It is, therefore, vital both as a solvent in which many of the body’s solutes
dissolve and as an essential part of many metabolic (catabolism and anabolism)
processes within the living body [30, 36]. Subsequently, in catabolism water is utilized to break the bonds within large molecules to create smaller molecules, and in
anabolism, water is detached from molecules to create larger molecules. Both these
processes of anabolism and catabolism cannot exist without water [25, 26].
Considering the plant kingdom, water is the fundamental element for photosynthesis and respiration where photosynthetic cells use the sun’s energy to split off
water’s hydrogen from oxygen. Afterwards, hydrogen is mixed with carbon dioxide
(CO 2 ) (absorbed from air or water) to form glucose to be utilized as their food and
release oxygen to balance the ecosystem. Simply we need to protect our freshwater
from pollution for our survival where deurbanization and rural development can
help to protect this vital element, freshwater, since it can be easily recycled in rural
area compared to urban area freshwater treatment which is causing several water
pollution.
Results and Discussion
Environment
Rural environmental sustainability is usually measured by occurrences or junctures
where the naturally befalling regenerative forces such as biomass, vegetation, atmosphere, soil, water, and solar energy intermingle with their underlying forces in the
environment which is completely absent in urban area. Human activities are the
major drivers of destruction of the urban environmental systems of the earth as well
as its biophysical mechanism [13, 15, 26]. Therefore, the impact of a rural community on the environment is instigated by a single person or the available population,
which in turn relies on complex ways like exactly what natural resources are being
utilized, whether those natural resources are renewable, as well as the human activity scale in comparison to the ecosystems’ carrying capacity. Accordingly, the
resource consumption pattern in urban area compared to the rural area by population individually within all sectors is generating adverse effect on biodiversity, conservation biology, environmental science, and earth science. Consequently, the
biodiversity loss within the environment mainly from the urban habitat fragmentation and loss generated by massive urban development as natural capital are rapidly
changing all over the globe and thus all of these have a significant impact on global
nitrogen, carbon, and water biogeochemical cycles [20, 29]. Subsequently, the product consumption at all scales via the consumption chain, beginning with the economic sector impact via national economies to the international economies, and the
Results and Discussion
replication, it is very important to all living beings for their own existence. Simply
it is an essential element to all living beings for their survival since it has many
distinct properties that are critical for the proliferation of life to react in ways that
ultimately allow replication where freshwater is the only source for human lives to
survive. It is, therefore, vital both as a solvent in which many of the body’s solutes
dissolve and as an essential part of many metabolic (catabolism and anabolism)
processes within the living body [30, 36]. Subsequently, in catabolism water is utilized to break the bonds within large molecules to create smaller molecules, and in
anabolism, water is detached from molecules to create larger molecules. Both these
processes of anabolism and catabolism cannot exist without water [25, 26].
Considering the plant kingdom, water is the fundamental element for photosynthesis and respiration where photosynthetic cells use the sun’s energy to split off
water’s hydrogen from oxygen. Afterwards, hydrogen is mixed with carbon dioxide
(CO 2 ) (absorbed from air or water) to form glucose to be utilized as their food and
release oxygen to balance the ecosystem. Simply we need to protect our freshwater
from pollution for our survival where deurbanization and rural development can
help to protect this vital element, freshwater, since it can be easily recycled in rural
area compared to urban area freshwater treatment which is causing several water
pollution.
Results and Discussion
Environment
Rural environmental sustainability is usually measured by occurrences or junctures
where the naturally befalling regenerative forces such as biomass, vegetation, atmosphere, soil, water, and solar energy intermingle with their underlying forces in the
environment which is completely absent in urban area. Human activities are the
major drivers of destruction of the urban environmental systems of the earth as well
as its biophysical mechanism [13, 15, 26]. Therefore, the impact of a rural community on the environment is instigated by a single person or the available population,
which in turn relies on complex ways like exactly what natural resources are being
utilized, whether those natural resources are renewable, as well as the human activity scale in comparison to the ecosystems’ carrying capacity. Accordingly, the
resource consumption pattern in urban area compared to the rural area by population individually within all sectors is generating adverse effect on biodiversity, conservation biology, environmental science, and earth science. Consequently, the
biodiversity loss within the environment mainly from the urban habitat fragmentation and loss generated by massive urban development as natural capital are rapidly
changing all over the globe and thus all of these have a significant impact on global
nitrogen, carbon, and water biogeochemical cycles [20, 29]. Subsequently, the product consumption at all scales via the consumption chain, beginning with the economic sector impact via national economies to the international economies, and the
Results and Discussion