Sustainability in Water Supply

Category: Biology
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The theory of waters origin is innate, but the versatility of water stands as a virtue for human life. Innumerable conjectures have been explored as to how water was acquired on the earth`s surface for currently 4.6 billion years (Robert “The Origin of Water on Earth” 2001). The significance of water doesn`t only descend for everyday survival but it serves as an environmental outreach for numerous species and habitats.

Water supplies humans with the opportunity to maintain balanced health, farm laboring, and economic progression. With the absence of water supply human intentions won`t necessary deplete water supply, but they will essentially affect the population on a global scale (Robert “The Origin of Water on Earth” 2001).

Venturing concepts on water outlets have all been plundered upon. Techniques range due to multiple manmade and natural difficulties which call for varying interventions from city to city (“Water Sustainability & How to Achieve It” 2016). All strategies have been accounted into the equation, but none seem to replicate a permanent fix but rather accompany short-term results. When scaled from both local and global aspects the viability of water ranges from intermediate responses in neighborhoods to issues that are upheld on population status.

Considering states such as Massachusetts, conservation tactics include: limitations switches which allow weather sensitive irrigation throughout municipal quarters and athletic fields, amendments characterized to revamp soil moisture retention at municipal athletic compounds, and residency accumulation systems that retrieve rainwater as a recycling technique (“The Impacts of Water Conservation Strategies on Water Use …”). By identifying the stressors and accounts the establishment of 80% of the world`s population is disclosed to increased levels which enhances the threat of water immunity.

The consumption of investments in automation grants prosperous nations the opportunity to offset and neutralize high stressor levels without alleviating their primary cause, opposed to nations who lack currency remain vulnerable. The reduction of discreet investment threatens biodiversity, with habitats associated with 65% of continental discharge classified as moderately to highly exposed (“Global Threats to Human Water Security and River Biodiversity”).

Humans cherish water as their sole proprietor in evolutionary advances, economic advantages, and sustain health in the human body. Inconsistencies in surface water including, rivers and lakes, are unattainable in which groundwater administers multiplied hydrologic needs of people worldwide.

Groundwater is the prime source of drinking water for about half the entire populace and nearly all the rural population, and it provides 50 billion gallons per day for agricultural necessities (Perlman & USGS “Groundwater depletion”). Groundwater and glaciers are dominant departments for the storage of fresh water. The decrease in groundwater is originated as an outcome of the irrigation required to sustain essential needs such as food, to large populations (Wyman “The Effects of Population on the Depletion of Fresh Water”).

Climate change and consumerism in agriculture are eventually affected. Altering climate will affect rainfall patterns due to the direction of change and current patterns. An insight on the situation would be extended droughts in California to floods which attacked South-East Asia at the end of 2017 due to water depletion. Another perspective is agriculture which consumes 70% and will immediately experience water depletion.

An agricultural depot which contains water is what we generally specify as “water storage. Logically this technique was set to store water for later utilization in natural water sources related to groundwater aquifers, natural wetlands, and compounded artificial ponds (Haise, Hagan, & Edminster Irrigation of agricultural lands1967). We`ve grown to the natures of artificial water storage but difficulties of resettlement and environmental deterioration are all key factors in intermediate and massive scale water storage. (“Executive summary” 2016).

By reassembling the history of water bondage in global reservoirs, we`ve accumulated a total of 10,800 cubic kilometers of water that has been confined to date. Resulting from constant water containment, the reduction of GSL (global sea level) has reduced drastically at a rate of -0.55 millimeters per year through the duration of the past half century (Chao, Wu, & Li “Impact of Artificial Reservoir Water Impoundment on Global Sea Level”).

Reframing from the global aspect, locally, dams will also have directed with impacts such as chemical, biological, chemical and physical states. Reoccurring changes include depleted oxygen levels, chemical composition, and temperature differences. Such alterations affect aquatic plants and animals which have emerged within a given river system (“Environmental Impacts of Dams”). The natural deficits that would occur aren`t proportional to the destruction of habitats and species of all kind.

The satisfaction of retaining such resource is relatively amusing in content but maintaining effective progression is quite difficult. Establishing primary strategies such as, energy efficient desalination plants, policies and regulation, improved water harvesting, and improving distribution all represent the prime solution. When looked upon water was given to us as a renewable resource but its steadily depleting. As a society, humans must conserve its benefits and limitations.

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Sustainability in Water Supply. (2019, Nov 14). Retrieved from

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