Economic And Social Impacts Of The Water Crisis Geography Essay

884 million of people worldwide do non hold sufficient entree to drinking-water and more than 2.6 million bash non hold entree to simple sanitations. Each twelvemonth about 2 million people die from the effects of dirty H2O, most of them are kids.

The 28th July was the twenty-four hours when the United Nations declared the entree to clean H2O as a human right. This anchoring in the ‘Universal Declaration of Human Rights ‘ has a strong symbolic significance and therefore a broad influence on political relations of assorted states.

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Water resources in the part of the Middle East are scarce by nature. Competition over ingestion of shared resources is therefore predictable. This essay will demo that handiness and safety of clean H2O are major concerns all over the universe and particularly in the part of the Middle East.

The first subdivision trades with some geographic facets as the environmental and climatic conditions. It shows how geographic facets influence the handiness of H2O and gives an overview about the allotment of H2O resources as the most limited natural resource in the West Asiatic part.

Second, the essay describes the economic and societal impacts of the H2O crisis. It will depict how wellness hazards may originate from ingestion of dirty H2O with toxic elements. Water deficits besides constrain the agricultural and industrial productions and therefore the H2O supply has effects on the economic sectors of the concerned states every bit good.

The last portion trades with options to pull off the H2O job. Possible solutions will be discussed and evaluated. It shows the prognosis of H2O supply in some old ages and gives grounds why authoritiess need to move rapidly to avoid a deep crisis in already some old ages.

Geographic facets of the part

2.1 Climatic conditions

The Middle East comprises two sub-regions: “ the Arabian Peninsula ( Bahrain, Kuwait Oman, Qatar, Saudi Arabia, the United Arab Emirates and Yemen ) and the Mashriq ( Iraq, Jordan, Lebanon and Syria, and West Bank and Gaza ) . It is surrounded by four Marine H2O organic structures: the Mediterranean Sea, the Red Sea, the Arabian Sea and the Persian Gulf ) . ”

The Middle East is dominated by waterless and semiarid countries, with major parts of utmost fruitlessness. Those climates are characterized by definition as countries of high H2O deficits, whereat in waterless parts high vaporization rates are common.

A steppe clime predominates in the northern portion of the part, with hot summers and cold winters. The southern and cardinal parts are characterized through utmost waterlessness with really hot summers and mild temperatures during winter. The Arabian Peninsula belongs to this portion. In the whole part of the Middle East H2O is a really scarce resource. In most states of the part desertification, H2O emphasis and drouths are common.

Summer temperatures do non change significantly across the Middle East. By and large the temperature rises to around 30A°C, but in the comeuppances ( e.g. Saudi Desert ) it can acquire even warmer with approximately 45A°C.

In most parts of the part rainfall is really small and is depending on the season. Normally most of the precipitation occurs during winter in the Middle East. The southern portion of the Arabian Peninsula constitutes an exclusion with summer rains. Regular one-year rainfall varies from 0mm to 200mm. Merely in the northwesterly parts on the Mediterranean Sea the rates surpass 500mm and more.

2.2 Surface H2O resources

Surface H2O is exceptionally restricted in the Middle East due to high vaporization and by and large low rainfall. But about all of the accessible surface H2O is used and supplies together with springs around 35 % of entire H2O usage in the part.

Most of Middle Eastern surface H2O stems from its three chief surface beginnings: the Nil, Tigris-Euphrates and Jordan River systems. The states of the Arabian Peninsula are potentially poorer in surface H2O resources than the Mashriq country. This part has a figure of seasonal rivers and two shared rivers ( the Tigris and Euphrates ) . In contrast to the Mashriq states the Arabian Peninsula has merely some irregular seasonal flow of wadis and merely a limited figure of springs.

In most of the parts surface H2O drains to the Red, Dead or Mediterranean Seas. The Jordan River presents the most of import dewatering system in the part. It has it beginning in the Lebanon Mountains and flows into the Lake Tiberias. In really dry old ages an overuse of the H2O resources was observed with the cause that the sea H2O table ranges already a critical value. Fortunately wet twelvemonth can set the balance. The available surface H2O in the Jordan Valley is about emptied so that merely little sums of H2O arrive at the Dead Sea. This is another ground for harm “ by take downing the Dead Sea degree which has fallen down more than 20m in the last 20 old ages. ”

2.3 Groundwater resources

The seemingly most of import beginning of H2O in the Middle East is Wellss and springs. More than 50 per centum of H2O supply is provided by them for entire H2O ingestion. Groundwater is contained in water-bearing permeable stones called aquifers from which H2O can be extracted via Wellss or springs. Through seasonal rainfall in semiarid countries aquifers are on and off recharged. The recharge measures depend on alleviation and the climatic conditions. Naturally 10 to thirty per centum of the rainfall in the Middle East contributes to the recharge of groundwater. In the Libyan Desert or the Arabian Peninsula as illustrations for some waterless countries fossil groundwater resources provide of import extra sums of H2O.

“ Groundwater resources in West Asia in general and on the Arabian Peninsula in peculiar are in a critical status because the volumes withdrawn far exceed natural recharge rates. Groundwater is being extracted much faster than its reclamation rate, as a consequence H2O degrees in the shallow aquifers are continually worsening. ”

Socio – Economic Impact of the Water Crisis

3.1 Importance of Fresh Water Supplies

The handiness of H2O as a natural resource has ever been a challenge to the civilisation of the Middle East. Climatic conditions have influenced political relations and activities in the part. The deficiency of H2O even restricts the economic system, the development of the society and its well-being and besides endangers political stableness within the provinces of the countries and between neighbours. In other words: “ Easy entree to H2O is non an terminal to itself, for any society, but a agencies to other terminals: wellness, industrial and agricultural production. ”

The state of affairs in the Middle East has exacerbated with the increasing demand for fresh water as a effect of increasing population. The greatest consumer of H2O supply in the part is agribusiness. Nevertheless, each human being demands about two to five litres of fresh H2O per twenty-four hours, merely for pure surviving. And the personal demand on H2O has increased with the development of modern civilisation. The smallest fraction constitutes the demand of imbibing H2O, much more is necessary for the personal hygiene, the cleansing of family and other application for privateness issues.

3.2 Water Quality and its Effectss on Health

Poor H2O quality is non merely a affair of gustatory sensation – it has serious effects on human wellness. Water quality jobs emerge from the discharge of industrial and human effluent. Due to inappropriate agricultural patterns aquifers are polluted by irrigation backflows. The deficiency of equal sewerage substructure is a trouble which causes H2O pollution and wellness jobs. Sewage is frequently discharged into unfastened pools where H2O can easy make groundwater and aquifer systems. Consequently, H2O supplied to households contains bacterial elements and hence has to be chlorinated. Chlorination in that extent already exceeds the recommended bounds and becomes another wellness issue. The salt of H2O is another job confronting the part.

3.3 Impacts on Agriculture and Industry

About 85 per centum of the part ‘s H2O is used by the agricultural sector. Through “ non- H2O policies such as agricultural monetary value supports that keep harvests profitable or energy subsidies that make pumping H2O from aquifers inexpensive ” the part ‘s H2O jobs rest unchanged. Valuable H2O is still wasted by unequal irrigation techniques or the growth of workss with high H2O demand as harvests for illustration. The deficiency of H2O is a factor that blocks the basic economic development and affects the full societal and economic state of affairs in the states of the Middle East.

Water scarceness has besides high influence on industrial development. Virtual H2O is necessary to bring forth the things we use each twenty-four hours. Although industrial H2O ingestion varies one can state that for case about 20 000 litres of H2O is used to bring forth one kg of java and about 10 litre to bring forth one piece of paper. But “ In countries where the resources are non plenty to cover the necessary nutrient production merely a limited sum of H2O will be available for industrial production. ” Lack of H2O is a major concern for industrial companies particularly during summer. Energy systems are depending on H2O and reduced H2O quality aggravates the jobs.

Water Management Options

4.1 Water direction and Water Diplomacy

“ Water handiness is a major concern in most states of the part. Some states ( e.g. Syria, Iraq, Lebanon ) have dependable beginnings of surface H2O ; the bulk, nevertheless, depend either on groundwater or on desalinization for their H2O supply, both of which enable them to utilize H2O in sums far transcending the estimated renewable fresh H2O in the state. ”

The World Bank estimates that “ the sum of H2O available per individual in the waterless part will halve by 2050 ” . The study of the establishment chiefly blames the increasing population and clime alteration as ground for the state of affairs. But how can authoritiess undertake this issue?

Two attacks can be applied to the direction of the H2O crisis in the Middle East. On the one manus the proficient attack which refers to H2O direction. Water direction has been defined as “ the accomplishment to convey H2O supply into line with demand at the lowest possible economic and ecological cost ” . On the other manus the political attack that views the H2O struggle as a inquiry of shared resources distribution. A dependable H2O direction program hast to trust on both attacks to happen a manner out the crisis.

4.2 Supply and Demand Side Management Options

“ Water scarceness is a map of supply and demand. Demand is increasing at an dismaying rate in some parts, through population growing and increasing per capita usage. In many water-scarce states, such as Jordan and Israel, there is no obvious and cheap manner to increase H2O supply, and tensenesss among different H2O users are likely to ensue. In other states betterments in H2O efficiencies offer sensible solutions. ”

Pull offing supply on H2O is one option to cover with the bing H2O job. Fresh rivers or groundwater are barely to happen in the part of the Middle East. Therefore developing bing resources is sort of impractical in this state of affairs of H2O scarceness. Nevertheless there are possibilities as for illustration the catchments of winter inundation H2O which can besides add some sum to the H2O resources.

Another technique adding H2O resources is “ H2O harvest home ” . Using this attack house cisterns collect rainfall from the roofs and shop it for domestic usage. In earlier times these cistern were extremely appreciated but has fallen into neglect presents because families were connected to the piped H2O web. Reintroducing cistern by jurisprudence could increase measures of available H2O for domestic usage.

Wastewater recycling can be another beginning of deriving H2O. The advantage of this technique is that it is the least expensive beginning of H2O for agribusiness. But the large drawback is that it requires a high investing. “ Plans for spread outing the usage of this resource as a strategic option to run into future demands exist in many states. ”

Due to high salt sea H2O has to be desalinated earlier utilizing as drinkable H2O. Deriving drinkable H2O through desalinization is already a great beginning of H2O supply for many states as Saudi Arabia but it is constraint by its high cost.

In the 1980ies another thought emerged by a Saudi Arabian prince who had the thought to import an iceberg of Antarctica to cover the H2O demands of its state. Although this construct sounds assuring it has non been implemented yet.

Demand on H2O is besides of import to pull off. Decreasing demand can be obtained by set uping particular inducements or duties that enforce H2O salvaging steps. Higher charges on H2O could enable the states to overhaul their H2O distribution systems and therefore cut down high H2O losingss.

As already mentioned the increasing population represents another job. Managing the demographic alterations authoritiess should believe about covering with in-migration control and household planning as a step to pull off demand.

All in all the natural H2O resources are already exhausted in a great extent, so that a carefully organized H2O direction is perfectly indispensable.


In the Middle East “ H2O is considered as a ‘strategic ‘ resource and tensenesss between states in the part over it are high. There it has become a major political issue and the assorted peace understandings that have been proposed or signed in recent old ages all include H2O. ” The writer of this quotation mark reveals the critical state of affairs in the Middle East where H2O is a scarce resource. His statement clearly leads to one inquiry: Is at that place likely to be a struggle over H2O? Historical experiences suggest that this is improbable to happen. But there is no uncertainty that H2O scarceness will decidedly be a job in some countries in the hereafter. Global heating is be givening to worsen the crisis because rainfall lessenings while vaporization additions. In add-on the turning population rates, industrialisation and maltreatment of agrochemicals cause the pressing demand for long-run programs to run into future H2O demands. The greatest betterments can be made in the agricultural sector, where most of the H2O resources are spend for irrigation intents. In future times the usage of desalinization engineering will besides be greater and importing H2O will go normal.

“ Yet H2O scarceness will be at the head of the international docket for decennaries to come. In some instances, H2O may even be a conducive factor in international struggle. ” Knowing this issue the UN declared the entree to drinkable H2O as a human right. This declaration may besides hold raised public consciousness of the topic and people in the Middle East may handle H2O as more valuable. Avoiding future struggles alternate direction schemes are required. These have to be good designed with elaborate programs but particularly in the Mashriq states the “ colony of possible struggles over shared H2O resources remains a cardinal and urgent issue. ”


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