The dam is being funded by government bonds and private donations. The Grand Ethiopian Renaissance Dam is one of the largest dams in the world, as it is being built at the end of the Blue Nile River, with the aim of improving Ethiopia's . Egypt opposes the initiative due to the perceived negative impacts associated with altering the flow of the Nile. LOS ANGELES — The Grand Ethiopian Renaissance Dam (GERD) has been one of the most controversial issues in North Africa for the last decade. The Ethiopian government sees with Sudan, which has been named the Grand the dam as a major driver for national Ethiopian Renaissance Dam. Estimation of the transboundary economic impacts of the Grand Ethiopia Renaissance Dam: A computable general equilibrium analysis . When the GERD becomes operational, the negative effects on Egypt's economy are reversed and the dam is expected to generate substantial economic benefits to all the Eastern Nile countries, although the distribution of these benefits largely favours Ethiopia Publication series Name Earthscan studies in Water Resource Management Access to Document Ethiopia's Grand Renaissance Dam (GERD) . A short summary of this paper. Several days of negotiations in Khartoum between the foreign and water ministers of Egypt, Ethiopia and Sudan culminated in an announcement on 6 March of an agreement on the filling, operation and impact of the giant 6,000MW Grand Ethiopian Renaissance Dam (Gerd), which is being built on the Blue Nile. Source: The East African Ethiopian Authorities on Tuesday said they had stopped international cyber-attack attempts targeting the massive Grand Ethiopian Renaissance Dam (GERD) and the country's . Sudan and Ethiopia the risks of negative impacts can be curtailed or controlled (Wheeler et al., 2015). . It is . After reviewing the 2006 Environvironmental Impact Assessment (EIA), and related documents, the ARWG has concluded the following. It presents up-to-date research findings by Egyptian scientists and researchers covering several interesting hot topics under the following main themes:- Major impacts of GERD compared with the AHD- Environmental . Egypt and Sudan have been in vain negotiations with Ethiopia for the . This chapter discusses the impacts of constructing the Grand Ethiopian Renaissance Dam (GERD), which is expected to be operational on the Blue Nile (BN) River in Ethiopia in early 2018. Journal of Water Resources Planning and Management, 2016. Abstract. The reservoir area will cover 1,874 square kilometers at full supply level of 640 meters above sea . In that case, the GERD generates substantial economic benefits and enhances economic growth and welfare in all . The project team reviewed the conditions of the Nile through data analysis to determine potential negative effects of the GERD on downstream economies and well-being. Workers move iron girders from a crane at the Grand Ethiopian Renaissance Dam (GERD), near Guba, Ethiopia, on Dec. 26, 2019. The Grand Ethiopian Renaissance Dam will generate an estimated 6450 MW of energy to civilians, improve infrastructure and ultimately lead to more modern job opportunities in the country. Rounds of negotiations among the three countries on the Grand Ethiopian Renaissance Dam (GERD) have reached a deadlock several times with Egypt blaming the failure on Ethiopia's intransigence. Download Download PDF. The first and the direct impact of EGRD is to increase the . FILE - Ethiopia's Grand Renaissance Dam is seen as it undergoes construction work on the river Nile in Ethiopia, Sept. 26, 2019. . An environmental study on the impacts of dams in Brazil has mentioned that the negative impact of dams varied from changing the structure of aquatic lives, loss of fauna and flora, changes to the river slopes, and water quality alterations to eutrophication effects ( Von Sperling, 2012 ). Furthermore, the GERD will improve the efficiency of dams and water use optimization in the downstream. However, as a result of the ability and willingness of Ethiopians at home and abroad to invest in the dam. In 2011, the Ethiopian government announced the construction of the Grand Ethiopian Renaissance Dam (GERD) along the Blue Nile 40 km away from the Sudanese borders. With a storage capacity of 74,000 km3 and a hydropower capacity of 5,150 MW, the GERD is expected to make double Ethiopia's electricity generation. GERD will control the flow of the Blue Nile and reduce negative impacts on population and infrastructures in Sudan caused by recurrent floods. May 27, 2022 - This unique volume discusses various aspects of the Grand Ethiopian Renaissance Dam (GERD) and the Aswan High Dam (AHD) including their positive and negative impacts. . Impacts of Ethiopian Grand Renaissance Dam on Economic Development; One of the factors that play the broad and wide range in the economic development is the provision of energy supply. The Grand Ethiopian Renaissance Dam: A never-ending saga A long time in the making. construction of the Greater Ethiopian Renaissance Dam (GERD) is causing substantial changes to the water utilization of the river that would significantly impact water supply to Egypt. Construction on the current dam began in 2011 — but the site was identified between 1956 and 1964. Up to 95% of Egypt's water needs are secured by the Nile for various purposes such as drinking water, household use, agriculture, fishing, transportation, tourism, electricity generation and . The dispute has prompted numerous international interventions, including by Gulf Arab states, which have issued political statements and led mediation efforts. The GERD will further capture 90 percent of the sediment protecting irrigation canals and equipment from damages caused by sedimentation. The negative effects of the dam arise during the short-term impounding period, while positive effects during the more long-term operational phase. . . The Discharge rate of the dam is about 1,547 m3/s. CAIRO — Egypt's Ministry of Irrigation and Water Resources revealed May 2 four projects and plans to reduce water waste in the country, counter the growing need for water in the future and help mitigate the negative impact of the Grand Ethiopian Renaissance Dam (GERD) on its irrigation system.. Masrawy news portal quoted Mohamed Ghanem, spokesman for the Ministry of Irrigation and Water . The Grand Ethiopian Renaissance Dam (GERD) constitutes a real crisis for the Egyptian regime, where Ethiopia several times blamed Egypt for the failure of negotiations conducted between Sudan, Egypt and Ethiopia on the dam. "This will have a negative economic and social impact on fishing and agriculture in Egypt that Ethiopia should compensate for, in my opinion, by increasing Egypt's share of electricity." Maximizing Long Term Benefits Egypt and Sudan insist that a legally binding agreement on the filling and operation of the dam should be reached before Ethiopia implements the second . 12 . CAIRO — Egypt is exploring ways to increase its water resources and offset any negative effects of the Grand Ethiopian Renaissance Dam (GERD) in light of the stalled tripartite negotiations between it, Sudan and Ethiopia. The dam will flood 1,680 square kilometers of forest in northwest Ethiopia (an area about four times the size of Cairo), displace approximately 20,000 people in Ethiopia, and create a reservoir that will hold around 70 billion cubic . Multiple meetings over the Grand Ethiopian Renaissance Dam (GERD) and the tense relationship between Khartoum and Addis Ababa took place on Wednesday and Thursday, in preparation for the expected filling of the dam in July by Ethiopia. Egypt positioned to become desalination pioneer. The study concluded that an increase in cooperation between the Eastern Nile countries will decrease the downstream negative impacts of the GERD and increase its overall benefits ultimately leading to sustainability, peace, and welfare for these countries. On April 2011, The Ethiopian governorate decided to build the Grand Ethiopian Renaissance Dam (GERD) or the Millennium Dam (i.e. The GERD is currently in the midst of a large-scale political battle between Ethiopia, Sudan, and Egypt. The Grand Ethiopian Dam on the Blue Nile. Renaissance Dam (GERD) on Egypt water resources securit y and its consequences. Renaissance dam and will have a negative impact on the water resources of Egypt, especially the period of . Various national agencies and institutions must prepare for the negative effects on Sudan's irrigation . The sources added that the Egyptian viewpoint included a proposal to fill the reservoir of the dam over a seven-year period, which Egyptian experts believe will reduce the negative effects on . Up to 95% of Egypt's water needs are secured by the Nile for various purposes such as drinking water, household use, agriculture, fishing, transportation, tourism, electricity generation and . Ethiopia is constructing the largest hydropower dam in Africa, the Grand Ethiopian Renaissance Dam (GERD), on the Blue Nile River about 20 km upstream of the Ethiopian-Sudanese border. Read Paper. The Grand Ethiopian Renaissance Dam: Evaluating Its Sustainability Standard and Geopolitical Significance. The present paper assesses the potential impact of the shortage of Egypt water resources that will r educe the releases from AHD. The impacts of the Ethiopian Dam will include displacement and resettlement of local people due to flooding, reduction in crop yields and an increase in health risks throughout the surrounding. And, there is a debate on the appropriateness of translating a name.] Since 2011, Ethiopia has forged ahead with plans to complete the Grand Ethiopian Renaissance Dam (GERD), a massive infrastructure project meant to bring much-needed electricity to the nation and to the region. Schließen Afridoria verwendet Cookies, um ihnen die bestmögliche Leistung zu gewährleisten. The crux of the controversy is Ethiopia's $5 billion Grand Ethiopian Renaissance Dam nearing completion at the Nile headwaters. Upon completion, GERD will become the largest hydropower plant in Africa . Egypt reviewed with UN officials the negative impact of the Grand Ethiopian Renaissance Dam (GERD) on the Nile River, stressing its keenness to reach an agreement that preserves its "water rights" and meets the aspirations of all the countries. Sudan has said it fears Ethiopia's dam will impact its own hydroelectric installations. various negative impacts of GERD on the environment in Ethiopia and the downstream countries, the magnitude of the . Sudan and Ethiopia the risks of negative impacts can be curtailed or controlled (Wheeler et al., 2015). . Download PDF. Construction on the current dam began in 2011 — but the site was identified between 1956 and 1964. Like many large-scale dams on trans-boundary rivers, GERD has been criticized for potentially compromising downstream water security and livelihoods through . Also, the Sudanese Foreign Ministry later held the Egyptian side accountable for failure of these negotiations. This picture taken on May 28, 2021, shows an aerial view of the Ard al-Berak water . Although, the Grand Ethiopian Renaissance Dam (GERD) is essential to Ethiopia's development, many research pointed out its negative impact on Egypt. [CAIRO] Egypt's Nile river water supply will only be threatened by the filling of the upstream Grand Ethiopian Renaissance Dam in the case of prolonged drought, new analysis suggests. Also, the Sudanese Foreign Ministry later held the Egyptian side accountable for failure of these negotiations. The Grand Ethiopian Renaissance Dam (GERD) is located on the Blue Nile, as shown in Figure 1, which is a major tribu-tary of the Nile River contributing up to 85% of its water, . Full PDF Package Download Full PDF Package. You may have heard about the long-standing impasse between Ethiopia, Egypt and Sudan over the Grand Ethiopian Renaissance Dam (GERD) — a mega hydropower project which was started in 2011. Attempts to resolve the Grand Ethiopian Renaissance Dam dispute over the past decade have reached a deadlock. The construction of Renaissance dam directly or indirectly will affect many parts of the economy. This Paper. Ethiopia's Grand Renaissance Dam (GERD) . The main objective of this study is to evaluate the potential impact of Grand Ethiopian Renaissance Dam (GERD) and pumping scenarios on groundwater level by a three-dimensional groundwater model of the Nile Delta using MODFLOW software. Sudan has said it fears Ethiopia's dam will impact its own hydroelectric installations. With the construction of the Grand Ethiopian Renaissance Dam (GERD) underway near the Ethiopia-Sudan border, a complex transboundary water situation is at hand: two large dams—the GERD and the . Hydrological and environmental impacts of grand Ethiopian renaissance dam on the Nile river. The Nile river countries have constructed a series of dams along . A short summary of this paper. (Read here) [Hidase is a Geez word for Renaissance. The GERD, a gravity dam which is currently being filled, is located nine miles off of the Ethiopian side of the Ethiopia-Sudan border and on the Blue Nile, a major tributary of the Nile that is responsible for 85% of the river's overall volume. When the GERD becomes operational, the negative effects on Egypt's economy are reversed and the dam is expected to generate substantial economic benefits to all the Eastern Nile countries, although the distribution of these benefits largely favours Ethiopia. And, the result had shown the negative impacts are minimal and mitigating measures are in place . (MoFA) 02-20-17 - Ethiopia commenced the construction of the Grand Ethiopian Renaissance Dam (GERD) on the Abbay River, the Blue Nile, at Guba in the Benishangul Gumuz Regional State in 2011. . . Although previous researches addressed the problem of GERD using stochastic data, they used deterministic methods. READ PAPER. Rendering of GERDEthiopia is building one of the largest dams in the world, the Grand Ethiopian Renaissance Dam (GERD), on the River Nile near the Sudan border. International Journal of Research and Innovation in Social Science (IJRISS) | Volume VI, Issue IV, April 2022 | ISSN 2454-6186. Download Full PDF Package. physical displacement and public health and safety & security and so on which created huge positive and negative impact on the project growth and efficiency (Tesfa, 2013). The Grand Ethiopian Renaissance Dam (GERD) constitutes a real crisis for the Egyptian regime, where Ethiopia several times blamed Egypt for the failure of negotiations conducted between Sudan, Egypt and Ethiopia on the dam. The Potential Water, Food, and Energy Security-Related Impacts of the Grand Ethiopian Renaissance Dam - Gerd (Amharic: ታላቁ የኢትዮጵያ ሕዳሴ ግድብ) on the Lower Stream Riparian States and Egypt's Distinct Concern (Scepticism): A Systematic . [CAIRO] Egypt's Nile river water supply will only be threatened by the filling of the upstream Grand Ethiopian Renaissance Dam in the case of prolonged drought, new analysis suggests. In light of the above, the research problem lies in the potential negative political and economic effects on Egypt, especially water security as a result of the construction of the Ethiopian Renaissance Dam. Ethiopia is in the midst of a major nation-building project, constructing the Grand Ethiopian Renaissance Dam (GERD). The significance of Gulf involvement was highlighted by the U.S . In turn, Egypt water policy. A further. The Grand Ethiopian Renaissance Dam its Impact on Egyptian Agriculture and the Potential for Alleviating Water Scarcity The Grand Ethiopian Renaissance Dam its Impact on Egyptian Agriculture and the. Egypt is considering bids from international companies to take on seawater desalination projects that would increase its water resources and address the negative effects of the Grand Ethiopian Renaissance Dam. The Grand Ethiopian Renaissance Dam: Source of Cooperation or Contention? Extreme hydro climatic conditions often impose significant negative impacts across scales, ranging from household to regional to national levels that span various sectors, including agriculture, energy, industry, transport, health, and ecosystems. "Estimation of the Transboundary Economic Impacts of the Grand Ethiopia Renaissance Dam: A Computable General Equilibrium Analysis." Water Resources and . The GERD will reduce negative impacts of climate change such as recurrent floods. Egypt opposes the initiative due to the perceived negative impacts associated with altering the flow of the Nile. It was slated for completion in July 2017. "The dam will hold a lot of silt behind it, and also some kinds of fish will be totally eradicated," she explained. Negative impacts of the GERD Hamdy Abdel-Rahman Wednesday 8 Jul 2020 The Grand Ethiopian Renaissance Dam will have negative impacts not only on Egypt but also on poor communities in Ethiopia as well as on its Nile Basin neighbours Ethiopia's strategy for dam construction goes far beyond developmental goals. Ethiopia has a potential for about 45 GW of hydropower. Ethiopia has spent years intense negotiations over the $5 billion Grand Ethiopian Renaissance Dam with Sudan and Egypt, both of which are downstream of the dam but have yet to agree and the dam remains a bone of contention between the countries. Results and Discussion Contributor. Global environmental imaginaries such as "the climate crisis" and "water wars" dominate the discussion on African states and their predicament in the face of global warming and unmet demands for sustainable livelihoods. Sudan has said the dam could have a positive effect on flooding during the rainy season and hoped to . The results indicated that the negative impacts on Egyptian water resources are dominant. The negative effects of the GERD on Egypt׳s economy are reversed when the GERD becomes operational. The … Read More The main purpose of this study is critically analysis the Grand Ethiopian Renaissance Dam (GERD) project for determining the complexity faced by the project. May 27, 2022 - This unique volume discusses various aspects of the Grand Ethiopian Renaissance Dam (GERD) and the Aswan High Dam (AHD) including their positive and negative impacts. Copy. Later renamed - Grand Ethiopian Hidase dam or Grand Ethiopian Renaissance dam, by the Council of Ministers on April 20. 37 Full PDFs related to this paper. Last but not least Ethiopian recently announced the reduction of the number of turbines in the GERD to be 13 instead of 16, so that the capacity of the power station is less than 5,000 megawatts, thus reducing the maximum water discharge of the dam by about 20% which will have negative impacts on Egypt and Sudan. Ethiopia has--up until now--acquiesced to Egyptian claims on the Nile . The danger of water scarcity and subsequent human harm in Egypt and Sudan due to the filling of the Ethiopia's Grand Ethiopian Renaissance Dam (GERD) motivates this research. . Egypt fears possible negative impacts of the Grand Ethiopian Renaissance Dam on its 55.5 billion cubic meters share of water, while Addis Ababa says the dam is not aimed at harming Egypt. On 15 April 2011, the Council of Ministers renamed it Grand Ethiopian Renaissance Dam. Some negative impacts, however, are to be expected especially during the impounding phase from water level reduction and change in river characteristics which will greatly . As a consequence, Ethiopia has not been able to make significant use of the river's waters. It will . The Grand Ethiopian Renaissances Dam is being constructed for the purpose of generating electricity with total installed capacity of average annual energy production of about 15,759 GWh/yr. El-Nahda Dam in Ethiopia) "(Tesfa BC., 2013; GERD Fact Sheet; 2014). The potential impacts of the dam have been the source of severe regional controversy. The Renaissance Dam is located on the Blue Nile in the state of Benishangul-Qama in Ethiopia, near the Ethiopian-Sudanese border, between twenty to forty kilometers away. . . Ethiopia Needs the United States to Act as an Honest Broker in the Nile . Details of the agreement have yet to be disclosed, and this is unlikely before it has been . The Renaissance Dam is located on the Blue Nile in the state of Benishangul-Qama in Ethiopia, near the Ethiopian-Sudanese border, between twenty to forty kilometers away.