This is a transboundary conflict. The Inner Niger Delta in Mali is one of Africa’s largest wetlands bordering the Sahara Desert. It hosts millions of migratory birds coming down to Africa from Europe, in a green rich biodiversity hotspot. The delta also serves as a lifeline for between one and two million people who depend on its fisheries, agriculture and pasturelands. The unique ecosystems of the Inner Niger Delta are in turn sustained by the beneficial annual flooding of the Niger River that inundates up to 30,000 km2 – an area the size of Belgium. However, the region is targeted by large scale water diversion plans. The projects include a 102 megawatt (MW) hydropower dam at Niandan river in Fomi in Guinea, a 25 MW hydropower plant in Toussa, Mali, and the 565 MW Kandadji dam in Niger. They are all meant to boost hydro-electricity and irrigation, reduce desertification and flooding, and improve economic activities across the region. The Fomi dam is planned to be built near the river’s source in neighboring Guinea and is funded by the World Bank, under the Niger River Basin Management Project (NRBMP) and through its International Development Association fund. From the same fund, the Bank plans to finance a new generation of controversial mega-dams, including the gigantic Inga 3 Dam on the Congo River. The WB approved in Jan 2015 a budget of US$7.5 million for NRBMP, half of which would cover activities to build support for Fomi . The Fomi Dam has long been a priority for the government of Guinea, which wants to harness the Niger’s flows to generate hydropower. Previous plans to build it collapsed in part over objections from Mali given the magnitude of impacts downstream. Three Ramsar sites, a total of 1,620 km2 have been declared in the Inner Niger Delta; Lac Horo, Lac Debo, and the Séri floodplain. But the delta is largely unprotected and at the same time fishing and farming in the delta is vital to the livelihoods of the people of Mali. The World Bank is now helping revive the project, with the new Fomi scheme being billed as a “multipurpose project.” According to the WB documentation, "Seven of the Basin countries are among the 20 poorest countries in the world, all of which have a predominantly rural population relying on rain-fed agriculture, pastoralism or other natural resource based livelihoods. [...] Water infrastructure, such as hydropower plants, irrigation schemes and navigation facilities, and storage development, can significantly contribute to economic growth and poverty reduction, and build resilience against extreme weather, such as droughts and floods.". In addition to generating power in Guinea, Fomi is now meant to double lands under cultivation in the Office du Niger, the Malian quasi-public irrigation scheme of colonial times that yields the bulk of the country’s rice and sugarcane. The Fomi Dam is meant to ensure year-round irrigation in the Office du Niger by withholding flows during the rainy season and spacing releases throughout the year. According to International Rivers (IR), large tracts of land in the Office du Niger have already been allocated to foreign investors, amid allegations that smaller producers have been pushed off the land. The two largest projects provide water for the South African sugar giant Illovo and a Chinese state enterprise. However, IR warns that: "Construction may be years off, but the Bank is laying the groundwork by bankrolling requisite studies that examine environmental impacts and technical feasibility, as well as resettlement planning for the estimated 45,000 Guineans who would have to be relocated to make way for the dam’s massive reservoir."  Also hydrologists have warned that the inner Niger delta could soon run almost completely dry every fourth year. In fact, massive engineering works on the Niger river, West Africa’s largest river, are set to turn the delta into a desiccated area. According to the head of Wetland International, Jane Madgwick, the result would be a “human catastrophe as vicious and shameful as the drainage of the Aral Sea” in central Asia by Soviet engineers .