Tag: Ethiopia

  • The Ilemi Triangle: The Border That Has Been Drawn Five Times and Settled Zero

    There are at least five lines on the map that could be the border between Kenya and South Sudan in the area northwest of Lake Turkana. The Maud Line of 1902-1907 — the earliest survey, drawn by a British Royal Engineers captain named Philip Maud — gives the entire triangle to what is now South Sudan. The 1914 Uganda-Sudan Boundary Commission line gives Sudan access to Lake Turkana through a lozenge of land at the triangle’s southeastern corner. The 1938 Red Line was drawn to encompass the seasonal grazing territory of Kenya’s Turkana pastoralists. The 1947 Blue Line pushed the boundary further northwest. The 1950 Sudanese Patrol Line — established unilaterally by Sudan, which drew its own line, ceded policing of everything south of it to Kenya, and effectively gave up — pushed the boundary further still, giving Kenya de facto control of the entire 10,000-14,000 square kilometer territory. Kenya has administered the Ilemi Triangle as part of Turkana County since 1928. South Sudan inherited the dispute from Sudan after independence in 2011. Ethiopia, whose border tribes — the Dassanech and Nyangatom — routinely cross into the triangle to graze livestock, has made no official claim, having agreed in treaties in 1902, 1907, and 1972 that the land belonged to Sudan. The territory has five historical borders, three claimant countries, zero agreed boundary, and — as of early 2026 — a joint border commission that has met but resolved nothing.

    The Ilemi Triangle is approximately the size of Connecticut. Nobody knows exactly how big it is because the disputed boundaries define it differently depending on which line you use. It is arid, sparsely populated, largely roadless, and periodically violent. It sits at the intersection of four countries’ pastoral migration routes — Turkana from Kenya, Toposa and Didinga from South Sudan, Dassanech and Nyangatom from Ethiopia, and Karamojong from Uganda — whose herders have been raiding each other’s livestock for centuries, first with spears, then with firearms supplied by their respective governments. A 1939 raid by the Nyangatom and Dassanech, armed by Ethiopia, killed 250 Turkana — mostly unarmed women and children. Britain responded with a punitive expedition using the King’s African Rifles, supported by Royal Air Force bombers dropping 250-pound ordnance north of the triangle. The colonial powers’ approach to the Ilemi Triangle was consistent across five decades: draw a line, discover it doesn’t match where the people actually live, draw another line, discover that one doesn’t match either, and eventually give up and let whoever has the most guns on the ground decide where the border is. Kenya had the most guns. Kenya has the triangle.

    Why it matters now

    The Ilemi Triangle was, for most of its history, the kind of territorial dispute that international law could comfortably ignore. The land was arid. The population was nomadic. The economic value was minimal. The governments involved were dealing with civil wars (Sudan, then South Sudan), ethnic conflicts (Ethiopia), and post-colonial state-building (Kenya) that made a 10,000-square-kilometer patch of scrubland a low priority. The people who lived in the triangle — the Turkana, Toposa, Dassanech, Nyangatom — moved back and forth across the invisible lines the way their grandparents had moved, and the borders were less important to them than the seasonal availability of water and pasture.

    Two things changed that calculation. The first is oil. Tullow Oil discovered petroleum deposits in Kenya’s Turkana County in 2012, in formations that extend northward into the Ilemi Triangle and westward into regions South Sudan considers its territory. Chinese prospectors have identified deposits in South Sudan’s border regions that stretch into the triangle. The land that nobody wanted when it was grazing territory becomes strategically consequential when it may sit on top of a petroleum reservoir. The rare earth and conflict minerals literature documents this pattern repeatedly: resources discovered under disputed territory transform the dispute from an inconvenience into a crisis. The Ilemi Triangle’s oil potential has not been fully surveyed — the insecurity that characterizes the region makes sustained geological work difficult — but the possibility of oil is enough to ensure that neither Kenya nor South Sudan will concede the territory.

    The second is Lake Turkana. The lake — the world’s largest permanent desert lake, 250 kilometers long — is shrinking. Ethiopia’s Gibe III dam and the Kuraz Sugar Development Project on the Omo River, which feeds the lake’s northern end, have reduced inflow. Water levels have dropped. The pastoralist communities that depend on the lake’s margins for dry-season grazing and fishing are being pushed into smaller territories, intensifying competition for resources and escalating inter-ethnic violence. A Rift Valley Institute analysis identified the shrinking of Lake Turkana as one of the factors most likely to trigger armed conflict involving Kenya, South Sudan, and Ethiopia in the Ilemi area. The disputed borders post documented 150+ active territorial disputes. The Ilemi Triangle is the one where the border is disputed, the resources are emerging, the water is disappearing, and the people who live there are armed.

    The joint commission

    In February 2023, after Kenyan security forces entered the town of Nakodok — a settlement in the grey zone between the two countries that international maps show in Kenya but South Sudan also claims, based on a 2009 agreement inherited from Sudan to place a border outpost at Nadapal, 10 kilometers deeper into Kenyan territory — South Sudan summoned Kenya’s ambassador to Juba. The Toposa community staged demonstrations. South Sudan’s Deputy Minister for Foreign Affairs told Voice of America that the country had “several areas where its borders are unclear.”

    Kenya and South Sudan had agreed in 2019 to create a Joint Technical Committee of the Kenya-South Sudan Border Commission. The committee launched formally in February 2023, charged with the groundwork to establish where the two nations can agree the international boundary should be. The committee has met. It has not reported conclusions. The structural obstacle is that any agreed border means one country loses territory it currently controls — and with oil prospects in the ground and armed pastoralists on the surface, neither government wants to be the one that conceded.

    The Africa Defense Forum described the Kenya-South Sudan commission as a potential model for resolving border disputes across the continent. The qualifier “potential” is doing heavy work in that sentence. The commission was created after armed clashes, activated after a diplomatic incident, and has produced no resolution three years later. The Somaliland post documented a territory that has functioned as a state for thirty-four years without recognition because the African Union’s uti possidetis principle makes recognition politically impossible. The Ilemi Triangle is the inverse problem: the colonial borders that uti possidetis is supposed to preserve were never coherent in the first place, and the principle of respecting inherited borders doesn’t help when the inherited borders are five different lines that don’t agree with each other.

    The people who don’t care about the lines

    The most revealing fact about the Ilemi Triangle is that the people who live there cross the border routinely, in every direction, following livestock, water, and seasonal pasture, and have done so continuously since before any of the five lines were drawn. The Turkana graze north into South Sudan in the dry season and south into Kenya in the wet season. The Toposa move between South Sudan and Kenya. The Dassanech and Nyangatom move between Ethiopia, South Sudan, and the triangle. The borders are artifacts of colonial cartography applied to landscapes where the human geography was — and still is — structured by rainfall, river flow, and carrying capacity of the rangeland, not by national sovereignty.

    The pastoralist conflict is real and lethal — cattle raids have killed hundreds of people over the past two decades, with automatic weapons now standard equipment — but the conflict is not about borders. It is about resources: water, pasture, and livestock, contested by communities whose survival strategies predate the concept of the nation-state by millennia. The governments that claim the triangle frame the violence as a border security problem. The communities that live in the triangle experience it as a resource competition problem. The distinction matters because the solutions are different: border demarcation resolves a sovereignty question between capitals. Water infrastructure, veterinary services, conflict-resolution mechanisms, and grazing-rights agreements resolve the problem the pastoralists actually have. The North Sentinel Island post documented a population whose relationship with the territorial state that claims them is one of mutual incomprehension. The Ilemi Triangle’s pastoralist communities comprehend the states that claim them perfectly well. They simply don’t organize their lives around the same principles, and the five lines on the map are evidence of how badly the state-based system has adapted to that reality.

    Why it’s in the course

    The Ilemi Triangle is the Off The Map case study in cartographic failure — the territory that proves what happens when colonial administrators draw borders through landscapes they’ve never visited, for populations they’ve never consulted, and then leave the successor states to argue about which of the five resulting lines is the real one. Transnistria is a territory sustained by patronage. Somaliland is a territory sustained by democracy. North Sentinel Island is a territory sustained by violence. Mount Athos is a territory sustained by theology. The Ilemi Triangle is a territory sustained by ambiguity — nobody has agreed where it begins, nobody has agreed where it ends, the people who live there don’t organize their movements around any of the proposed boundaries, and the oil that might be underneath it ensures that the ambiguity will be resolved eventually, but not soon, and probably not peacefully.

    This is the kind of place our Off The Map course was built to map — where a British captain drew a line in 1902, four subsequent administrations drew four more lines in four different locations, the pastoralists who live there have been crossing all five lines for a century, the oil underneath may be worth fighting over, the lake that sustains the population is shrinking because of a dam in another country, and the joint border commission charged with resolving the dispute has met, discussed, and — in the finest tradition of border commissions operating in territories nobody can agree on — resolved nothing.

  • Water as a Strategic Resource: Which Countries Control the Rivers & Infrastructure Other Countries Need

    On March 7, 2026, Iran’s foreign minister accused the United States of attacking a freshwater desalination plant on Qeshm Island in the Strait of Hormuz, disrupting water supply to 30 villages. The next day, Bahrain reported that an Iranian drone had damaged one of its 103 desalination plants. Iran’s parliament speaker then warned that if the coalition occupies an Iranian island with regional support, “all the vital infrastructure of that regional country will, without restriction, become the target of relentless attacks.” The vital infrastructure he meant was water. More than 400 desalination plants line the shores of the Arabian Gulf. They produce over 40 percent of the world’s desalinated water. Qatar gets 99 percent of its drinking water from desalination. Kuwait and Bahrain get over 90 percent. Without these plants, roughly 100 million people in the Gulf region would have no regular access to potable water. The petrostates are, as one scholar framed it, saltwater kingdoms—societies whose survival depends on converting seawater into drinking water at industrial scale, powered by the same fossil fuels that made them wealthy. The Iran war has turned that dependency from an engineering fact into a military vulnerability.

    This is the version of water conflict that the 21st century actually produces: not armies fighting over a riverbank, but missiles aimed at the machines that make seawater drinkable.

    The rivers that run through other people’s countries

    Two hundred and sixty international river basins account for approximately 60 percent of the world’s freshwater. They cover nearly half of the earth’s surface and serve 40 percent of the global population. No formal agreement guarantees equal shares in 60 percent of those basins. The geopolitics of water is determined by a single structural fact: rivers flow downhill, which means the country upstream controls the water that the country downstream needs to survive.

    Ethiopia’s Grand Ethiopian Renaissance Dam on the Blue Nile is the most consequential current example. Egypt depends on the Nile for 97 percent of its freshwater—a dependency so total that any upstream dam represents, from Cairo’s perspective, an existential threat. Ethiopia began filling the GERD’s reservoir in 2020. Egypt has framed the issue as a matter of national security. The Arab League’s May 2025 Baghdad Declaration elevated “Arab water security” to a shared strategic imperative, explicitly championing Egypt’s position—despite the headwaters of the Nile originating in non-Arab Ethiopia. Diplomatic negotiations have stalled repeatedly. The dispute has been ongoing for over a decade, with no binding resolution, and Ethiopia’s position—that it has sovereign rights to develop hydropower on a river within its borders—is as legally defensible as Egypt’s claim that historical usage entitles it to the Nile’s flow.

    Turkey’s Southeastern Anatolia Project on the Tigris and Euphrates is the second flashpoint. Turkey’s dam-building programs have reduced Iraq’s water supply along both rivers by 80 percent since 1975. The Ilisu Dam on the Tigris generates less than half its potential energy output—climate-driven precipitation drops in the watershed caused reservoir levels to fall below operational thresholds in 2022—but it functions as a geopolitical lever regardless. Turkey uses water infrastructure to extract economic and political concessions from Iraq, a dynamic that will intensify as climate change reduces precipitation across the basin.

    China’s cascade of dams on the upper Mekong—known in China as the Lancang—gives Beijing disproportionate control over water flows that Cambodia, Vietnam, Laos, and Thailand depend on for agriculture, fisheries, and hydropower. The Mekong River Commission exists as a platform for dialogue, but China is not a member. On the Brahmaputra, Chinese diversion projects raise fears in India and Bangladesh. The Tibetan Plateau—sometimes called “Asia’s water tower”—is the source of rivers that sustain billions of people across South and Southeast Asia, and the glaciers feeding those rivers are melting at rates that will fundamentally alter flow patterns within decades.

    The Indus Waters Treaty between India and Pakistan, signed in 1960, has survived multiple wars—but India reportedly placed it in abeyance in May 2025, and the Ganges Treaty with Bangladesh expires in 2026. Both instruments were designed for hydrological conditions that climate change is rendering obsolete. Fixed allocation quotas don’t work when the total volume of water in the system is declining.

    The desalination solution and its limits

    Desalination is the technology that allows countries without rivers to exist at modern scale. Saudi Arabia has invested at least $53.4 billion in desalination infrastructure since 2006 and plans to invest roughly $80 billion more. Eight of the ten largest desalination plants in the world are on the Arabian Peninsula. The Ras al-Khair plant in Saudi Arabia produces roughly 264 million gallons per day. These facilities are engineering marvels that convert seawater into potable water through reverse osmosis or thermal distillation, enabling cities like Dubai, Doha, and Kuwait City to support populations that the natural water supply couldn’t sustain at any scale.

    The limitation is that desalination plants are stationary, energy-intensive, and targetable. More than 90 percent of the Gulf’s desalinated water comes from just 56 plants. During Iraq’s 1990 invasion of Kuwait, Saddam Hussein’s forces released hundreds of millions of barrels of oil into the Persian Gulf, contaminating the seawater that desalination plants depend on. Kuwait had to import water by tanker. In the current conflict, Iranian strikes on March 2 hit Dubai’s Jebel Ali port roughly 12 miles from a complex with 43 desalination units. Debris from intercepted missiles reportedly damaged facilities in Kuwait and the UAE. The Hudson Institute’s assessment is blunt: unlike disruptions to oil markets, which primarily trigger economic consequences, striking desalination facilities “directly threatens daily survival.”

    The Gulf states have built contingency infrastructure—pipeline networks, storage reservoirs, protective barriers for intake valves. The UAE maintains 45 days of water storage under its 2036 water security strategy. Saudi Arabia has geographic depth and Red Sea facilities that provide resilience. But Qatar, Bahrain, and Kuwait have minimal strategic reserves and near-total dependence on Gulf-shore plants within range of Iranian missiles. If Iran were to systematically target desalination infrastructure—which it has threatened but not yet executed—millions of people would face acute water crisis within weeks.

    Desalination as a moonshot technology

    The vulnerability exposed by the Iran war is also a technology problem with a technology roadmap. Current desalination is expensive—roughly $0.50 to $1.50 per cubic meter depending on the technology and energy source—and energy-intensive enough that the plants themselves are tethered to fossil fuel infrastructure, creating a circular dependency: oil powers the machines that make water that supports the populations that produce the oil.

    Next-generation desalination aims to break that loop. Solar-powered reverse osmosis plants, already operational in small deployments in the Middle East and North Africa, decouple water production from fossil fuels. Forward osmosis, membrane distillation, and capacitive deionization offer potential efficiency improvements over conventional reverse osmosis. The broader moonshot vision—desalination powered entirely by renewable energy, at costs low enough for agricultural irrigation rather than just municipal drinking water, deployable at scales that could make arid regions self-sufficient in freshwater—would fundamentally alter the geopolitics of water by removing the scarcity that drives conflict. Studies project a potential 40 percent global shortfall in freshwater resources by 2030 while demand increases by more than 20 percent. Desalination at scale isn’t optional for the species. It’s the engineering requirement for sustaining 10 billion people on a planet where freshwater distribution doesn’t match population distribution.

    What the map actually shows

    The geopolitical map of water in 2026 has three layers. The first is the ancient layer: rivers that cross borders, with upstream countries holding structural power over downstream countries—Ethiopia over Egypt, Turkey over Iraq, China over Southeast Asia, India over Pakistan and Bangladesh. These conflicts predate the modern era and will outlast it.

    The second is the industrial layer: desalination plants that allow countries without rivers to function as modern states, concentrated in the Gulf and now exposed as military targets in a way that their designers never intended and their populations are only now confronting. A technology that was supposed to solve water scarcity has created a new vulnerability—centralized, targetable, dependent on energy infrastructure that is itself a target.

    The third is the technology layer: the moonshot question of whether desalination can become cheap, renewable, distributed, and resilient enough to decouple water supply from both geography and geopolitics. That’s a decades-long engineering problem, not a policy fix, and it belongs in the same category as fusion energy and space-based solar power—transformative if achieved, speculative on timeline.

    The common thread across all three layers is the same insight: water is not a commodity. It’s a strategic resource whose control determines which populations survive, which economies function, and which governments maintain legitimacy. Oil made the Gulf rich. Water keeps it alive. The Iran war is making that distinction impossible to ignore.

    We cover water geopolitics alongside the Darién Gap, forbidden zones, and the hidden geography that shapes the modern world across our Off The Map course. We also cover next-generation desalination as a civilization-scale engineering challenge across our Moonshot 2169 course—including why the most important technology for the next century might not be AI or fusion. It might be a cheaper way to remove salt from seawater.