Linked from

The 109 pages that link to Desertification, each with the reason it gives.

• Tibesti MountainsRelated: Changes in vegetation and water availability affect communities across the range’s arid margins.

• Cashmere goatRelated: Rangeland degradation linked to grazing can contribute to desertification in cashmere-producing areas.

• Kyzylkum DesertRelated: Unsustainable grazing and water use can intensify land degradation around the desert.

• La Pampa ProvinceRelated: Low rainfall, drought, and land use make parts of western La Pampa vulnerable to degradation.

• Patagonian DesertRelated: Overgrazing and erosion can worsen land degradation in parts of Patagonia.

• Cashmere woolRelated: Rangeland degradation associated with grazing can intensify desertification risks.

• Dry seasonRelated: Repeated severe moisture deficits can compound pressures that degrade vulnerable land.

• KarakalpakstanRelated: Water stress and land degradation threaten farming and grazing in the republic.

• Tarim RiverRelated: Reduced river flow can intensify ecological stress along the Tarim’s lower reaches.

• Al-Ahsa OasisRelated: It describes a broader threat to arid landscapes surrounding cultivated areas.

• Bahariya OasisRelated: Soil and water pressures can threaten the cultivated margins that sustain Bahariya’s settlements.

• Environmental impact of agricultureRelated: Unsustainable cultivation and grazing can intensify degradation where water is scarce.

• Geography of AfricaRelated: It concerns changing land conditions in parts of the Sahel and other dry regions.

• Mediterranean forestsRelated: Repeated drought, erosion, and land misuse can push vulnerable landscapes toward severe degradation.

• TopsoilRelated: Topsoil degradation can contribute to desertification when vegetation and soil protection decline.

• Tropical and subtropical dry broadleaf forestsRelated: Overuse and climate stress can degrade dry-forest landscapes, though forest loss alone is not desertification.

• Vachellia tortilisRelated: Tree loss can weaken dryland functions that help communities withstand environmental stress.

• AddaxRelated: Degradation of drylands can further reduce suitable forage and habitat for addax.

• DrylandsRelated: It describes one pathway by which ecological and social pressures degrade dryland land resources.

• EdaphologyRelated: Changes in soil condition can reduce vegetation and worsen the land’s capacity to support use.

• Ennedi PlateauRelated: Changing aridity helps explain why the region’s archaeological record includes wetter past landscapes.

• HarmattanRelated: Dust transport is part of the dryland environment, while desertification has broader causes.

• NukusRelated: Exposed seabed and regional water stress intensify land degradation around Nukus.

• Syrian DesertRelated: Overgrazing, water stress, and land degradation threaten livelihoods around the desert.

• TumbleweedRelated: Tumbleweeds evoke dry, sparsely vegetated places, though their presence alone does not demonstrate desertification.

• African spurred tortoiseRelated: Changing land conditions can reduce forage and habitat across its Sahelian range.

• Amojjar PassRelated: Changing dryland conditions shape access, vegetation, and settlement around the pass.

• Badain Jaran DesertRelated: Land-use pressures around the desert can worsen soil and vegetation degradation.

• ChifengRelated: Parts of Chifeng face pressure from wind erosion and degradation of fragile dryland soils.

• Flora of the MediterraneanRelated: Water stress and soil loss threaten vegetation in the region’s driest areas.

• HetaoRelated: Water scarcity and land degradation put pressure on farming around Hetao.

• SubtropicsRelated: Subtropical drylands are vulnerable where water scarcity combines with land-use pressures.

• Turan DepressionRelated: Water stress and land-use pressures can intensify degradation across the lowlands.