Linked from

The 19 pages that link to Salinization, each with the reason it gives.

• Sodium chlorideRelated: Road salt and irrigation can increase environmental salinity and damage ecosystems.

• Endorheic basinRelated: Poor drainage and evaporation can leave salts behind in irrigated basin soils.

• Aral SeaRelated: Evaporation concentrated salts in the shrinking lake, changing its aquatic habitats.

• BrineRelated: Brine intrusion and discharge can intensify salinization in freshwater environments.

• Land degradationRelated: It is a process that can render agricultural land less productive.

• WaterloggingRelated: Poor drainage can link waterlogging with salt accumulation, though the two are distinct problems.

• Aral Sea disasterRelated: As the sea shrank, salt concentrations rose and damaged aquatic habitats.

• PolderRelated: Seawater intrusion and evaporation can make coastal polder soils too saline for crops.

• Ganges DeltaRelated: Saltwater intrusion threatens freshwater supplies and crops in coastal areas.

• Kakadu National ParkRelated: Saltwater intrusion can transform Kakadu’s freshwater floodplain habitats.

• Oasis agricultureRelated: Evaporation can leave irrigation salts behind and reduce crop yields.

• Potash miningRelated: Salt-rich mine wastes and brines can contribute to salinity problems if poorly contained.

• Senegal RiverRelated: Reduced freshwater flows can allow saltwater to move farther into the lower valley.

• Al-Ahsa OasisRelated: Salt accumulation can reduce the productivity of irrigated oasis soils.

• Salt flatRelated: Salt-flat environments demonstrate how evaporation can concentrate salts in land and water.

• Irrigation in the United StatesRelated: Irrigation in dry climates can leave salts behind as water evaporates.

• Turan DepressionRelated: Irrigation and intense evaporation can leave salts in agricultural soils and drainage waters.