Linked from

The 32 pages that link to Water balance, each with the reason it gives.

• ExoskeletonRelated: A relatively impermeable cuticle helps many terrestrial arthropods limit dehydration.

• Endorheic basinRelated: In a closed basin, precipitation and inflow must balance evaporation, seepage, and storage change.

• Aral SeaNarrower topic: The lake’s collapse followed a sustained imbalance between inflow and evaporation.

• Rainwater harvestingRelated: A system water balance estimates how much rainfall becomes usable stored water.

• Amniotic eggRelated: The shell reduces dehydration while retaining enough moisture for development.

• Arid climateRelated: Arid climates persist when climatic water inputs fail to meet losses and demand.

• Desert ecologyRelated: Desert organisms must limit water loss or exploit brief opportunities to gain it.

• River dischargeNarrower topic: River discharge is an output term in a catchment’s water balance.

• Aral Sea disasterNarrower topic: The shrinking sea reflects a sustained imbalance between river inflow and water loss.

• UrineRelated: Kidneys adjust urine volume to help keep body water within limits.

• RunoffNarrower topic: Runoff is one of the outputs in a landscape water balance.

• Potential evapotranspirationRelated: PET estimates one potential loss term in catchment and soil-water budgets.

• Desert climateRelated: It shows how rainfall, evaporation, and storage interact in arid regions.

• LakeRelated: It determines whether the lake rises, falls, or remains stable.

• Lake SuperiorRelated: Precipitation, tributaries, evaporation, and outflow govern Superior’s changing level.

• Tidal prismCompared with: A prism captures tidal-cycle exchange, while a water balance includes all flows and storage changes.

• Aridity indexNarrower topic: The index compresses part of a climate water balance into a dryness measure.

• Water consumptionNarrower topic: Consumption appears as an outflow in basin and facility water balances.

• AestivationRelated: Water conservation is a central physiological challenge during aestivation.

• Caspian Sea levelNarrower topic: The Caspian’s level reflects the balance between inflows, precipitation, evaporation, and withdrawals.

• AridificationRelated: Regional drying reflects persistent changes in water inputs, losses, or storage.

• Issyk-KulRelated: Issyk-Kul’s level reflects river and precipitation inputs balanced mainly against evaporation.

• EcohydrologyRelated: It quantifies how ecological changes affect the allocation of precipitation among runoff, storage, and evapotranspiration.

• Lake PátzcuaroRelated: It helps explain how rainfall, evaporation, inflows, and extraction affect lake levels.

• SandgrouseRelated: Desert survival depends on limiting water loss and timing visits to water sources.

• Thorny devilRelated: Its skin channels offer a distinctive way to study water acquisition in a dry environment.

• Arabian oryxRelated: Efficient water use lets the oryx persist where free water is scarce.

• Hydrological modelingRelated: It constrains modeled flows and storage so simulated water does not appear or disappear.

• Pluvial lakeRelated: Pluvial expansion occurs when inflows exceed evaporation and other losses.

• African spurred tortoiseRelated: Efficient water use helps the tortoise persist where drinking water is scarce.

• Body fluid compartmentsCompared with: It describes whole-body gains and losses, rather than water's distribution among compartments.

• DunnartRelated: Dry-country dunnarts can obtain much of their water from food and limit water loss.