Wetlands perform multiple functions in the hydrological cycle, including water filtration, flood control, and groundwater recharge.

Deserts are not considered wetlands as they lack the characteristic waterlogged conditions and vegetation associated with wetlands.

Mangroves provide multiple benefits for coastal protection, including reducing wave energy, stabilizing shorelines, and providing habitat for marine life.

Wetlands can receive water from rainfall, groundwater, surface runoff, or a combination of these sources.

Wetlands do not directly contribute to air pollution control, although they can provide habitat for wildlife that may help reduce air pollution.

Mangroves contribute to water quality improvement through various mechanisms, including filtration, habitat provision, and erosion control.

Wetlands face multiple threats, including climate change, pollution, habitat destruction, and other human activities.

Oak trees are not mangroves, as they are not adapted to the saline conditions found in mangrove habitats.

Wetlands play a crucial role in biodiversity conservation by providing habitat, supporting ecological interactions, and filtering pollutants.

Mangroves do not contribute to increased water pollution, but rather help improve water quality.

Accretion is the process by which mangroves trap and accumulate sediments, leading to the formation and growth of mangrove habitats.

Wetlands provide multiple benefits in flood mitigation by storing water, reducing flow velocity, and filtering pollutants.

Roses are not wetland plants, as they are not adapted to the wet and often waterlogged conditions found in wetlands.

Mangroves play a significant role in carbon sequestration through various mechanisms, including carbon dioxide absorption, biomass storage, and erosion control.

The wetland-upland transition zone is the unique ecosystem found at the interface of freshwater and saltwater in wetlands, where different plant and animal communities interact.