Land & Water Use

Altered animal migration patterns.

Reduced soil erosion rates.

Increase groundwater recharge rates.

Greater carbon sequestration capacity.

Mandating water usage restrictions during peak rainfall periods only.

Constructing larger traditional sewer systems to accommodate increased volume.

Implementing green infrastructure projects like rain gardens and bioswales.

Subsidizing flood insurance premiums for residents in flood-prone zones.

Urbanization increases the occurrence of precipitation

Structures like buildings or parking lots prevent water percolation and alter natural water flow

It has no impact on the water cycle

It enhances water storage in natural reservoirs

Solar panels absorbing sunlight

Green and vegetated surfaces

Dark and paved surfaces

Water bodies like lakes and rivers

Enhanced public transportation systems reduce reliance on personal vehicles thus decreasing oil contamination of soil.

Increased vertical farming practices within cities augment green space without significantly altering infiltration rates.

The expansion of impervious surfaces reduces infiltration rates and limits groundwater replenishment.

Implementation of green roofs increases water retention but does not substantially alter overall groundwater recharge.

It has no impact on the water cycle

It enhances water storage in natural reservoirs

Urbanization increases the occurrence of precipitation

Structures like buildings or parking lots prevent water percolation and alter natural water flow

Installation of permeable pavements in parking lots and sidewalks only.

Expansion of urban green spaces such as parks and gardens.

Construction of levees and other traditional flood prevention infrastructures.

Implementation of high-reflectivity (cool) roofing materials on buildings.

They decrease air pollution by reducing soil erosion and dust.

They increase runoff, which can carry pollutants into water bodies.

They enhance groundwater recharge by directing more water underground.

They reduce water temperature fluctuations by shading water bodies.

It decomposes rapidly due to increased biological activity.

It naturally integrates into local soil without impact on the environment.

It is collected and taken to landfills or incineration facilities.

It is predominantly digested by urban wildlife species.

By providing habitat corridors for wildlife, enhancing biodiversity.

By reducing energy for heating and cooling through insulation properties.

By treating wastewater naturally, reducing the need for sewage facilities.

By increasing the albedo effect and thus reducing solar energy absorption.