The primary objective of wind farm siting is to maximize energy production by selecting locations with the best wind resources.

Wind speed and direction are the most important factors in determining the suitability of a site for a wind farm, as they directly affect the amount of energy that can be generated.

The wind turbine buffer zone is the area around a wind turbine that is potentially affected by its operation, including noise, shadow flicker, and visual impact.

Habitat loss is a common environmental impact associated with wind farms, as the construction and operation of wind turbines can disturb or destroy wildlife habitats.

The primary purpose of an EIA for a wind farm project is to identify and assess potential environmental impacts, including those related to noise, visual impact, habitat loss, and bird and bat mortality.

Planting trees and shrubs around wind turbines is a common mitigation measure used to reduce their visual impact by creating a visual buffer between the turbines and the surrounding landscape.

Shadow flicker is the term used to describe the phenomenon where the shadow of a wind turbine blade passes over a fixed location, causing a flickering effect.

Wind farms can have a variety of potential impacts on birds, including collision with wind turbines, habitat loss, and disturbance of nesting and breeding activities.

Wind turbine noise is the term used to describe the phenomenon where the sound produced by a wind turbine can cause annoyance or disturbance to nearby residents.

Common mitigation measures used to reduce wind turbine noise include using quieter wind turbines, installing noise barriers, and locating wind turbines away from noise-sensitive areas.

Environmental impact assessment is the term used to describe the process of assessing the potential environmental impacts of a wind farm project and developing measures to minimize those impacts.

Common methods used to assess the potential impact of wind farms on birds include bird surveys, radar studies, and nest monitoring.

Environmental monitoring is the term used to describe the process of monitoring the environmental impacts of a wind farm project after it has been constructed and is in operation.

Common methods used to monitor the noise levels produced by a wind farm include noise monitoring stations, sound level meters, and noise modeling.

Stakeholder engagement, public consultation, and community outreach are all terms used to describe the process of engaging with stakeholders and addressing their concerns about a wind farm project.