A wildlife corridor, also called a habitat corridor or green corridor, is an area that links groups of animals that have been separated by human activities such as building roads, expanding farms, growing cities, clearing land, and other developments. These corridors help reduce the problems caused by habitat fragmentation, which happens when natural areas are divided into smaller pieces, limiting where animals can move. Habitat fragmentation from human activities harms the variety of plant and animal life, and wildlife corridors help lessen this damage.
Landscape ecology is the study of how ecological processes in the environment interact with specific ecosystems. This study happens across different sizes of landscapes, patterns of land use, and levels of research and policy. Landscape ecology can be described as the study of how different types of life and land features work together to create landscape diversity.
Oyster reef restoration is the process of repairing and rebuilding damaged oyster reefs. Changes in the environment, modern fishing methods, overharvesting, water pollution, and other factors have caused harm, illness, and a significant drop in the number of oysters and the spread of their habitats worldwide. In addition to being important for the environment, oyster farming is a key industry in many areas around the world.
A living shoreline is a newer method for stopping shoreline erosion and protecting marsh areas. Unlike traditional structures like bulkheads or seawalls, which make erosion worse, living shorelines use as many natural materials as possible. These materials help absorb wave energy and protect shorelines from erosion more effectively.
Green infrastructure, also called blue-green infrastructure, is a system that helps solve problems in cities and with the environment by working with nature. This system includes managing rainwater, helping cities adapt to climate changes, reducing the effects of heat, increasing plant and animal life, growing food, improving air quality, creating clean energy, providing clean water, and keeping soil healthy. It also helps improve people’s lives by offering places for recreation, shade, and shelter in and around towns and cities.
Ecological engineering combines the study of ecosystems with engineering methods to plan, create, build, fix, and take care of environments that connect human communities with nature. This helps both people and the natural world to thrive together.
Coral reef restoration strategies use natural and human-made methods to repair damaged coral reefs. Reefs are harmed by both natural events and human activities, and people are working to fix this damage. This process includes breaking off pieces of healthy, mature corals and placing them on lines or frames.
Mangrove restoration is the process of helping mangrove forests grow back in areas where they once lived. Restoration means “helping an ecosystem that has been harmed, damaged, or destroyed to recover.” Mangroves are found in coastal wetlands of tropical and subtropical regions. These forests provide important services, such as cleaning water, serving as nurseries for fish and other aquatic life, offering materials for medicine, providing food, and supplying wood.
Forest restoration means taking actions to help ecosystems work properly again. These actions help forests recover their structure, how they function, and the variety of plants and animals they support, aiming to reach the final stage of natural forest growth. This final stage, called climax forest, is a stable ecosystem with the highest possible amount of living material, complex structure, and variety of species, limited only by climate and soil conditions.
Stream restoration, also called river restoration or river reclamation, is work done to improve the health of a river or stream. This helps support plant and animal life, provide areas for people to enjoy, manage flooding, and develop the surrounding land. There are two main types of stream restoration: form-based restoration and process-based restoration.