Ever wonder what it takes to maintain a healthy marsh ecosystem? It’s important to understand not only the importance of marsh ecosystems but also the threats that destroy them. In this article, we’ll explain why you should care about maintaining a healthy marsh. Learn about the threats to marsh habitat and how natural Resource managers are working hard to restore marshlands in Lake St. Clair to make them better for people and wildlife.
Why is it important to have a healthy marsh ecosystem? Marshlands provide a home to a variety of aquatic and terrestrial species. Some are even native to the marsh environment, while others have learned to adapt to its unique conditions. Examples of plants and animals found in marsh lands include waterfowl, ducks, geese, bats, frogs, snails, some species of dragonflies, and many more. These animal species are crucial to the ecological balance in the marsh ecosystem. In fact, without these species, the ecosystem would quickly be destroyed.
Another reason to care about the state of your marsh ecosystem is the danger posed by invasive species such as Phragms (pronounced: phonetics: fire-go-men). These little insects can eat anything, but especially live in wet soils where they are an ideal food source. They are known to invade rice fields, forests, golf courses, and other places where agriculture and industry happen to be. And while they’re an extreme example of invasive species, there are a variety of other insects that might cause flooding in the area. To name just a few, there are subterranean beetles, which cause flooding, ants, which break down sewage, and swarms of aphids that devouring crops and spread diseases.
Marsh Ecosystem Restoration Benefits
An extremely important reason to improve the state of your marsh ecosystem is the effect sea level rise has on its habitats. Evidence shows that marshy habitats have suffered from changes in sea level over the last century. The marshlands are located near coasts facing a coastline that has experienced sea level rise over the last century. As a result, these animals’ homes have been severely disrupted, and the ecosystems have been weakened.
One way to restore the health of the marsh ecosystem is to reduce or eliminate the impact of human activities on the area. For example, a recent study found that low marsh areas have a surprisingly high level of species that feed on them. These animals’ presence has led to the death of approximately 150 species of birds over the past 40 years. Because of this problem, scientists have been working hard to find better solutions for addressing the problem. One option being considered is restoring salt marshes. This would allow restoration projects to restore natural habitats to their pre-human status.
Restoration projects in low marsh areas should not just seek to increase plant species. They should also reduce human impacts on the area. As many of these marshes sit below sea level, they are highly susceptible to high winds and damaging rainfall. In addition, there are a number of human impacts as well. Industrial facilities near the marshes discharge large amounts of agricultural chemicals into the air, polluting it.
An ideal solution for addressing the negative human impacts of the marsh is preventing sediment deposition. sediment deposition occurs when ground water is drained away from the marshes, carrying with it soil and sediment. Sediment accumulates on the marsh’s banks, hindering wildlife and other natural processes. By properly maintaining the level of water in the marsh and by removing sediment accumulation, you can help to prevent the occurrence of marsh erosion, which dramatically reduces the amount of damage that can be caused.
In The End
Restoration efforts also help to protect the ecosystem against other threats. For example, salt marsh algae has been known to create negative effects on certain plants, including the Florida State Tree. Marsh restoration focuses on these threats, helping to keep the plants within the marshes healthy while protecting them from harsh elements such as sediment deposition and harmful storm surges. This prevents the marshes from succumbing to algae bloom and other devastating diseases.