What is spatial ecology?

spatial ecology can be best described as a study of the relationship between landscape and organisms and life forms in this space. Ecologists have studied the movement of the populations of plants and animals in relation to their surroundings for years, because the movement of plants and animals in the landscape can be described by some of the spatial locations of land structures. It is possible to describe spatial ecology in terms of plant populations, as they are the easiest to be studied and most affected by the landscape structure. Structures such as forest roads and roads could help create some invasive species long after the road or path was built, due to changing resources or scattering mechanism. Forestry roads provide an open surface, higher light concentrations and increased soil humidity, so far it provides ways for controlled seed scattering through animals or water. Regardless of whether the network of roads and paths causes non -native invasion, understanding and related to the effects that can lineRun structures, such as roads and roads, to approach plant invasions in order to control the future invasion of natural habitats.

There are a number of factors in a forest matrix that can affect the establishment of plants, but the structure of the natural environment could have the greatest impact on the potential invasion of non -native species. Linear features in forests such as roads and roads provide greater availability and disruption of light and can provide habitats for plant species that are widespread animals. Occasional observation suggests that some plant populations may expand along corridors of habitats in the "wave" of foundation, and that these corridors can provide a legacy from the infected areas to the unbound landscape.

Preferential equipment along trails and roads has been observed in many plant species due to the seed scattering by animal vectors. However, a linear habitat may be the only suitable hundredNews for this species. Woodland Roadways, Hedgerows and Stream Banks have been shown to help expand the native plant populations through an inappropriate habitat. These linear features can also help the invasion of non -native plants. When an invasive species can establish along a road or road that intersects an uninvited forest, this kind may have an opportunity to attack a forest undergrowth, a shaded area under the tree canopy.

Study of spatial ecology can lead to numerous discoveries concerning animals. Animals react in almost the same way as plants, in the corridors of movement and crossing from one spot of the habitat to another slowly, in what is called the Island effect. Without spatial ecology techniques, such as statistical analysis of spatial coverage, an understanding of how plants and animals move through the environment.