Predicting the impacts of
edge effects in fragmented habitats.
Edge effects are a spatial phenomenon per se (Ewers and Didham 2006a); however, there are other underlying spatial effects on edge ecology.
However, with important misalignments, this result could be reversed, with
edge effects occurring even with the logarithmic profile.
Edge effects in central Amazonian forest fragments.
Smaller fragments are more degraded as a result of environmental damage that the
edge effect leads to plant species.
However, a number of other authors have noted the absence of
edge effects in tropical dry vegetation formations: Sampaio and Scariot (2011) did not find any differences between the forest edge and interior in relation to the composition and abundance of seedling and adult individuals in a fragment of dry forests subjected to the same type of climate as the present study; Oliveira et al.
Diversity of galling insects in Styrax pohlii (Styracaceae):
edge effects and use as bioindicators.
Landscape forest cover and
edge effects on songbird nest predation vary by nest predator.
Edge effects are the result of the interaction between two adjacent patches separated by an abrupt transition that affects the performance of individuals (LIDICKER, 1999).
The objective of the work is to calculate the force of braking as well as power and analyse the influence of the
edge effects.
Because the method neglects
edge effects from the true, finite size of an array, the results are approximations of far-field patterns and element-to-element coupling factors.
According to Murcia (1995), there are three types of
edge effects in forest fragments: abiotic effects, direct biological effects and indirect biological effects.
