- Ecological release, is defined as the expansion of range, habitat and / or use of resource to an organism following a decrease in competitors, is the above of oceanic islands. Species colonizing newly formed islands, whose ancestors changed competition competitions, can experience relaxed options due to the reduced lack of not only lacks of not only competitors, but also predators. In fact, reasons other than the competition can also be included in determining the ability of species to expand their niche. For example, ecological specialist, often regarded as an irreversible change, which prevents the change in more states overall.
- Here, we include geometric morphometric methods, analyzes stable isotope and species to distribution of models using the genus spider Dysydera As a model organism to explore the implications of various chelicalary morhotypes associated with various trophic adaptations to the species’ ability to undergo ecological release.
- In contrast to our expectations, species with morphotypes associated with a more specialized diet likely to expand their trophic niches and revise their spaticype across the types of generals.
- This result can be explained to their ability to feed ISOPODs, a victim often rejected by most predators, with other arthropods. This specialist may be important to expand their icological niche compared to types of overall.
- Our study is one of the first examples of use in a multidisciplinary way to better understand the effects of ecological release of united trophic preferences.
Bilipay, A., Enguídanos, A., Plock, Lj, Patiño, J. Insect-care and variation. https://doi.org/10.1111/icad.12841
