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Utah State University

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Ecosystem function

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Full-Text Articles in Life Sciences

The Differences Between Rewilding And Restoring An Ecologically Degraded Landscape, Johan T. Du Toit, Nathalie Pettorelli Aug 2019

The Differences Between Rewilding And Restoring An Ecologically Degraded Landscape, Johan T. Du Toit, Nathalie Pettorelli

Wildland Resources Faculty Publications

  1. Rewilding is a developing concept in ecosystem stewardship that involves reorganizing and regenerating wildness in an ecologically degraded landscape, with present and future ecosystem function being of higher consideration than historical benchmark conditions. This approach differs from ecosystem restoration but the two concepts are often conflated because (a) they both rely on similar management actions (at least initially) and (b) it can be erroneously assumed that they both aim for similar states of wildness.
  2. Rewilding and restoring both influence biodiversity, and common management actions such as species reintroductions (e.g. beavers or wolves) can be integral to a rewilding project. However, …


Landscape Heterogeneity Strengthens The Relationship Between Β-Diversity And Ecosystem Function, Edd Hammill, Charles P. Hawkins, Hamish S. Greig, Pavel Kratina, Johathan B. Shurin, Trisha Brooke Atwood Oct 2018

Landscape Heterogeneity Strengthens The Relationship Between Β-Diversity And Ecosystem Function, Edd Hammill, Charles P. Hawkins, Hamish S. Greig, Pavel Kratina, Johathan B. Shurin, Trisha Brooke Atwood

Watershed Sciences Faculty Publications

Consensus has emerged in the literature that increased biodiversity enhances the capacity of ecosystems to perform multiple functions. However, most biodiversity/ecosystem function studies focus on a single ecosystem, or on landscapes of homogenous ecosystems. Here, we investigate how increased landscape‐level environmental dissimilarity may affect the relationship between different metrics of diversity (α, β, or γ) and ecosystem function. We produced a suite of simulated landscapes, each of which contained four experimental outdoor aquatic mesocosms. Differences in temperature and nutrient conditions of the mesocosms allowed us to simulate landscapes containing a range of within‐landscape environmental heterogeneities. We found that the variation …