As disturbance regimes change in response to anthropogenic activities, ecosystem
resilience is critically important to the persistence of biodiversity and ecological functions …

Extensive research has shown that spending time in natural greenspaces has a positive
impact on health. However, there is limited evidence regarding potential factors that may …

Bacterial communities respond to environmental conditions with diverse structural and
functional changes depending on their compartment (water, biofilm or sediment), type of …

Opportunities to study community‐level responses to extreme natural pulse disturbances in
unaltered ecosystems are rare. Lake sediment records that span thousands of years can …

To better predict the consequences of environmental change on aquatic microbial
ecosystems it is important to understand what enables community resilience. The …

Lake sediments hold a wealth of information from past environments that is highly valuable
for paleolimnological reconstructions. These studies increasingly apply modern molecular …

The acquisition of tolerance to an environmental stressor can result in organisms displaying
slower growth after stress release. While well-grounded in the theory, empirical evidence of …

Wetlands are key ecosystems of high biological diversity that provide valuable ecosystem
services. These are particularly important in water stressed semi-arid countries, which …

Conventional ecological risk assessment (ERA) predominately evaluates the impact of
individual chemical stressors on a limited range of taxa, which are assumed to act as proxies …

The health benefits of exposure to greenspace are well researched; however, causal
pathways for improved health outcomes are complex, and evidence is minimal on potential …