Welcome to the Foraging Ecology Research Group!
We are an ecological research group focused on trophic interactions and their drivers, based in the School of Natural and Environmental Sciences at Newcastle University.
Our primary aim is to identify the factors that lead to trophic interactions, and the consequences that follow.
To do this, we use a range of molecular, ecological and biochemical methods, with a particular passion for taking interdisciplinary approaches to answer fundamental ecological questions.
FERG is proudly part of the Newcastle University Ecology Group, an academic group comprising many principal investigators in the School of Natural and Environmental Sciences.
Foraging Ecology
Foraging ecology is the study of how organisms search for, obtain, and use food resources in their natural environment. This encompasses trophic interactions, but also the factors that drive these interactions, and their consequences. By investigating these interactions, we can understand how organisms optimise their food intake and energy expenditure.
These processes underpin the healthy functioning of every ecosystem, including our food systems. How systems respond to change affects our ability to feed the growing global population. Understanding these fundamental drivers of ecology enhances our understanding and appreciation of the complexity of life.
Research themes
Trophic interactions
Trophic interactions are the fundamental building blocks from which the complex systems that we admire and depend on are built.
We have investigated trophic interactions across a range of taxa and systems and explore fundamental ecological drivers of animal foraging.
Molecular analysis
The interactions between organisms are often cryptic, particularly for invertebrates, but molecular methods help to detect and identify them.
We have conceptually advanced these approaches and continue to develop, test and scrutinise them.
Nutritional ecology
Nutrients underpin and drive foraging ecology as the fundamental currency of trophic interactions.
We have pioneered the integration of nutrients into complex ecological networks. We have also developed protocols to advance the analysis of nutrition in invertebrates.
Community ecology
The networks of interactions that form within and between ecological communities dictate ecosystem functioning.
We have developed the integration of molecular and nutritional data into networks to study the structuring of interactions across a range of contexts.
Invertebrate ecology and entomology
Our research primarily uses invertebrates as model foragers or resources (although not exclusively). Invertebrates are the incredible engineers of most of our ecosystems are are the often-underrepresented keystones holding up natural systems, but also our food systems and ecosystem services. They also represent a massive diversity of foraging behaviours and ecologies, so they are super cool to study!
They are, however, sensitive to changes in our climate, land-use and agricultural practices. Given their importance, understanding their responses to these changes is crucial for predicting and mitigating biodiversity loss and ecosystem collapse.
Latest updates:
- NEW PAPER: The case for open research in entomology: Reducing harm, refining reproducibility and advancing insect science
- NEW PAPER: Sources of prey availability data alter interpretation of outputs from prey choice null networks
- New preprint: Biomonitoring of biocontrol across the full annual cycle in temperate climates: post-harvest, winter and early-season interaction data and methodological considerations for its collection
Join us!
Are you looking to do research relating to trophic interactions, molecular analysis or nutritional ecology?
Get in touch!
We share opportunities like PhD studentships in the “News” tab of this site.
Foraging Ecology Research Group 