Environmental Engineering and Sustainability
Our research in the Environmental Engineering and Sustainability area is applied in nature, and involves understanding the ecological consequences of environmental change caused by human activity.
The Environmental Engineering and Sustainability subject area is comprised of research active staff and PhD students from the College of Science and Technology, who share an interest in species and habitat conservation, and improving our understanding of ecological interactions.
Research is largely applied in nature, and involves understanding the ecological consequences of environmental change caused by human activity. We do this by studying organisms at an individual, population, and community level.
The Environmental Engineering and Sustainability subject area have two main research centres and groups;
The Integrated Water, Energy and Food research centre is designed to study water pollution, industrial gas pollution, solid waste recycling, green energy production and food safety in an integrated manner. Our research focuses on the water and soil remediation by removing pollutants from waters and soils using microalgae technology, then utilising the pollutants and the algae biomass as a resource for green energy and soil remediation materials.
The centre integrates chemical, biological, ecological, agricultural, aquatic, soil, nanomaterial, and social sciences to produce an integrated technical model, which aim to solve the global problems of water safety, energy shortage and food security/safety. The research centre aims to develop ground-breaking solutions to globally strategic problems of environmental pollution, energy shortage, food security, and sustainable resource recovery. The research will enhance the national and international network and build an expert consortium to contribute to major research programs and international research excellence.
The Ecology and Conservation research group conducts research across five thematic areas:
- Urban Ecology
- Aquatic Ecology
- Behavioural Ecology
- Restoration Ecology
- Wildlife and Habitat Conservation
Staff in the Research Group are leading and contributing to population assessments of endangered species such as brown hyaena, aardwolf, and vultures and contributing to Reintroduction Guidelines. Population assessments have also been made for endangered species in protected areas of the world where resources are not available for basic population monitoring.
Our staff have also developed novel surveying methodologies which have been used to assess declining populations. For example, hedgehog footprint tunnels were designed at NTU, and used in the first National hedgehog survey in the UK. These methods are now widely used by the Mammal Society, Wildlife Trusts and across Europe to monitor hedgehog distributions.
The following Impact Case Study is linked to this Subject Area:
- Endangered Species Conservation