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We have 20 phosphorus PhD Projects, Programmes & Scholarships

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phosphorus PhD Projects, Programmes & Scholarships

We have 20 phosphorus PhD Projects, Programmes & Scholarships

SCENARIO: Linking Microbial Control of Macronutrient Availability to Carbon Sequestration in Temperate Forests

Forests and woodlands serve as key carbon reservoirs, with a substantial portion of the carbon stored as soil organic matter. The capacity of forests to sequester carbon depends, among other factors, on the availability of the soil macronutrients, nitrogen and phosphorus. Read more

Accelerating phosphorus and nutrient cycling in the Greenland Arctic ecosystem Soils

PhD Study. At the Global Frontier of Climate Change and Nutrient Cycling  . The fragile Arctic ecosystems are changing rapidly due to global warming, as glaciers retreat, they are revealing arctic soils under the process called ‘greening’. Read more

Accelerating phosphorus and nutrient cycling in the Greenland Arctic ecosystem Soils

PhD Study. At the Global Frontier of Climate Change and Nutrient Cycling  . The fragile Arctic ecosystems are changing rapidly due to global warming, as glaciers retreat, they are revealing arctic soils under the process called ‘greening’. Read more

Nutrient controls on climate and life

In this project you will investigate how the availability of iron and manganese in the oceans controls the global carbon and oxygen cycles, and hence the evolution of Earth’s climate and surface conditions over past, present and future timescales. Read more

Earth’s Great Oxidation: Redox and nutrient controls on the transition to a permanently oxygenated atmosphere

The rise of oxygen on the early Earth has been recognised as one of the most significant episodes in the history of our planet, and this initial rise set in motion a prolonged chain of events that ultimately resulted in the habitable conditions we now enjoy. Read more

Controlling Group 15 Alloy Nanoribbons

Studentship is open to both Home and International fee status students, however EPSRC caps the number of International students at 30% so a maximum of 21 International students can be recruited and competition for these places will be particularly strong. Read more

Understanding phytoplankton metabolism by single cell sequencing

Project Overview. The aim is to resolve gene expression of individual cells in marine samples by a new sequencing approach. This information can help us understand how microbes turn over nutrients, mutually interact, and adapt their physiology to environmental change such as coastal water pollution and climate change. Read more

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