Do you have a PhD in Physical Geography, Environmental Sciences, Landscape Ecology or Soil Ecology? Have you got educational and research experience working with digital data to contribute to climate, geographic or biodiversity science? If so please consider applying for the 4-year post-doctoral position “Digital Environmental Sustainability” currently available within the Department of Ecosystem & Landscape Dynamics (Institute for Biodiversity & Ecosystem Dynamics, University of Amsterdam).
IBED is looking for an environmental chemist/environmental scientist experienced in studying sources, transport, transformation and degradation and fate of chemicals in ecosystems to support ongoing work within the Department of Ecosystem & Landscape Dynamics (ELD), and create links with the Department of Freshwater & Marine Ecology. We are particularly looking for a researcher with an international track record with expertise in one, or more, of the following areas:
The fate and effects of organic contaminants of emerging concern in the environment.
The mitigation of environmental pollution.
Environmental policy and circular economy.
Regional and larger-scale systems analysis of human impacts on the environment.
This is one of two positions currently open in Earth Systems Science within ELD. The other position is related to Soil Carbon Cycling and we will be looking at complimentary between the two appointments.
For further details and information on how to apply click here.
I am pleased to announce the opening up of a new DPhil position at the University of Oxford Department of Earth Sciences that I will be involved with. The main supervisor for the project is Prof. Tamsin Mather and the position is part of her recently funded European Research Council project. The project is entitled “Sniffing out global volcanic fingerprints using mercury in Quaternary sedimentary records”.
For full details of the project click here and how to apply click here.
Main purpose: Based at St Andrews, the PDRA will play an important role in a NERC-funded project working on the distribution and dynamics of peat-forming ecosystems in Amazonia. The post-holder will be required to undertake palaeoenvironmental research (including fieldwork, lab analyses, data analysis and write-up) in order to reconstruct the developmental history of the palm swamps, pole forests, and ‘open peatlands’ over the course of the Holocene. Some technical support for routine laboratory tasks will be available.
Deadline: 31 October 2018
For further information click here.
We are seeking to recruit a Neotropical palaeoecologist to join the recently funded “The past peoples of Amazonia: Assessing ecological legacies” project(PIDr. Crystal McMichael, funding NWO, based within the Department of Ecosystem & Landscape Dynamics). The project aims to reconstruct cultural histories from lake sediments in northwestern Amazonia, and link past human activities with modern ecological observations. The project involves analyzing microfossils (including pollen, phytoliths, and charcoal), and the development of a transfer function that estimates past human impacts in tropical forest systems.
We are particularly looking for a candidate with expertise and experience, in:
Fieldwork in remote areas.
Quantitative analysis, including familiarity with R and Geographical Information Systems.
Focus on Global Ecology, including: global biodiversity patterns and ecosystem functioning, human impacts on biodiversity, biogeography of species interactions, and/or global changes in ecosystems, biodiversity and ecosystem services.
Supervisory team: Prof. David Sear, Prof. Justin Sheffield, Prof Ian Croudace (National Oceanographic Centre, Southampton).
Rationale: Because of their small size and isolation, islands in the Pacific have limited and fragile natural resources, making them more vulnerable to climate hazards and stresses than are continents1. Pacific Island Nations (PINS) also occupy the region of the earth’s surface most immediately impacted by ENSO events. The impacts of El Nino events are felt across 3,975 islands, 13 island nations, affecting a population of 12.9 million who rely on rainfall for freshwater and food security. To date our understanding of the mechanisms of drought, their frequency and duration, and their biophysical effects in PINs remain poorly quantified. In addition island types experience droughts differently, varying according to their location, topography, geological history and ecology. Droughts are also thought to have been important drivers of the human colonization of the Pacific2. Drought frequency is likely to increase in the tropical pacific but again its specific impacts are largely unknown. This PhD seeks to develop a step change in our understanding of droughts based on novel coupling of long term data on drought frequency with process based drought modelling.