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Title

Postdocs in Social-ecological Modelling

Posted
Reference   (Please mention Stopdodo/Environment Jobs in your application)
Sectors Sustainability, Climate, CSR, EMS
Location Sweden - Europe
Type Fixed Term and Permanent Roles
Status Full Time
Level Mid Level
Deadline 07/12/2016
Company Name Stockholm Resilience Centre - Stockholm University
Contact Name
Website Further Details / Applications
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Description

Stockholm Resilience centre is now hiring two postdoctoral fellows: one within the MuSES project (Towards middle-range theory of the co-evolutionary dynamics of multi-level SES) and one within GRAID.

SRC’s GRAID program (Guidance for Resilience in the Anthropocene: Investments for Development) is a long-term collaboration to build on SRC research in the theory and practice of resilience for development. GRAID will generate knowledge and synthesize insights on resilience thinking, and approaches for assessing and building resilience in the context of development. GRAID is funded by Sida and has been developed as a strategic knowledge partner to the Global Resilience Partnership (GRP), which is convened by The Rockefeller Foundation, USAID and Sida.

MuSES is an interdisciplinary five year project aiming to build understanding of the co-evolutionary dynamics of social-ecological systems (SES), with a particular focus on cross-scale interactions. It combines theoretical and empirically-based modelling approaches to investigate how micro-level interactions between humans and the biosphere give rise to observed macro-level phenomena such as a resource collapse and to identify critical social-ecological mechanisms for sustainable aquatic and terrestrial food production systems. The project is funded by an ERC consolidator grant to Dr. Maja Schlüter.

The work will advance theoretical and methodological research on the dynamics of social-ecological systems (SES). Theoretical work will involve the development of stylized dynamical models to investigate interactions and feedbacks that underly observed social-ecological phenomena, such as poverty traps or resource collapses. The stylized models are intended to support the development and testing of hypotheses about human-environment relationships that determine SES outcomes and enhance understanding of general patterns and causal mechanisms. They will be based upon and compared against general patterns observed in real-world settings.

Deadline: 7 December 2016

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