This year's student workshop will provide students with a comprehensive overview of existing and emerging modelling techniques for landscape ecology, as well as outlining some potential exciting new directions for combining landscape ecological models.
Landscape ecology is the meeting point between a range of social and physical disciplines, exploring the relationships between landscape pattern and processes occurring on land, freshwater and sea.
Modelling can provide a vital tool to explore these relationships between process and pattern, as it allows large 'virtual experiments' to be run repeatedly, exploring effects that would be impossible to measure empirically. A recent paper  highlighted the significant progress that has been made over recent years at the intersection of landscape modelling and ecological modelling, and outlined exciting novel new directions that could be taken by combining different classes of landscape models and ecological models.
This two day workshop will comprise a combination of presentations from expert speakers, and opportunities to test out some models in practical sessions. Please check www.iale.uk/students for a list of confirmed speakers and more information.
This workshop is designed for students who are either already applying modelling techniques, or are interested in how modelling can support their research in landscape ecology. To apply for a place, please fill out the application form from iale.uk/students before 7th April. The workshop is free to attend for students who join ialeUK (£15 for annual membership), however, places are limited. We will provide lunch, but you will need cover travel and accommodation costs. If you are a MSc student, please provide a supporting statement from your supervisor.
The workshop is organised by ialeUK student co-ordinators Vanessa Burton and Anja Liski with support from the ialeUK committee. Please get in touch if you have any questions about the event at email@example.com
 Synes NW, Brown C, Watts K, et al (2016) Emerging Opportunities for Landscape Ecological Modelling. Curr Landscape Ecol Rep 1:146–167. doi: 10.1007/s40823-016-0016-7