Wetland drone surveys across Devon and Somerset last week, showing how we can create incredible resilient landscapes delivering multiple #naturebasedsolutions
@alanputtock
Ecohydrologist and Lecturer at the University of Exeter, UK. Focused on Nature Based Solutions, Natural Flood Management, Beaver Reintroduction and Landscape Restoration. Staff Profile: https://experts.exeter.ac.uk/22145-alan-puttock
Wetland drone surveys across Devon and Somerset last week, showing how we can create incredible resilient landscapes delivering multiple #naturebasedsolutions
A new water themed art exhibition with a live event this weekend! @uoe-creww.bsky.social @exeter.ac.uk
This role will involve fieldwork, analysing data and working with us towards outputs across a suite of natural flood management focused research projects.
Interested in a technical role increasing our applied understanding of water resilience, nature-based solutions, natural flood management, river restoration and rewilding?
@exeter.ac.uk we are seeking to appoint a technical specialist (reference R07520), See the thread and description below for more details and please get in touch if you'd like to discuss. Deadline for application: 12/02/2026.
jobs.exeter.ac.uk/hrpr_webrecr...
will involve extensive fieldwork to run existing hydrological monitoring sites and involve managing, quality controlling and processing hydrological and geospatial data . Whilst fieldwork and data analysis experience is essential, training will be provided for example to undertake drone surveys.
The candidate will help monitor and quantify the impact of Natural Flood Management (NFM) Interventions. A key project is the (award winning!) Devon Resilience Innovation Project, seeking to increase flood resilience across Devon: www.devon.gov.uk/drip/2025/06...
Please see the job description via the link above (in our job portal reference number: Q07520 and role: Technical Specialist) for more details and how to apply. Deadline 01/09/2025.
New job alert! Interested in applied research increasing our understanding of water resilience, nature based solutions and rewilding? @exeter.ac.uk we are looking for a Technical Specialist, working with me and others in Geography and @uoe-creww.bsky.social
jobs.exeter.ac.uk/hrpr_webrecr...
Deadline: 22nd August 2025
This funding covers UK tuition fees and an annual tax-free stipend of at least Β£20,780 per year however it sadly does not cover international fees.
New PhD funding opportunity: Quantifying natural flood management through peatland restoration in the upland moorland environment (Physical Geography @exeter.ac.uk )
@dpanici.bsky.social @philipimetcalfe.bsky.social @uoe-creww.bsky.social
www.exeter.ac.uk/study/fundin...
I think yes significant anthropogenic constraints, but an amazing job in restoring natural processes and increasing resilience compared to what was there before.
Flying up through the National Trust Holnicote Stage 0 river restoration site last week. Fantastic to see how much water is being held in the reconnected floodplain despite the recent drought conditions!
New paper! Human, or Nature-led? A Spectrum of Nature-based Solutions
Along with @austerroger.bsky.social Naomi Gatis and Richard Brazier @uoe-creww.bsky.social @uniexecec.bsky.social our perspective on #NbS as a spectrum from human-led to nature-led
www.sciencedirect.com/science/arti...
New paper! Human, or Nature-led? A Spectrum of Nature-based Solutions
Along with @austerroger.bsky.social Naomi Gatis and Richard Brazier @uoe-creww.bsky.social @uniexecec.bsky.social our perspective on #NbS as a spectrum from human-led to nature-led
www.sciencedirect.com/science/arti...
This PhD will address research gaps in quantifying how much peatland restoration can benefit NFM efforts in moorland.
Flooding is the most common natural disaster, impacting billions. Natural Flood Management (NFM), a nature-based solution opposed to traditional βgreyβ engineering, offer catchment-level solutions by using natural processes to slow and store water through a series of diffused interventions.
At Exeter this will be supervised by @dpanici.bsky.social , myself and Naomi Gatis in Geography and Centre for Resilience in @uoe-creww.bsky.social
Please share widely and if interested seen the link for more details. The successful applicant will join our research group where we're doing a wide range of Nature-based Solutions, NFM, catchment maangment and landscape recovery research.
Deadline for applications:
30th June 2025
For anyone interested in peatland restoration and natural flood management we have an exciting new funded PhD opportunity @exeter.ac.uk @uoe-creww.bsky.social supported the Environment Agency and South West Peatland Partnership: www.exeter.ac.uk/study/fundin...
#beaver watching on the River Otter last night with colleagues from @uoe-creww.bsky.social will never get bored of either seeing the beavers or peoples reaction to spotting them for the first time!
At this site released in Feb 2021
Starting the week with sunny fieldwork at the @dorsetwildlife.bsky.social #beaver project! Has matured into an incredible wetland!
Post conference session explore along the Danube. #Beaver signs everywhere! #EGU25
Eurostar and Nightjet trains to Vienna for #EGU25 looking forward to presenting our @exeter.ac.uk and Devon Wildlife Trust work seeking to make space for water in our landscapes and work with beavers to deliver Nature-based Solutions. @egu.eu
lnkd.in/ef2RtVJD
Beaver survey fieldwork fun
Hydrological monitoring and Beaver watching #fieldworkfun
Great to see our @exeter.ac.uk #beaver research featured on BBC Countryfile last night: www.bbc.co.uk/iplayer/epis...
A landmark moment for beavers in England! π¨
To unlock their benefits, we now need widespread population expansion - itβs time to normalise this native species.
Weβre reviewing todayβs announcement against key tests we set out in our initial response earlier today π
t.co/dHU4806zrM
The 3rd and final #beaver site surveyed in the River Otter catchment this week. Upstream of the village of East Budleigh, our monitoring has shown this wetland to significantly reduce downstream peak flows. @exeter.ac.uk