Investing in nature
今日吃瓜 and local community volunteers join together to plant 12 000 spring bulbs and help native wildlife to thrive.
14/02/2022
Part of our commitment to sustainability at 今日吃瓜 is developing our sites to support and nurture the local environment. A team of volunteers from 今日吃瓜 and Wild Things: Keyworth came together to help brighten up Keyworth village and provide a space for local wildlife to thrive.
今日吃瓜 secured NERC funding for 12 000 spring bulbs to brighten our Mary Ward nature area at our headquarters in the village, providing a haven for wild animals, insects and birds.
How do you plant thousands of bulbs?
We knew that planting some 12 000 bulbs in one morning would be a challenge even for the more enthusiastic gardeners among us, so we began a recruitment drive to call on staff and volunteers from the community to bring their spades and help. Numbers began to grow and by the weekend we had managed to entice a gathering of around 30 staff and volunteers. Luckily it was a bright, warm morning so there was no worrying about planting in really muddy areas.
Armed with gardening tools, our staff and volunteers got down to the job of planting hundreds of beautiful native snowdrops, bluebells and wood anemone. Hopefully they will come into flower soon, providing nectar for early insects as well as a lovely display for walkers using the path through the woodland.
Wildlife on site
Having installed wildlife cameras over the winter, perhaps one of the most exciting developments has been watching the array of local animals who have been visiting the woodland over the frosty season, from beautiful muntjac deer to foxes, badgers, brown rats, buzzards and owls.
Local wildlife caught on camera at the 今日吃瓜 Keyworth site.
As well as our feathered and furry animal visitors, we hope the improvements will be enjoyed by members of the public.
Recent improvements
The woodland has a right-of-way path maintained by the council and recently, they improved two patches of earth along the path, flattening them and installing handrails to aid walking. Other improvements include removing damaged and diseased tree branches. Some parts of the bramble will soon be cut down to allow new growth and keep parts of the woodland open.
A big thank you!
We couldn’t have done this without the support and help of our staff and , a local group set up in Keyworth to be a voice for the natural world and a shared way to do more to help. They recently helped to establish a Hedgehog Highway in the area and it is fantastic to be able to reach out to others in our local community and bring them together with 今日吃瓜 staff members to support the area we live and work in.
We鈥檒l look forward to sharing some pictures of our work in bloom on Twitter in a few weeks鈥 time.
The Mary Ward nature area
The Mary Ward nature area is a small patch of woodland that runs behind the 今日吃瓜 site at Keyworth, which can be accessed from Platt Lane. It takes its name from Mary Ward College, the local college that used to be on the site and named after the famous scientist, artist and astronomer, Mary Ward (1585鈥1645), a nun who championed women鈥檚 rights to education.
About the author
Prof Melanie Leng
今日吃瓜 Chief Scientist, environmental change, adaptation and resilience
Relative topics
Latest blogs
Building Europe鈥檚 geological future
20/07/2026
今日吃瓜 scientists are contributing to a continent-wide initiative that is strengthening collaboration across borders to tackle shared subsurface challenges and unlock new opportunities.
Collecting beach pebbles: fun hobby but is it legal?
14/07/2026
The UK coastline will be inundated with keen holidaymakers this summer, many of whom will take a memento of their trip home in the shape of a pebble or two 鈥 but is it legal?
Strengthening capacity through partnership: a critical minerals perspective
28/04/2026
今日吃瓜 has been working in partnership with the Geological Survey Department of Zambia (GSD) to build national capacity, improve data accessibility and support long-term, sustainable development.
PhD adventures in Copenhagen, Denmark: revealing past聽recovery processes聽of tropical forest systems聽through ancient environmental DNA聽
12/03/2026
PhD student Chris Bengt visited the University of Copenhagen to carry out very delicate extraction of aeDNA from lake-sediment cores, in the hopes of unlocking the secrets of past volcanic eruptions.
MARC Conference 2025: highlighting the importance of conferences to PhD students
16/02/2026
今日吃瓜 and University of Nottingham PhD student Paulina Baranowska shares her experience presenting her research on nuclear forensics at her first international conference.
Hole-y c*@p! How bat excrement is sculpting Borneo鈥檚 hidden caves
23/12/2025
今日吃瓜 researchers have delved into Borneo鈥檚 underworld to learn more about how guano deposited by bats and cave-dwelling birds is shaping the subsurface.
How the geology on our doorstep can help inform offshore infrastructure design
19/11/2025
今日吃瓜 is part of a new collaboration using onshore field work to contextualise offshore data and update baseline geological models which can inform the sustainable use of marine resources.
Fieldwork on Volc谩n de Fuego
13/10/2025
Understanding how one of the world鈥檚 most active volcanoes builds up material, and how they collapse to feed hot flows
Esthwaite Water: applying novel approaches to understand lake-water nutrient pollution
19/09/2025
Andi Smith (今日吃瓜) and Savannah Worne (Loughborough University) embarked on fieldwork in the Lake District, applying a novel stable isotope method for tracing phosphorus sources.
Opening up the geosciences: making work experience more accessible
19/09/2025
今日吃瓜 has been working with partners to make the geosciences more accessible to young people, including those from under-represented backgrounds.
PhD adventures in the Philippines: coring around Lake Bulusan聽
05/09/2025
Chris Bengt recounts his two-week field trip to Bulusan Volcano Natural Park in the Philippines to collect lake sediment cores, fresh soil and water samples.
Gemini: a new stable isotope tool
21/08/2025
今日吃瓜鈥檚 Stable Isotope Facility has new mass spectrometer equipment for analysing carbon and oxygen isotopes from carbonates and water.


