Brown hawker
A common dragonfly of canals, marshes, reedbeds and lakes, the Brown hawker can be seen patrolling the water or 'hawking' through woodland rides. It is easily distinguished by its…
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Chwilio
Common pond skater
The common pond skater can be seen 'skating' over the surface of ponds, lakes, ditches and slow-moving rivers. It is predatory, feeding on small insects by detecting vibrations in the…
Meadow pipit
The meadow pipit favours moorland and grassland. It is an unfortunate victim of cuckolding behaviour - their own young being pushed out of the nest, so they can look after the 'parasitic…
Carrageen
This small reddish-purple seaweed grows in small branching fans on rocky shores. It is widely used in the food industry - and might have been used to produce your ice cream, beer or even jelly!…
British rainforests – a new approach for climate action, communities and nature
We’re facing a climate and ecological emergency. We need to move much faster in rolling out joined-up solutions at scale, while also avoiding greenwashing traps that will only slow us down - write…
Flowering rush
Flowering rush is a pretty rush-like plant of shallow wetland habitats, such as ponds, canals and ditches. Its cup-shaped, pink flowers appear in summer, brightening up the water's edge.
Heath bumblebee
The Heath bumblebee is not only found on heathland, but also in gardens and parks. It nests in small colonies of less than 100 workers in all kinds of spots, such as old birds' nests, mossy…
Shaggy inkcap
As its name suggests, the shaggy inkcap, or 'lawyer's wig', has a woolly, scaly surface to its bell-shaped toadstools. It is very common and can be seen at the road side, in…
My therapy
Laurence suffers less from depression since he started conserving orchards. Playing a part in the management of places which support wildlife is proven to improve wellbeing, and you don’t need to…
Common backswimmer
The fearsome common backswimmer hunts insects, tadpoles and fish. It uses its oar-like legs to swim upside-down under the water's surface where unsuspecting prey can be found.
Wild Wetlands
Wetlands can accumulate carbon for centuries, but in some areas of the UK we have lost over 90% of our wetland habitat. Restored wetlands provide rich habitat, clean water naturally and reduce flood risk downstream. Less drainage and over-abstraction, the return of beavers and naturalising rivers will lock up more carbon.
Outstanding ocean sediments
Oceans absorb 20-35% of human-made CO2 emissions every year. Carbon is incorporated into the tissues of plants and animals, and later into mud and sediment. Human activities release this carbon and also impact populations of marine animals. Introducing Marine Spatial Planning would integrate all activities to avoid unintentional harms and maximise benefits.