Author Interview with Stephen Littlewood: Wild Mull

Wild Mull: A Natural History of the Island and its People guides the reader through the world of the Isle of Mull in its glory, considering every facet of the island’s natural history, diverse species and stories of past, present and future.

Mull is a seaborne landscape off the west coast of Scotland, displaying uncommon biodiversity and full of rare wildlife experiences, but today it faces some of its greatest challenges. With superb illustrations and illuminating text, Wild Mull is testimony to the power of wild places and the duty we have to protect and learn from them.

Stephen Littlewood kindly agreed to answer some of our questions below.

Mull mountainscape across Loch na Keal by Martin Jones

Could you tell us what inspired you to write this natural history of the Isle of Mull and its people?

We live in an era when wildlife is being pushed more and more into the margins, and many people are starved of the experience and understanding of wild places. In this context, there is a consensus that Mull is formidably equipped to display a concentration of land and marine species that is very rare today. It is also a relatively accessible destination. Consequently, the island and its surroundings have become significant attractions for a burgeoning population of wildlife tourists and, it must be said, for the tourism industry which has prospered on the back of a fascination with the so-called ‘wild’. Today, Mull’s reputation for delivering outstanding and intimate associations with many iconic British species draws people from far and wide. However, until now there has been no single resource that explains how Mull came to this position, or what it is about its aggregation of species and habitats that makes it so outstanding. I felt that it was high time to rectify that, but in doing so it was important to address some of the questions that are often overlooked during the pursuit of the profound pleasure to be gained from embracing nature in cherished land and seascapes. The book was always intended to be as much a history, an explanation and an exploration of this special place, as it was a guide to its species and habitats.

White-tailed Eagle by Martin Jones

Visitors typically arrive on Mull with a wish-list of species to see. That list is invariably topped by eagles (white-tailed and golden), otters, puffins, and cetaceans. What people tend to be less appreciative of, or often not at all interested in, is the backstory both to these species and of the multitude of supporting flora and fauna. All of them are equally beautiful and extraordinary in different ways, and it is the sum of their parts that enables the headline species to thrive. I wanted to encourage the reader to explore as much of Mull’s complex biodiversity as possible, whilst also explaining how, in such an apparently injury-free landscape, it is constantly under pressure and subject to continual interventions by people, in the same way as anywhere else. To do so the book had to be factual but at the same time attractive and not overbearing. This meant that it would have to deliver a visual thrill; to make all of it, even the smallest elements, tangible and exciting. I also knew that Martin could sprinkle that magic, embroider the broad design concept, and embellish the text with the kind of high-quality photo images that would prove irresistible to the potential readership. He has done this wonderfully well.

You mention that human intervention has had a profound effect on Mull. Could you tell us a little more about the historical relationship between humans and the environment on the island?

Mull’s environment isn’t perfect, or unblemished. Most of that is down to the fact that people have been surviving on, profiting from, and ‘improving’ it for 10,000 years. If we were going to tell an honest story of the island’s natural history, it had to include the role of people, for better or worse, in shaping it. To begin with, I thought that this would be a tale largely of land use, of subsistence arable farming, grazing by domestic animals, wholesale planting and harvesting of cash-crop conifer plantations and so on. Of course, these are significant elements in the story, but only when I started to examine the historical record did I realise the extent to which species have been manipulated, consciously and unconsciously, by human interventions that have fundamentally impacted the flora and fauna over time. The picture of what we think of as a natural biodiversity, not only on Mull, isn’t necessarily as we perceive it. An extraordinary proportion of our flora and fauna has been introduced, exterminated, or tampered with. What I find interesting is that each time these actions have occurred they have been judged by the social, moral or economic expediency of the age. Today, we may feel confident that we know the right and wrong ways of addressing biodiversity issues, but one wonders if future generations will have a different perspective again.

Dolphins in flight by James West

The pine marten is flourishing on Mull, which is considered by some to be a success story, given their critical status in England and Wales. However, you highlight their potential negative impact on many of Mull’s endangered bird species. How does Mull plan to tackle this conservation conundrum?

In short, Mull doesn’t plan to tackle it at all nor, I think, is it a topic that is widely discussed. The pine marten is a very recent arrival on the island, and although it was not ‘formally’ introduced, it is generally accepted that it is here to stay. Its presence is mostly felt by the inhabitants to be desirable, so hopefully, its impact upon other species will not be to drive them beyond sustainable populations. Its role as a new predator does raise interesting questions, however. It is certainly thriving, but nobody is monitoring the impact of its reintroduction, nor the size of its population. It is a protected species in Scotland, so, therefore, cannot be deliberately trapped, whilst at the same time, the Scottish Environment Protection Agency (SEPA) have said that, because its introduction was never officially sanctioned, if it is accidentally caught in mink traps, for example, it should be removed from the island as an illegal immigrant and liberated elsewhere. We don’t really know if its migration is good or bad for Mull’s wildlife, and we don’t have any inclination to find out. I find this a confused response and a fascinating conundrum in the light of current approaches to the restoration of our damaged environments.

Pine Marten, an ‘accidental’ introducation by Nathen Steggles Briggs

Tourism, particularly ecotourism, contributes a large proportion of the island’s economy. However, negative aspects of ecotourism, such as overuse of areas, can lead to environmental damage. What measures are being taken to keep tourism sustainable?

Ecotourism is probably now the largest contributor to the economy of Mull, but again this isn’t a question that is really generating much deliberation about the future or consideration of potential interventions. There are parking issues, particularly in the centre of Tobermory, which have been the subject of debate and are likely to result in the community and local authority trialling solutions to excess traffic in urban areas. However, in terms of ameliorating traffic growth on the roads, the impact of ‘wild’ camping, or the increasing pressures on species such as puffins and otters by wildlife photographers and so on, there is little formal debate and very little coming forward by way of attempts to make tourism more sustainable to protect the environment. It was interesting, whilst writing the book, to reflect upon the significant behavioural responses of wildlife during the Covid-19 lockdowns. There were many discernible changes, both as a response to restrictions upon tourism and the subsequent lifting of those restrictions.

Puffin on Lunga by Martin Jones

Do you have any future projects planned that you can tell us about?

Mull could be likened to an accessible ‘mini laboratory’ with the potential to explore many environmental issues which are being played out on a much bigger stage. I would like to use the prism of Mull to address some of the big questions that arose in writing the book, although unpacking and making sense of the many wicked issues that come to mind is a complex and hazard-strewn path which would be a wholly different kind of journey. In the meantime, perhaps Martin and I will further develop some of the core themes of this book, which continue to fascinate and engage an ever-increasing number of interested individuals.

Wild Mull by Martin Jones

Wild Mull: A Natural History of the Island and its People
Stephen Littlewood (Author) and Martin Jones (Photographer) | October 2021

Climate Challenges: 3. Fossil Fuels

In the lead up to the 26th UN Climate Change Conference of the Parties (COP26) in November of this year, we are writing a series of articles looking at some of the toughest global climate crisis challenges that we are currently facing. This article looks at the use of fossil fuels and their contribution to climate change.

Gerry Machen via Flickr
What are fossil fuels?

Fossil fuels include coal, natural gas, heavy oils and petroleum. They are formed from the decomposition of carbon-based organisms that were buried millions of years ago. This created carbon and hydrogen-rich deposits below the earth’s surface, which can be extracted and burned for energy. Fossil fuels are non-renewable, a finite resource that is being used much faster than can be replenished, but this type of fuel currently supplies around 80% of the world’s energy.

How are they extracted and what are the impacts?

There are several methods of extracting fossil fuels, depending on the type, amount and surrounding area. The main method for extracting solid fossil fuels, such as coal, is mining, where buried resources are exposed by digging or scraping. This can be underground, on the surface or even at sea. Land-use changes associated with mining, such as the construction of access roads, processing plants and other facilities, and the mining itself, have a wide range of environmental impacts. The extraction of coal can pollute local water sources with toxic chemicals and heavy metals, reduce the quality of soil, involve excess dumping of rock and soil and strip the land of vegetation. There are also some very destructive techniques such as the use of explosives, which can have a widespread impact on the local wildlife.

For liquid or gaseous fuels, the method most often used is drilling. This has similar land-use change impacts to mining, but drilling also involves pipelines, the building of which can cause thousands of miles worth of damage. There is also the threat of spillage, such as recently occurred in North Dakota, where nearly 41,000 gallons of wastewater was spilt from a broken pipeline. Oilfield wastewater, also called produced water, contains saltwater and drilling chemicals, including heavy metals. It is not drinkable and can have serious environmental consequences when it’s spilt.

Fracking is another method used to extract gas. The environmental impacts from this method include the release of carcinogenic chemicals into water sources, earthquakes and reduced water availability due to the high volume needed for the fracking process.

Oil pumps in California by CGP Grey via Flickr
What happens when we burn fossil fuels?

Burning fossil fuels generates energy, which is converted to electricity and used for industrial processes and transportation. Since the industrial revolution, our use of fossil fuels has been steadily increasing. The use of fossil fuels is thought to be the primary cause of climate change. Burning these fuels releases carbon dioxide and other greenhouse gases into the atmosphere at a much faster rate than it can be removed by the carbon cycle. These gases accumulate in the atmosphere, intensifying the greenhouse effect and increasing global average temperatures.

Burning fuels also increases the acidity of precipitation, causes ocean acidification and emits air pollutants, causing respiratory disease.

What are the alternatives?

There are many different alternatives to fossil fuels, each with their own benefits and drawbacks. From hydrogen gas, tidal energy, wind energy, geothermal power, biomass energy, biofuels to wave and solar power, there are several options that companies and countries can use to reduce their carbon footprint. The benefits are reduced direct emissions, the potential for lower fuel prices and that they are renewable energy sources. However, some have their own negative impacts on the environment. For example, wind farms can be harmful to birds, some solar panels are manufactured using heavy metals and are difficult to recycle, and hydrogen gas is mostly produced from fossil fuels. Therefore, simply switching over from fossil fuels to renewable is not an easy process.

However, a higher percentage of the UK’s electricity was powered by renewable energy than fossil fuels in 2020. Renewables powered 43% of our electricity compared to the 38.5% powered by fossil fuels. Together with nuclear power, 59% of the UK’s electricity was powered by low carbon sources. This demonstrates that large-scale use of renewable energy is possible and that we are taking steps on our way to becoming a net-zero country.

Protests in 2015 against the use and funding of fossil fuels by John Englart via Flickr
What is net zero and is it really the solution?

Net zero is the balance between the amount of carbon dioxide and other greenhouse gases produced and the amount removed from the atmosphere. This can refer to the emissions of individual people, companies, countries and the world. It does not mean that fossil fuels will no longer be used however, it instead means that the amount of emissions released is the same as the amount removed. This can be achieved without completely cutting out our emissions output by increasing the removal of greenhouse gases through techniques such as planting trees or capturing carbon during industrial processes. While finding a balance is an important step in tackling climate change as it will reduce global warming, it is not the final solution. The continued use of fossil fuels will have other negative environmental implications, even if our emissions are balanced.

True zero refers to the complete removal of carbon-emitting fuel types from our energy supply or carbon offsetting when using these fuels when renewable energy supplies fall short. This also includes cutting all greenhouse gas emissions, including from sources other than fossil fuels. Carbon negative refers to a carbon footprint that is less than neutral and therefore is removing more carbon dioxide from the atmosphere than it is adding. Only two countries are thought to have reached net zero, Bhutan and Suriname, and both claim to be carbon negative. However, both countries still use fossil fuels.

We are already seeing the effects of climate change and the increased average global temperatures. At the 1.5°C increase that the Paris Agreement aims to limit the rise to, we will see even more serious consequences (you can read more about this in our blog: Climate Challenges: What is COP26 and Why is it Important?). One way to truly tackle climate change is to begin reducing atmospheric carbon and greenhouse gases to pre-industrial revolution levels, hopefully allowing average global temperatures to also reduce to pre-industrial revolution levels. To achieve this, more countries must become either true zero or carbon negative.

Summary

• The extraction and burning of fossil fuels have serious negative environmental consequences, including temperature increase, air pollutants and water contamination. The amount of greenhouse gases in the atmosphere has steadily been increasing since the industrial revolution.
• There are multiple alternative energy sources, including renewables, but these can also have negative impacts on the environment. They powered more electricity in the UK than fossil fuels in 2020.
• Net zero is the balance between greenhouse gases produced and the amount removed from the atmosphere. True zero refers to cutting all carbon and greenhouse gas emissions. Carbon negative means removing more carbon dioxide from the atmosphere than is being added. One way to tackle climate change is for countries to aim for true zero or carbon negative to reduce the amount of greenhouse gases in the atmosphere.

Useful resources

• Martins, F., et al. (2019). Analysis of Fossil Fuel Energy Consumption and Environmental Impacts in European Countries. Energies, 12(6): 1-11
• This article on renewable energy generation in the UK in 2020: https://www.offshorewind.biz/2021/03/25/renewable-energy-outperforms-fossil-fuels-in-uk/

The Fate of Butterflies and Moths

White Admiral by Ian Watson-Loyd

Across the world, there have been significant declines in butterfly and moth populations. Since 1976, 76% of UK butterfly species have seen a decrease in abundance or distribution, with the abundance of larger moths declining by 33% since 1968. This trend is echoed across UK biodiversity, with 41% of all UK species declining since the 1970s. Butterflies and moths are clear indicators of the broader health of the environment; their decline is a stark warning about our natural world.

Marbled White by C. Mitson

The UK has 59 butterfly species, 57 of which are resident. There are around 2,500 species of moths in the UK, split into two groups: larger macro-moths and smaller micro-moths. Almost 70 species of butterfly and moth have become extinct in the last 100 years. A variety of threats have contributed to these extinctions and the general decline of other species, including the destruction of habitats and major land-use changes, such as the intensification of agriculture. Climate change, chemical pollution and artificial light at night have also all be identified as threats to UK populations.

Butterflies and moths have an intrinsic value in their own right, but they are also an important component in many ecosystems. They provide environmental services, including pollination and pest control and are prey for many other species, such as birds, bats and other insectivores. Butterflies and moths are also important ‘model’ organisms, used for centuries to investigate different areas of biological research and are key to understanding many diverse fields, such as pest control, mimicry, genetics and population dynamics.

The Big Butterfly Count 2021
Peacock Butterfly by Oliver Haines

Butterfly Conservation, a UK nonprofit environmental charity, is determined to reverse this decline. Their vision is a world where butterflies and moths thrive and can be enjoyed by everyone, everywhere. To help with the assessment of the health of our environment, Butterfly Conservation runs an annual nationwide citizen science survey, the Big Butterfly Count. Launched in 2010, it is the world’s biggest survey of butterflies.

Big Butterfly Count 2021 ran between 16th July and 8th August (read our blog to see how our NHBS staff got on this year). The results of this count showed that the overall number of butterflies recorded per count is at its lowest since the event began. Over 150,000 counts were registered this year, more than ever before, but the results showed that the populations of some of our most-loved species, such as the peacock butterfly (Aglais io), are suffering. Luckily, it’s not all bad news, as some species, such as the marbled white (Melanargia galathea), appear to be bouncing back from last year’s low numbers. But the significant, long-term decline of many butterfly and moth species in Britain is alarming.

Butterfly Conservation’s new strategy

In their new 2021-2026 strategy, launched in October 2021, Butterfly Conservation outlines a bold, ambitious road map to bringing abundance back to nature. After 16 months of reviewing their position in butterfly and moth conservation, they have defined three new strategic goals:

  1. Reduce the number of threatened species of butterflies and moths by half,
  2. Improve the condition of 100 of the most important landscapes for butterflies and moths,
  3. Transform 100,000 wild spaces in the UK, not just for butterflies and moths, but also for people.
Sussex Emerald by Ilia Ustyantsev via Flickr

To help them deliver their strategic goals, Butterfly Conservation have five initiatives. The first initiative is focused on recovery, through refocusing their science program to increase the understanding of why species are declining and how to recover their populations. They will also establish a new Threatened Species program, which will target conservation action for 65 species at serious risk. Butterfly Conservation will also expand their monitoring program to follow species recovery and gather data on a country-wide level. By 2026, they hope to have increased their species recovery actions by 65%.

The second initiative aims to inspire and enable more people to enjoy the natural world by improving access to learning, particularly for younger audiences. The third initiative is focused on uniting for wildlife, and the fourth is to tackle the threats species face, such as artificial light at night. They’ll achieve these goals by collaborating with a network of supporters and increasing their investment in research by 80% to establish five habitat quality indicators to better understand the impact of conservation work or policy changes. The final initiative focuses on managing land sustainably, by creating a land management advisory hub and delivering and demonstrating best practice land management for butterflies and months across landscapes.

Hummingbird Hawk-moth by Ian Watson-Loyd

Butterfly Conservation believes that the next five years are key and, through their bold new steps to conserve butterflies and moths, they can help to restore biodiversity, mitigate the climate crisis and start to rebuild the relationship between us and the natural world.

Useful resources

September Top 10

NHBS’s Top 10 bestsellers September 2021

We love looking back at our bestsellers from the month before and are very excited to share our Top 10 list for September.

This month, our bestsellers include exciting new works such as Europe’s Birds and Habitats of the World, as well as several ever-popular titles you may recognise from previous Top 10s, such as Secrets of a Devon Wood and Britain’s Insects.

 

Europe’s Birds: An Identification Guide | Andy Swash et al
Hardback | August 2021

In top place this month is WILDGuides latest book Europe’s Birds. Covering more than 900 species and illustrated with over 4,700 photographs, this is the most comprehensive, authoritative and ambitious single-volume photographic guide to Europe’s birds ever produced. Birdwatchers of any ability will benefit from the clear text; details on range, status and habitat; and an unrivalled selection of photographs.

 

Collins Birds of the World: All 10,711 Species Illustrated | Norman Arlott et al
Hardback | September 2021

Collins Birds of the World is the complete collection of the Collins Field Guide‘s incredibly detailed, accurate and beautiful bird paintings, brought together for the first time in one comprehensive volume. All 10,711 of the world’s bird species are covered – this is the ultimate reference book for birdwatchers and bird enthusiasts.

Read our interview with Norman Arlott.

 

Bat Calls of Britain and Europe: A Guide to Species Identification| Jon Ross et al
Hardback | August 2021

Bat Calls of Britain and Europe is a comprehensive guide to the calls of the 44 species of bat currently known to occur in Europe, drawing on the expertise of more than 40 specialist authors. Aimed at volunteers and professionals alike, topics include the basics of sound, echolocation in bats, an introduction to acoustic communication and call analysis. Detailed information is provided for each species on their distribution, emergence, flight and foraging behaviour, habitat, echolocation calls – including parameters of common measurements – and social calls.

 

Secrets of a Devon Wood: My Nature Journal | Jo Brown
Hardback | October 2020

Secrets of a Devon Wood is a hymn to the intricate beauty of the natural world. Artist and illustrator Jo Brown started keeping her nature diary in a bid to document the small wonders of the wood behind her home in Devon. This book is an exact replica of her original black Moleskin journal, a rich illustrated memory of Jo’s discoveries in the order in which she found them.

Jo very kindly agreed to answer some of our questions for a Q&A. Read the full interview here.

 

The Handbook of Acoustic Bat Detection | Volker Runkel 
Paperback | September 2021  

A recent release, The Handbook of Acoustic Bat Detection provides an in-depth understanding of acoustic detection principles, study planning, data handling, properties of bat calls, manual identification of species, automatic species recognition, analysis of results, quality assurance and the background physics of sound.

Read our interview with the authors.

 

 

British Craneflies | Alan Stubbs
Hardback | July 2021  

British Craneflies is a guide to the identification and natural history of 250 species in six families of cranefly. It describes the distribution and habitat of each one, with 128 pages of identification keys illustrated with thumbnail drawings and colour plates showing the wing venation and markings of 180 species. This guide also contains photograph examples of some distinctive and common craneflies, illustrations of the male genitalia for all species of Tipulidae and for most genera of other families, and introductory chapters including a full account of the enemies of craneflies.

 

Britain’s insects: A Field guide to the insects of Great Britain and Ireland | Paul D. brock
Flexibound | May 2021

Britain’s Insects makes the Top 10 list again this month! This field guide is an innovative, up-to-date, carefully designed and beautifully-illustrated field guide to Britain and Ireland’s 25 insect orders, concentrating on popular groups and species that can be identified in the field.

Featuring superb photographs of live insects, Britain’s Insects covers the key aspects of identification and provides information on status, distribution, seasonality, habitat, food plants and behaviour.

 

Silent Earth: Averting the Insect Apocalypse | Dave Goulson
Hardback | August 2021

Silent Earth is part love letter to the insect world, part elegy, and part rousing manifesto for a greener planet. Drawing on the latest ground-breaking research and a lifetime of study, Silent Earth reveals the shocking decline of insect populations that has taken place in recent decades, with potentially catastrophic consequences.

Read our extended review.

 

 

British Moths: A Gateway Guide | James Lowen
Spiralbound | September 2021

British Moths is a wonderful introduction to 350 species of the most common and eye-catching adult moths that you may encounter in the UK. Concise species accounts include information on key features, seasonality, and when and where to see them. Each account is also placed alongside photos that have been carefully chosen to aid identification with clearly marked top tips.

 

 

Habitats of the World: A Field Guide for Birders, Naturalists, and Ecologists | Iain D Campbell Et al
Flexibound |  September 2021

Habitats of the World is the first field guide to the world’s major land habitats – 189 in all. Using the format of a natural history field guide, this comprehensive book features concise identification descriptions and is richly illustrated, including more than 650 colour photographs of habitats and their wildlife, 150 distribution maps, 200 diagrams and 150 silhouettes depicting each habitat alongside a human figure, providing an immediate grasp of its look and scale.

 

Geoffrey Kibby: Publisher of the Month

With the recent arrival of Autumn, the fungi season is now upon us. And so, NHBS is delighted to announce Geoffrey Kibby as our Publisher of the Month for October.

Geoffrey Kibby is one of Britain’s foremost experts on identifying mushrooms in the field, and his privately published books on how to identify British mushrooms pass on many of those skills. Kibby’s user-friendly books contain an enormous amount of information, are fully illustrated and are aimed at everyone, from the fungi enthusiast to the expert mycologist. The wealth of detail includes vital features to look for when identifying wild mushrooms and the important identification characteristics when using a microscope, often an essential tool in mycology.

These books are also an essential guide to identifying edible mushrooms and are valuable handbooks when mushrooming anywhere in western Europe.

We asked Geoffrey to tell us about how he originally became interested in mycology, and what he hopes to achieve with his wonderful books:

I was 13 when I first became aware of fungi: an intensely violet toadstool, unlike anything I had ever seen (Laccaria amethystina) and from that moment, I was hooked. I bought my first little mushroom guide, then another and another and more through the years until my bookshelves started to groan under the weight of books about fungi. Now, more than 50 years later, I am writing my own books, trying to produce the sort of works that I would have wanted as an aspiring young mycologist. My books are based on my years in the field, hopefully capturing the essence of each species. I have also made a conscious point of illustrating species not readily available in other guides and trying to give the most up-to-date names in what is an ever-changing science. Mycology is an inexhaustible field of study at whatever level your interest lies. With over 4000 species of larger fungi in Britain, you will never run out of species to find or new facts to discover.

Browse Geoffrey Kibby’s entire range below, including the fantastic Mushrooms and Toadstools of Britain & Europe series.

 

Mushrooms and Toadstools of Britain & Europe, Volume 3: Agarics, Part 2
Hardback | £41.99

Volume 3 is the second to cover agarics in which over 680 common and rare species are covered, containing photographs and paintings to highlight important characteristics, including microscopic features.

 

 

Mushrooms and Toadstools of Britain & Europe, Volume 2: Agarics, Part 1
Hardback | £41.99

A total of 750 species and varieties illustrated with a key to major groups, dealing with the mainly white-spored agarics. The introduction to each section includes photographs, as well as useful illustrative paintings to highlight important characters that are sometimes difficult to ascertain from a photograph.

 

 

Hardback | £44.99

Volume 1 illustrates the non-agarics, including puffballs, stinkhorns, earthstars, coral fungi, polypores, crust fungi, chanterelles, tooth fungi, boletes, Russula and Lactarius. A total of 650 species are illustrated via watercolour paintings, along with drawings of the spores and other useful microscopic features.

 

 

British Boletes: With Keys to Species
Spiralbound | £22.99

Boletes are some of the most popular fungi around the world, both because they are often choice edibles and because of their frequently exotic colours and large size. There are approximately 80 species in Britain and British Boletes provides user-friendly identification keys and descriptions to all the known species, along with colour photos of the majority of species.

 

British Milkcaps: Lactarius & Lactifluus
Spiralbound | £22.50 

The Milkcaps, the species of Lactarius and Lactifluus, are a popular group of fungi distributed throughout the world and with over 70 species in Britain. This guide presents colour photographs of all these species, many with highly detailed photos of their spores, readily accessible keys and up-to-date information on their distribution and ecology.

 

The Genus Russula in Great Britain: With Synoptic Keys of Species
Spiralbound | £26.99

This guide provides an easy-to-use keying system to identify the nearly 160 species of the genus Russula found in Great Britain. Each species is fully described, including a further 29 from Continental Europe and Scandinavia that have not yet been found here but might be expected to, with over 120 full-colour photographs provided.

 

The Genus Agaricus in Britain jacket imageThe Genus Agaricus in Britain
Paperback | £19.99

This guide describes all of the known British species in the genus Agaricus and provides easy to use synoptic/pictorial keys to the species and includes over 50 photographs illustrating the majority of British species

 

 

The Genus Amanita in Great BritainThe Genus Amanita in Great Britain
Paperback | £19.99

This guide presents a broad view of the British species in the genus Amanita, plus some extra-limital species that might be found here. It contains photographs of many of the commoner species and some of the rarer and more obscure species that are normally rarely shown.

 

 

The Genus Tricholoma in Britain
Paperback | £16.99

This guide provides identification keys to the species of the genus Tricholoma known in Britain, plus others from mainland Europe which may be found here in the future.  Full descriptions and discussion of the species are provided along with nearly 60 full-colour photographs of the majority of the British species.

All prices correct at the time of this article’s publication.

New Networks for Nature: Q&A with Amy-Jane Beer

Amy-Jane Beer talking with musician Feargal Sharkey about rivers © Holly Wilkinson

Amy-Jane Beer, a biologist, writer, editor and member of the steering group for New Networks for Nature, kindly took the time to talk with us about the work they do and the importance of their annual event, Nature Matters.

We discuss the role of the creative arts in engaging with the natural world, the political priority of wildlife and how best to get involved.


Firstly, could you tell us about the work that New Networks for Nature does?

Our entire focus is an annual event called Nature Matters: not quite a festival, not a conference, not a symposium, not an exhibition, not a variety show… but with elements of all these. It is two days and one evening of hugely varied dialogues, debates, readings, performances and displays about and in concert with nature. Our contributors are writers, artists, poets, filmmakers, activists, scientists, naturalists, musicians, photographers, conservationists and sometimes politicians and entrepreneurs. Our audiences contain many more of the same, plus publishers, journalists, producers, campaigners, representatives of major NGOs who use the opportunity to make new connections.

Sir John Lister Kaye © Holly Wilkinson

You are a relatively new charity, founded in 2009 and registering in 2016. How did the charity start and what are your hopes for its future?

The first event, held in 2009, was the brainchild of our founders: Jeremy Mynott, Mark Cocker, John Fanshawe and Tim Birkhead – four big thinkers who, in Jeremy’s words ‘shared the conviction that wildlife had a far richer role to play in the human experience than that defined by science or economics alone.’ They decided to try and reach more like-minded, creative souls and rapidly realised that an event offering both inspiration and social connection was a powerful way to build a network. By 2019, pre-COVID, that initial one-day event with 44 attendees had grown to a two and a half-day version with 30–40 contributors and an audience exceeding 250. This is about as big as we can manage on a voluntary basis with a minuscule budget funded purely by ticket sales. It’s rewarding but exhausting for the organisers, and the risk of burnout is very real. So the next phase for us as an organisation has to be sourcing funds that will allow us not only to offer an ever more diverse and accessible event but also to pay for some of the services that currently push us to our limits. It may be we offer a Friends of NNN subscription, seek carefully vetted sponsorship, or grant funding that doesn’t compromise our ethos or creative freedom.

One of your main aims is to challenge the low political priority that is placed on the natural world. Why do you think that there is so little importance placed on wildlife and nature nationally?

As a society we’ve come to take nature for granted, living lives so removed from the true sources of everything that sustains us we forget we’re not only dependent on nature, but part of it. That disconnect means that when we encounter problems, we often come up with solutions that target symptoms rather than the root cause. And the cause, almost every time, is that vast rapacious monster of global capitalism, to which politicians are wedded. Among the most toxic spawn of capitalism is a media that has reduced politics to a frantic minute-by-minute battle over the next headline. How can politicians possibly tackle the big issues when they’re doing that? In the current system, taking time to engage deeply with nature has become an almost subversive act, because it leads, inevitably, in my experience, to a recognition that we need a wildly different path.

Silk demonstration with arachnologist Sara Goodacre © Nick Williams

Your upcoming event, Nature Matters, is an annual creative celebration of nature. How important do you think the creative arts are for exploring and raising awareness about the environment?

The creative arts have a critical role to play in bringing us home to nature. And I say that as a former scientist who ‘jumped the fence’. Creativity was an aspect of my education that was horribly neglected. It’s all well and good to absorb information – to document and analyse and theorise. But in order to know what to do with all that, we need wisdom, emotional intelligence. We need stories, and we need huge amounts of love because love motivates and emboldens us like nothing else. Art makes sense of knowledge. Art asks questions science cannot and is free to go where science cannot see its way. Art lights up some of the dark. And wow, it’s getting dark right now.

This event has a huge varied list of sessions, from nature writing courses to panels on plastics in the environment and a session on nature and spirituality. What are the main goals that you want to achieve through Nature Matters?

Folk singer Sam Lee performing at New Networks for Nature © Nick Williams

New Networks for Nature does what the name suggests. It is mycelial activism. It connects people, with nature and with each other. The events are entertaining but they are not entertainment. Attendees come to listen to and admire amazing people, but also to meet and link to them. We like to think that everyone in the room at a NNN event will go away inspired but also having inspired others. I started attending about 8 years ago, very shyly, but through a few mutual friends was introduced to others and now every year I go along with the express purpose of meeting more people. As the Irish saying goes – a stranger is a friend you haven’t met yet. At NNN, a stranger is a link to many more people, more voices for nature, more opportunities to disseminate, mobilise. Many of my NNN connections have become deep friendships – but they are also highly intentional and purposeful relationships. I cultivate them because, if we can take any lesson from the current political castes, we desperately need a chumocracy for nature.

For any readers interested in your charity and its aims, what are the best ways that people can get involved?

New Networks for Nature audience © Robert Fuller

Come along! The attendees are as much part of the network as those on stage at any event. We bust a gut to keep the cost of attending to a minimum and make it accessible. There are always opportunities to ask questions, to socialise and to connect. As a rule, we don’t invite applications to perform or speak. Each event is organised by a different team and the programmes are themes and very organic. There are always a few big names in the mix but increasingly we tend to feature up-and-coming contributors or less exposed specialists – and to be honest, those more niche sessions are often where the real ‘wow’ moments happen. Unlike other festivals, we’re not really part of the promotion round – no one will get rich or famous or achieve a bestseller by appearing, or achieve social media celebrity. But we hope that everyone will go away with fresh fire in the belly, new light in the mind, and a list of names and allies to add to their personal network for nature.

Nature Matters 2021 will be held in Bath on 19th-21st November and will feature an exciting list of contributors, including ecological activist Satish Kumar, popular ornithologist David Lindo, breakthrough nature writer Nicola Chester, musician and curlew campaigner David Gray and young environmental campaigners Kabir Kaul, Holly Gillibrand and Bella Lack. To see the programme and book a ticket visit https://www.newnetworksfornature.org.uk/2021-event/


You can find out more about New Networks For Nature from their website and by following them on Facebook and Twitter.

 

The NHBS Guide to UK Puffball Identification

Puffballs are a type of fungi in the division Basidiomycota. They are so named due to the dust-like spores that are emitted as clouds when the fruitbody bursts. They are characterised by their lack of an open cap with visible spore-bearing gills. The spores are, instead, produced internally within the gasterothecium, a spheroidal fruitbody. Stalked puffballs have, as the name suggests, a stalk to support this structure, which is tough, woody and made of infertile material, whereas true puffballs have no visible stalk. Some species, such as ones attached to the substrate by mycelial cords, may become unattached and roll with the wind.

Puffballs are saprotrophic, meaning they feed on non-living organic matter, known as detritus. They break down detritus into utilisable nutrients and minerals, which maintains soil health and aids plant growth. Puffball species can be identified by the shape and size of the fruitbody, any surface features and the presence and shape of a stem. Species can also be determined by the examination of spores using a microscope. When cut in half, young puffballs whose spores have not begun to develop will be pure white all the way through. Older species turn yellow or brown on the inside. This can help distinguish them from earthball species, which has a dark interior (or gleba), or other mushroom species, which have visible gills.

Most puffballs are not poisonous but can resemble young poisonous mushrooms such as the death cap. True puffballs are edible when immature but any spore can cause digestive upset if consumed and caution should always be taken as some fungi are highly poisonous. This blog is not meant to be used as a guide for foraging. This blog covers the key identification features, distribution, season and habitat preference of some of the puffball species known in the UK.

Common Puffball (Lycoperdon perlatum)

Distribution: Common and widespread in Britain and Ireland
Habitat preference: Deciduous and coniferous woodlands, grasslands and along roadsides.
Season: July to November
What to look for: This species usually has a pear-shaped fruitbody that is 3–6cm tall. Its surface is covered in pearl-like attachments, called pyramidal warts, that are different sizes. These warts begin as a cream colour before turning ochre and falling off to leave an olive-brown surface marked with scars. Older specimens will have a dark area at the apex, where the pore hole develops. The common puffball has a visible stem that resembles an often distorted inverted cone. The spore mass is olive-brown and turns dark brown when fully mature.

Stu’s Images via Flickr
Giant Puffball (Calvatia gigantea)

Distribution: Widespread and fairly common
Habitat preference: Roadside verges, field edges, nettle and other rank vegetation, woodland edges and occasionally found in open woodland or woodland clearings
Season: July to November
What to look for: This species can achieve a massive size, typically 10–80cm across. They are initially white, with a lumpy and leathery appearance, connected to the substrate by a root-like mycelial cord. While the interior of the immature puffball is white, mature specimens have a greenish-brown gleba.
Did you know? This species is known to form fairy rings. The mycelium hyphae spreads horizontally in a radial pattern. The hyphae can then sprout fruitbodies on the surface, forming a circular pattern thought in folklore to be the dwelling places of fairies and other magical beings.

Peter O’Connor aka anemoneprojectors via Flickr
Pestle Puffball (Lycoperdon excipuliforme)

Distribution: Widespread and fairly common
Habitat preference: Woodland and short grassland
Season: August to November
What to look for: The pestle puffball is initially white but turns ochre as it ages, and grows to between 10–20cm tall. The globe-shaped head grows between 4–10cm wide. The stem-like section, called a stipe, is often wrinkled in appearance and usually around half the diameter of the head. It is covered in pointed warts that fall off, leaving a smooth surface.
Did you know? After the head has ruptured and released the spores, the stipe will grow and remain intact throughout winter.

Bjorn S… via Flickr
Dusky Puffball (Lycoperdon nigrescens)

Distribution: Widespread, fairly common
Habitat preference: Variety of habitats, such as woodland, moorland and sand dunes
Season: June to September
What to look for: The dusky puffball is usually between 2-3.5cm tall and 2-4cm across. It is pear-shaped, with a surface that begins pale brown before turning darker. It is covered in dark-brown spines that fall off as the puffball matures. This species has a visible, short stem with shorter spines. The spore mass inside is initially white and firm, before turning yellowish-brown and then dark brown and powdery.

Lukas Large via Flickr
Mosaic Puffball (Lycoperdon utriforme)

Distribution: Widespread but uncommon
Habitat preference: Sandy open pastures or heaths
Season: July to November
What to look for: The common name for this species is derived from the pattern across the head of the fruiting body, which develops as the specimen matures and the outer wall breaks into patches. It is subspherical to pear-shaped, between 6–15cm across and up to 15cm tall. The fruitbody turns grey-brown with age and the scales begin to fall away before the fruitbody eventually ruptures.
Did you know? The base of this species can also persist for several months after the fruitbody has burst. It resembles a blunt-ended inverted cone.
Other synonyms: Calvatia caelata, Calvatia utriformis, Handkea utriformis, Lycoperdon bovista, Lycoperdon caelatum, Lycoperdon sinclairii, Lycoperdon utriforme

Dick Culbert via Flickr
Brown Puffball (Bovista nigrescens)

Distribution: Widely distributed, more frequent in southern counties
Habitat preference: Grassland and pastures, but can also be found in fields, lawns or roadside verges
Season: Late summer to autumn
What to look for: The fruitbody is between 3–6cm across, with a slight point at the bottom. This species lacks a stem and is attached to the substrate by a mycelial cord. The outer wall is initially white but flakes off as the fruitbody matures to expose the dark purple-brown inner wall.

Saxifraga/Peter Meininger via freenatureimages.eu
Stump Puffball (Lycoperdon pyriforme)

Distribution: Widespread and fairly frequent
Habitat preference: Grows mainly on decaying trees and logs
Season: July to early December
What to look for: This species is typically 1.5–4cm across and around 3–4cm tall. It has a pestle- to pear-shaped fruitbody that is initially covered in short pyramidal warts. The originally white surface browns with age, developing a dark area at the apex where the pore will occur. The stump puffball is attached to the substrate by several mycelial filaments. The stem remains white as the head matures.

Katja Schulz via Flickr

 

NHBS In the Field – Rigid 20w Skóros Moth Trap

Recently added to our range, the Rigid 20w Skóros Moth Trap is a lightweight portable moth trap, comparable to the successful Heath moth trap in design. Featuring a compact, rigid base that requires no preassembly, Skóros (from the Greek word for moth) is ideal for children, beginners or the seasoned lepidopterist looking for a portable, no-fuss trap.

We tested the Skóros in a small, suburban garden towards the end of the peak-trapping season in late August.

Use in the field

The first thing I was struck by while setting up the trap is how robust it feels. Despite weighing a mere 1.7kg, all the plastic parts are sturdy and indicate the trap could withstand many years of use. It’s relatively small in size when compared to Skinner moth trap designs, for example, making storage and transport easy.

The supplied 20w bulb is bright enough to have a successful attraction rate while not being overly intrusive to any immediate neighbours.

As previously mentioned, the rigid base requires no preassembly so set up is a straightforward affair; simply slot the three plastic vanes into the cone and place the lid on top. Finally, screw the supplied bulb into its fitting, taking care to handle it by its base rather than the fragile glass envelope. Remember to place egg boxes on the base underneath the cone so that any moths that fly into the trap have somewhere dry and dark to settle until they are released the next morning.

Checking the weather for favourable trapping conditions (preferably a calm, warm and dry night), the trap was deployed on a muggy, overcast August evening around dusk. This timing increases the chances of catching some of the crepuscular or day-flying species.

We left the trap tucked in the corner of the garden, taking advantage of the white garden wall to reflect some of the light and the 5m mains cable was suitably long enough to run alongside the wall through a nearby open window to be plugged in. The Skóros was left running from just before dusk to a little after sunrise.

What we found

Returning to the trap early in the morning we were greeted with a decent sized catch, perhaps smaller than some of the larger-based traps in our range but still enough to keep us busy examining and ID’ing for an hour or two!

Accessing the catch itself is also very straightforward; the plastic cone pops easily out of the base, allowing easy access to the egg boxes laid down the night before.

Many of the moths caught were starting to look a little ragged, but using a copy of Field Guide to the Moths of Great Britain and Ireland and some magnifying pots for the smaller micro-moths, we recorded the following list of species:

  • Knot grass (Acronicta rumicis)
    Purple bar (Cosmorhoe ocellata)
    • Brimstone
    • Lesser broad-bordered yellow underwing
    • Bird cherry ermine
    • Lime speck pug
    • Blood vein
    • Large yellow underwing
    • Flame shoulder
    • Square-spot rustic
    • Purple bar
    • Vines rustic
    • Mullein wave
    • Small square spot
    • Common carpet
    • Double-striped pug
    • Pale mottled willow
    • Several hard-to-definitively-ID micro-moths!

     

    Brimstone moth (Opisthograptis luteolata) and mullein wave (Scopula marginepunctata)

    It’s also worth noting several species perched themselves on the walls and foliage around the trap, so we would recommend searching the immediate area surrounding the trap where it has been running overnight.

    Our opinion

    The Skóros strikes a good balance between portability and affordability. Its no-fuss assembly, compact size and affordable price point makes it an ideal first moth trap for beginners or children.

    I did feel that the cylindrical base meant that there was less floor space on which to place egg boxes than some of the rectangular Heath traps, but considering the relatively small urban garden the trap was deployed in, it had a respectable catch and retention rate and the slight disadvantage of small floor space is easily offset by its ease-of-use and ergonomic design.


    The Rigid 20W Skóros Moth Trap can be found here. Our full range of moth traps can be found here.

    If you have any questions about our range or would like some advice on the right product for you then please contact us via email at customer.services@nhbs.com or phone on 01803 865913.

     

The NHBS Introduction to Habitats: Urban and Suburban

Pierre Blache via Flickr

The next habitat we will be exploring in our Introduction to Habitats series is urban and suburban habitats. These are extremely diverse, from parks, gardens, cemeteries and bare ground to highrises, bridges, landfills and houses. Due to this wide diversity, urban habitats are often extremely fragmented, with small, isolated patches surrounded by unsuitable areas. These patches are also often highly disturbed, by light, people, pets, cars and other anthropogenic activities. Some species also have to deal with reduced availability of food, due to the limited plant life, and fewer nesting and breeding spaces. Much of the surfaces in the urban environment have been altered, covered in concrete, roofing tiles, and tarmac. This changes the amount of rainwater that can infiltrate the soils underneath, as well as how much heat from the sun is absorbed. The temperatures can be higher in urban areas, particularly when there is little to no tree coverage to provide shade.

To survive in an urban environment, species must be adaptable. Many studies have found key behavioural and physical differences between urban and rural dwellers of the same species. For example, birds have been found to sing higher, longer and louder in cities than in the countryside. Generalist species are more likely to be able to exploit these habitats as they can occupy wider ecological niches. Specialist species can have more restricted diets or need more specific conditions to develop or reproduce, making them less able to adapt to changing environments. Those able to transition from natural to man-made habitats, however, may actually see large fitness benefits, due to fewer predators and, for some species, abundant food supplies.

Gardens and public green spaces can often be a refuge for many urban species, providing food, shelter and protection from other disturbances. But overly manicured gardens and parks do not provide the resources necessary for many species to survive. Wildflowers, hedges, shrubs, trees and other native vegetation are needed to boost insect numbers, along with limiting the use of harmful herbicides and pesticides. Many other species rely on insects for food, and so increasing insect populations benefits other species throughout the food web.

What species can you find here?
Flora:

Cow Parsley (Anthriscus sylvestris)

Miika Silfverberg via Flickr

This species is a member of the carrot family and is commonly found on verges, hedgerows and less intensively-managed green spaces, with a preference for shaded habitats. It is a fast-growing plant, that appears in the summer before dying back, and its white flowers are clustered together in an umbrella-like shape. They are a great food resource for many invertebrate species, as well as for rabbits. There are several similar-looking plants, including the poisonous hemlock (Conium maculatum), although hemlock has distinctive purple blotches on its stem.

Three-cornered Garlic (Allium triquetrum)

Derek Winterburn via Flickr

This is an invasive species, often found along verges, roadside banks, hedgerows and on waste ground. It can form dense colonies and are spread naturally by ants. Its white flowers have a green stripe on each petal and a garlic/oniony smell. They are edible, tasting similarly to spring onion or chives.

Common Chickweed (Stellaria media)

Simon via Flickr

This plant has multiple common names, including chickenwort, maruns, craches and winterweed. They form large mats and are found in many gardens and fields. It has one line of fine hairs on its stem, with oval leaves and small white flowers. Chickweed was used in folk medicine as a remedy for pulmonary disease and several itchy skin conditions. It is even prescribed today by modern herbalists for many other conditions, although not all these uses are supported by scientific evidence.

English Ivy (Hedera helix)

NatureServe via Flickr
hedera.baltica via Flickr

This is a climbing plant that can often be found on walls, buildings, trees and other man-made and natural structures. It is an evergreen species that can also grow as groundcover when there are no vertical surfaces. The flowers are a greenish-yellow colour and the fruits, which ripen in late winter, can vary in colour from purple-black to orangy-yellow. They are an important food source for many insects and birds, particularly in autumn and winter, and their foliage is also browsed by deer.

Fauna:

Feral Pigeon (Columba livia domestica)

alh1 via Flickr

There are several species of pigeon in our urban areas. Feral pigeons, also known as city or street pigeons, are descended from the domestic pigeon, a subspecies derived from the rock dove (Columba livia). They have substituted their natural habitats of sea cliffs with ledges on buildings and other man-made structures. They have a wide variety of colours and patterns compared to the rock dove, but urban pigeons tend to have a darker plumage compared to individuals in rural areas.

Red Fox (Vulpes vulpes)

brett jordan via Flickr

An iconic urban species, the red fox is one of our largest land predators. Usually living in groups or pairs, they feed mainly on small mammals and birds, but also amphibians and fruit. In urban areas, they are very successful scavengers, helped occasionally by people who leave food out for them. They are more common in less dense suburban areas but have been found right in city centres. It is thought that the movement between urban and rural fox populations is quite fluid.

European Hedgehog (Erinaceus europaeus)

Tero Laakso via Flickr

Another iconic British species, the hedgehog has seen severe population declines, though true population estimates are difficult, due to the lack of data and their elusive nature. In the 1950s, population estimates put the number of hedgehogs in the UK at 36.5 million (although this is not thought to be accurate), which is now thought to have dropped to 1.55 million by 1995. It is believed that populations are still declining, but there are still no reliable methods for estimating the true numbers. They face several threats, including habitat loss, chemical use in gardens, cars and a drop in invertebrate populations.

Peregrine Falcon (Falco peregrinus)

Paul Wordingham via Flickr

This bird of prey is not only the fastest bird in the world, but also the fastest member of the animal kingdom, clocking up a dive speed of over 320km/h. Their populations suffered after decades of persecution and pesticide use, but their numbers have begun to recover. They nest in tall buildings, bridges and pylons, and prey mainly on pigeons but also collared doves, blackbirds and starlings.

Garden Snail (Cornu aspersum)

J P via Flickr

A wide variety of invertebrates can be found in urban and suburban habitats, particularly gardens and parks. The garden snail is a common visitor to our lawns, plants and vegetable patches. They’re often considered a pest due to the damage they cause to leaves and fruits but they play a vital role in the health of our soils. They help decompose plant matter, allowing for the cycling of nutrients back into the soil. Snails are also an important food and calcium source for many animals, such as birds.

Urban and suburban environments are also home to many garden bird species, as well as bats, butterflies, moths and spiders. For more information on these, check out some of our guides to UK species identification.

Threats

Urban and suburban areas are becoming more and more densely inhabited as more of the UK’s population moved into towns and cities. This increases the levels of disturbance, from more cars on the road, more noise, light, waste, pets and people. Higher disturbances decrease the ability of species to survive, as they are less likely to feed, develop and reproduce successfully. It can also increase the likelihood of direct mortality.

With a rising human population is an increasing need for more housing and infrastructure. Consequently, this reduces the amount of undeveloped and semi-natural areas; fewer green spaces and the over maintenance of gardens and parks are serious threats to biodiversity in urban habitats.

Public opinion can also threaten urban wildlife. Many species that have managed to colonise the urban environment are considered pests and there are often calls to eradicate them. Fox culls are a controversial suggestion, with many people wanting a way to control the populations and reduce the damage they cause, while others are concerned with animal rights. Additionally, there are suggestions that culls are ineffective, as removed foxes are often replaced by another individual, with no change made to urban population numbers.

What can you do to help?

There are several simple steps you can take to help improve urban biodiversity. You could plant more native plants, reduce the chemicals you use and decrease how often you mow your lawn. Placing bird feeders, nests, and other shelters are also ways that can help wildlife. On a bigger scale, you can urge your local council and government to help too. They could increase the areas of green space and tree cover, and manage roadside verges with nature in mind. Another important step is to decrease light and noise pollution. With some simple steps, we can help to increase the suitability of urban habitats for many wildlife species.

The NHBS Guide to UK Goose Identification

Geese are birds in the family Anatidae, comprising mainly of the genera Anser and Branta. They are a common sight in our estuaries and other wetlands, particularly during autumn and winter. Many species are migratory visitors to the UK, arriving in autumn and leaving again in spring to places such as Greenland and Iceland. There are some resident goose species, however, which are present all year round, such as greylag and Canada geese.  

They feed mainly on seeds, grass, other water plants and some small invertebrates. They are primarily grazers and can search for food both on land and underwater. In UK species, males and females rarely differ in colour, though males are usually larger in size. Geese are monogamous and often pair for life, but several studies have noted evidence of extra-pair copulation (mating outside of this pair bond). One study, for example, found evidence of extra-pair copulation in 14% of 42 Canada goose clutches.

Identifying geese can be based on colouration, distribution, calls, time of year and size. Very little equipment is needed for birdwatching, but we recommend a pair of binoculars or a scope, along with a guide to other waterfowl you may see.

Greylag Goose (Anser anser)

Distribution: Resident population is widespread throughout the UK, although less common in Wales and southwest England. Scottish and southwest England populations are boosted by winter migrant numbers.
Birds of Conservation Concern 4 (BoCC4) Status: Amber
Wingspan: 147–180cm
What to look for: The greylag goose has a grey body and a brown back. It has a brown and grey striped neck, an orange to pink bill and pink legs. They have a paler tail and pale secondary feathers that stand out in flight.

Michele Lamberti via Flickr
Canada Goose (Branta canadensis)

Distribution: Resident population, widespread, although less common in Scotland and Ireland. 
BoCC4 Status: Not Assessed
Wingspan: 150–180cm
What to look for: The Canada goose has a black head, neck and bill, with a white patch on its throat. They have a white underside and a brown back, with black tail feathers and black legs.
Did you know? Canada geese are not native to the UK and were introduced from North America in the 17th century. 

Vlad Litvinov via Flickr
Egyptian Goose (Alopochen aegyptiaca)

Distribution: Resident population in East Anglia and southern coastal areas, with winter migrants in southeast England. The largest population is along the Norfolk coast.
BoCC4 Status: Not Assessed
Wingspan: 110–130cm
What to look for: This is a distinctive species, with a pale, dappled grey underside and darker grey to reddish-brown back and wings. They have a reddish-brown and white head with dark patches around their orange-yellow eyes. Their tail and primary feathers are black, and their secondary feathers are green. They have pink legs and feet, and a pale pink bill with a black tip and black basal knob, a prominent bump at the base of the bill.
Did you know? The Egyptian goose was first introduced to the UK as an ornamental bird that then escaped and now successfully breeds in the wild.

Alan Schmierer via Flickr
Barnacle Goose (Branta leucopsis)

Distribution: Throughout coastal areas in the UK during winter, with a resident breeding population in southern England.
BoCC4 Status: Amber
Wingspan: 132–145cm
What to look for: This species has a black head, neck and breast, with a white face and a black patch running from its eye to its black bill. It has a white underside, black and grey barred back, a black tail and black legs.

ianpreston via Flickr
White-fronted Goose (Anser albifrons)

Distribution: Winter migrants are found in coastal areas throughout the UK, particularly near estuaries.
BoCC4 Status: Red
Wingspan: 130–165cm
What to look for: There are two subspecies of white-fronted goose in the UK, the Greenland white-fronted goose (A. a. flavirostris) and the European white-fronted goose (A. a. albifrons). The white-fronted goose is greyish-brown with a large white patch around the bill and orange legs. They have black bars on the front of their underside, white feathers under the tail and have a white line between their wings and body. The two subspecies differ in a number of ways but most notably the Greenland white-fronted goose has an orange-yellow bill and a darker, ‘oily’ appearance, whereas the European white-fronted goose has a pink bill and a lighter plumage.

European white-fronted goose by Ian Watson-Loyd
Brent Goose (Branta bernicla)

Distribution: Found around estuaries and saltmarshes throughout most of the UK coastal areas in winter.
BoCC4 Status: Amber
Wingspan: 110–120cm
What to look for: This is a darker species, with a black head, neck and primary feathers. Their body is grey-black in colour, with either a dark or pale underside and a white tail. They have a white patch on their neck, a black bill and black legs.

Kev Chapman via Flickr
Bean Goose (Anser fabilis)

Distribution: Two subspecies in the UK, taiga bean goose (A. f. fabilis) (Falkirk, Scotland and Norfolk, England) and tundra bean goose (A. f. rossicus) (erratic appearances in winter but most common in eastern and south-eastern England).
BoCC4 Status: Amber
Wingspan: Taiga: 147–175cm, Tundra: 118–140cm
What to look for: The taiga bean goose is darker and browner than other grey geese, with a darker head and neck and orange legs. It has an orange patch on its bill. The tundra bean goose has a similar appearance but is smaller, with a slightly darker plumage and a stockier body. It has the same orange patch on its bill but it is smaller, covering less than half of the bill.

Rickard Holgersson via Flickr
Pink-footed Goose (Anser brachyrhynchus)

Distribution: Winter migrants are most common in coastal areas near large estuaries and central England.
BoCC4 Status: Amber
Wingspan: 135–160cm
What to look for: A medium-sized goose, this species is grey with a darker back and head, pink legs and feet, and a pink and black bill. It has white feathers under its tail and a striped pattern on its neck.

Stefan Berndtsson via Flickr
Snow Goose (Anser caerulescens)

Distribution: Migrant species are more likely to be spotted in Scotland and Ireland. There is also a feral breeding population in Scotland.
BoCC4 Status: Not Assessed
Wingspan: 132–165cm
What to look for: This species has two colour forms, an all-white body with black wing feathers (pictured) and a white-headed form with a blue-grey body and wings. In both forms, it has an orangy-pink bill and pink legs.

U. S. Fish & Wildlife Service Southwest Region via Flickr