Author interview with Steven J Falk: A Photographic Guide to Flies of Britain & Ireland

Over recent decades various ‘difficult’ insect groups have gradually been brought within reach of the non-specialist thanks to developments in field guides. Flies, however, have remained something of a final frontier, and it’s easy to see why – with more than 7,000 species in Britain alone, creating an accessible and user-friendly guide to this group is a daunting task.

Now, however, a team of expert field entomologists have stepped up to the challenge and produced A Photographic Guide to Flies of Britain and Ireland – the first guide to ever tackle this amazingly diverse insect order as a whole. With beautiful photography and clean, concise text, this book is set to put flies on par with bees and other more ‘popular’ insect relatives, and bring them their due share of attention in the interests of general naturalists.

Ahead of publication, we had the pleasure of talking to lead author Steven Falk about the book’s development and the rewards of fly-recording.

Image by Steven Falk

Firstly, how did the book come about?

The idea for the book initially came from Peter Creed, the Creative Director (and Designer) at NatureBureau, which owns Pisces Publications. He wanted a book resembling A comprehensive guide to Insects of Britain & Ireland by Paul Brock, published by Pisces in 2014 (with a 2019 second edition) but concentrating purely on Diptera. He approached Gail Ashton who was helping to man the Dipterists Forum stand at one of the Amateur Entomology Society autumn fairs to discuss the possibility of doing such as book in conjunction with the Forum. Gail eventually agreed to help write it and asked Rory Dimond to assist. I become involved about one-third of the way through the project when it was clear that the book would need several hundred of my images to make it viable (we needed at least 1,500 accurately identified fly photos for the book), and my role later expanded into that of primary author. The internet has patchy information on Diptera, and what does exist can be misleading or out of context with the British fauna, so you need lots of first-hand experience to avoid creating misleading text. Even taking information from trusted literature can be challenging when it needs it be distilled down to short, snappy species accounts. Gail and Rory helped ensure that the text was not overly technical, though inevitably a book on flies ends up more technically worded and microscope-based than a book on butterflies or dragonflies. But we provide good diagrams and a large Glossary to help readers negotiate this. The proof-reading and creative discussions by the members of the team have been very important, making for a much better publication. It helps that all four of us share a passion for breaking down barriers in entomology and enthusing general naturalists about flies rather than just serving the converted. We were also keen to produce a more visually exciting and enticing book than much of the more technical fly literature and online resources available for flies. But we have still signposted those other resources for readers who want to develop a deeper understanding of flies and take things further by providing a good Bibliography. This covers all the key identification literature relevant to a British or Irish audience, both printed and that which is freely downloadable from the internet.

Let’s talk about flies themselves. What makes them so important, and what can recording flies tell us about the state of the natural world?

There are currently about 7,300 species of fly on the Britain and Ireland list, with the possibility of over 10,000 species being present, as we find dozens of new ones each year and DNA is revealing lots of cryptic species. So, if you are passionate about biodiversity and serious about its conservation, you cannot ignore flies. They are typically the most speciose eukaryotic group at a wildlife site and are also incredibly diverse ecologically. I regularly record over 500 fly species at a good wildlife site, and the Windsor Forest and Great Park list stands at almost 2,000 species. Those massive fly assemblages including predators, parasites, saprophages, herbivores, fungivores, pollinators, and so on. What is more, fly assemblages can be found from the intertidal zones of the coast to the tops of our highest mountains. Having some idea of what all those flies are and what they need in terms of breeding sites and adult feeding, makes you view habitats, sites and landscapes in a very different way to a botanist or general ecologist. You notice and value microhabitats and other features that others miss or under-value, such as sap runs or water-filled rot holes in old trees, different sorts of dung, different sorts of ‘wet’, different sorts of ‘decay’, different sorts of ‘bare ground’ and so on. Flies also make you think much harder about aspects such as habitat combinations and mosaics (bearing in mind that fly larvae and adults often have very different needs), habitat connectivity, habitat condition, site history, microclimate, seasonality and climate change. Dipterists are often pretty good botanists and habitat ecologists, but adding flies and other insects to the equation provides a much bigger ‘vocabulary’ when you are trying to understand and interpret the environment. That was particularly important a few years ago when several professional entomologists including myself were assessing the emerging Biodiversity Net Gain metrics. We were able to articulate some powerful feedback to Defra and Natural England concerning the over-simplistic metrics that were emerging, and the serious impact that might have for protecting invertebrate (as well as general) biodiversity. Flies are also really important in ecosystem services (e.g. crop pollination, pest control, sewage treatment). There is strong evidence that they may be more important than bees for the pollination of certain crops, and for general wildflower pollination in habitats like montane grassland and saltmarsh. The role of flies in ecosystems and food webs is something that comes through strongly in the book.

Faced with such a huge group, how did you go about deciding which species to include?

Being a photo-based book, the choice of what species to include is heavily based on what photos are available. But many fly photos on the internet are inaccurately identified, so we had to make sure that such images were either avoided, or (if we could tell what they actually were), used correctly. So, if a species lacked a decent photograph, it could not be subject of a typical species account, though we have name-checked many species without accompanying images within the Similar Species section at the end of many species accounts. For some smaller, iconic families, such as robber flies, horseflies, soldierflies and bee-flies, every published British and Irish species is included. For hoverflies, it is closer to about two-thirds of the fauna, and for groups like parasite flies and the housefly family, it is about half the fauna. In these instances, we tried to include representatives from most if not all the genera in a family and tried to ensure most of the more distinctive-looking or ecologically interesting species were covered. For some of the more obscure or difficult families, only brief coverage is provided. But all 108 fly families present in Britain and Ireland get some level of coverage in the book, which is quite an achievement.

Dark-edged Bee-fly by Oli Haines

Can you tell us a bit about the book’s approach – what can readers expect from the species accounts?

The book is arranged taxonomically following the sequence of the 2025 Checklist of Diptera of the British Isles which is hosted (and regularly updated) on the Dipterists Forum website. The individual species accounts mostly have a consistent format. It starts with an indication of the size of a fly, either using wing length or body length, then a basic description of the species, often carefully worded to highlight differences from other similar species. We then describe Habitat, Distribution, Season, and (for parasitic or herbivorous species) Hosts. The species accounts are accompanied by a map and photograph or, indeed, two or more photos for species with strong sexual dimorphism or several colour forms. A section on Similar Species is also used in many cases, namechecking other flies that might be confused with the main subject. These extra species are also sometimes provided with a map and photo. It means that about 1,300 species of fly get namechecked by the book (about 1,100 of these with standard species accounts). But it often came down to what space was available on each page spread as to what got covered. Suffice to say we used a flexible and opportunistic approach to ensure we made the most of each double-page spread.

Bronze Sap Hoverfly by Oli Haines

The guide is beautifully laid out and packed with outstanding imagery. Was it a challenge gathering photos for all the flies you wanted to feature?

About 40% of the photos come from me and were already featured on my Flickr site. That made image selection for some families much easier and meant that Peter Creed could quickly download any of my images, and if I disagreed with an image choice, I could quickly send him hyperlinks to the image I preferred. Peter, who is also a keen insect photographer (and always thinking of the next potential Pisces book), provided about 20% of the images. We also turned to reliable British insect photographers such as Paul Brock, Simon Knott, Kevin McGee and Ian Andrews, and approached other photographers if we spotted images of further species on the internet (or better images of a species than we had to hand). The result is that we’ve ended up with over 1,500 images of over 1,100 species and have used images from 186 photographers. Suffice to say, we are immensely grateful to everyone who provided images.

For the general naturalist who has yet to become a fly convert, what can you say about the rewards of studying these insects?

Flies have huge intrinsic interest in terms of interesting appearances (including mimicry, loss of wings, bizarre wing markings and strange body modifications), interesting lifecycles, interesting behaviours, and their importance in ecosystem services. They are great fun to photograph (with cameras like the Olympus TG series making it easier than ever), and it is relatively easy to identify some from photos, either using this book, or by posting images on the various Facebook groups that cover flies (where others can provide feedback on what they think your photo is). Flies also provide an incredibly powerful framework or lens for interpreting and understanding habitats and landscapes better, as explained above. I think that aspect (using flies to view understand the environment more critically) is truly exciting and very rewarding.

Image by Steven Falk

What tips would you give for someone looking to take a deeper interest in flies and find a greater range of species?

Buying a stereo zoom microscope makes a big difference as it allows you to identify flies with much greater confidence and appreciate the beauty in the details of their morphology. While we are aware that many users of the book will not want to go down the road of collecting and killing flies for the purpose of identifying them critically, that is the approach that is generally needed to develop long and accurate species lists for a site. There is a limit to what can be achieved through photography. But going down the collecting route also means buying an insect net, tubes and pooters, insect pins and storage boxes for pinned specimens, plus obtaining some of the key literature listed in the book’s extensive bibliography, such as British Hoverflies (Stubbs & Falk 2002), published by the British Entomological and Natural History Society. I would also strongly recommend joining the Dipterists Forum. This is the national society for the study of flies and is very friendly and well-organised. It publishes a regular newsletter (Bulletin of the Dipterists Forum) and journal (Dipterists Digest) and organises regular indoor and outdoor events. It has a great website that can be used by non-members but has extra resources for logged-in members. The Forum acts as an umbrella for almost 30 family recording schemes or study groups, some of which have their own Facebook groups or satellite websites. Nowhere outside of Britain and Ireland comes to close to matching that offer.

Great Pied Hoverfly by Oli Haines

Finally, what do you hope the book will do for interest in flies and fly recording?

We are hoping it has a major impact, not only by making general naturalists more aware of, and sympathetic towards flies but also by encouraging more naturalists to take up formal recording of flies as outlined in the previous response. Many parts of Britain have few (if any) resident fly recorders, and it would be especially good to promote recording in those areas, even if it is just the recording of easier groups such as hoverflies. Climate change is having a profound impact on insect life, and the more data we get, the more we understand that impact and formulate strategies to counter it through improved habitat management and other land use decisions. We hope that this book will support constructive dialogue – ecologists, farmers, planners all a little bit more familiar with flies, able to be enthusiastic about them and their conservation.

The NHBS Guide to UK Wasps

Often seen as mere picnic nuisances, the UK is home to a surprising variety of wasps, including both social and solitary species. While many of us will be familiar with the iconic black and yellow social wasps, numerous solitary species display incredible diversity in both form and behaviour. Distinguishing them can seem daunting, but key features like body shape, coloration, and reproductive behaviour can offer valuable clues. 

Here, we’ll explore a selection of common wasp species, and some wasp families found across the UK, detailing their identifying characteristics and the typical habitats they can be found in.


Common European Yellowjacket (Vespa vulgaris) 

Common wasp DSC_5493_edited-1 by Clifton Beard, via flickr.
Common wasp DSC_5493_edited-1 by Clifton Beard, via flickr.

Identification: Between 11-19mm in length with striking black and yellow stripes. These social wasps have six abdominal sections, each with one stripe, and there is a very distinguished waist between the thorax and the abdomen, which has black dots and rings. The species has a conspicuous face on a triangular shaped head with a black anchor or dagger shaped mark towards the base, and a pair of long, robust antennae. They have yellow cheeks and yellow legs.  

Distribution: Widespread throughout the UK. Common Social Wasps can be found in almost all habitats, particularly grassland, heathland and woodland from mid-March to November.  

Red Wasp (Vespula rufa) 

Rote Wespe (Vespula rufa) by Frank Vassen, via flickr.
Rote Wespe (Vespula rufa) by Frank Vassen, via flickr.

Identification: Growing up to 20mm in length, Red Wasps can easily be distinguished from V. vulgaris by reddish-brown markings on their upper back segments. 

Distribution: Widespread, and frequently found in open woodland, moorland and hedge banks from the end of March until September.  

Hornet (Vespa crabro) 

Hornet (Vespa crabro) by Nick Wood, via flickr.
Hornet (Vespa crabro) by Nick Wood, via flickr.

Identification: Hornets are Britain’s largest social wasp species. Around 15-35mm in size. The abdomen is yellow and unbanded, with brown markings on the upper parts, while the thorax is black and reddish-brown. Their legs are a reddish brown – a characteristic that can distinguish them from Asian Hornets – and antennae are yellow or brown in colour.  

Distribution: Widespread distribution and commonly found throughout England and Wales. Hornets can be found in many lowland habitats and are known to associate with ancient woodland, wood pasture and can be found in parks and gardens in more urban areas. Queens emerge from overwintering in early April, while workers can typically be seen from late June to November.   

Yellow-legged Asian Hornet (Vespa velutina)

Asian hornet by Gilles San Martin, via flickr.Asian hornet by Gilles San Martin, via flickr.

Identification: Typically smaller than native hornets, this invasive species can grow up to 3cm in length. Their abdomen is dark in colour with fine yellow stripes, and the fourth segment towards the base of the hornet is distinctly yellow orange in colour, while the thorax is entirely black or dark brown and appears velvety in texture. From the front, the head appears orange and the legs have yellow tips. 

Distribution: Yellow-legged Asian Hornets were first recorded in England around 2016, after they were accidentally introduced from Asia. They have mostly been recorded in the south of England, particularly the South-east.  

Wasp Families

The diversity of wasp families in the UK is vast and presents a significant identification challenge. In this blog, we have chosen to focus on a number of wasp families to demonstrate the wonderful diversity of this group.  

Ichneumon Wasps 

Sabre Wasp – Rhyssa persuasoria by Nature Spot. Ichneumon wasp by nutmeg66, via flickr. Barylypa propugnator by Nature Spot.

There are around 2,500 species of Ichneumon wasp in the UK. These small insects can vary in size but generally reach up to 1 ½ inches in length. They exhibit a wide range of colours and patterns, some with brightly coloured bands, and others with more subtle markings. Ichneumon Wasps can be distinguished by a slender sickle-shaped abdomen and a pair of long antennae, each with at least 16 segments. They have a narrow waist, long jointed legs and two pairs of wings. These parasitic wasps inhabit flower-rich meadows, gardens and woodland – they can often be seen around umbellifers or investigating vegetation and dead wood.  

Gall Wasps 

Oak Marble Gall by Nick Wood, via flickr.
Oak Marble Gall by Nick Wood, via flickr.

The UK is estimated to have 86 Gall Wasps, a group of well-studied parasitic wasps. This group gets its name for a unique reproductive behaviour where adults lay eggs in the soft tissues of trees, flowers and other plants, creating a gall as the larva develop. Usually on the underside of leaves, branches and around acorns, these wasps produce conspicuous galls on their host plant – interestingly, they usually only infect a specific species of genus, for example, Citrus Gall Wasps will exclusively parasitise citrus trees. After overwintering, the larvae will emerge in spring and can be seen throughout summer. They are typically under 5mm in size, shiny, and are black or brown in colour with a humped thorax and wings. 

Cuckoo Wasps 

Crysis cf impressa close-cropped by Nigel Jones, via flickr. Chrysis fulgida by Ryszard, via flickr. Chrysis viridula by Tim Worfolk, via flickr.
Crysis cf impressa close-cropped by Nigel Jones, via flickr. Chrysis fulgida by Ryszard, via flickr. Chrysis viridula by Tim Worfolk, via flickr.

Instantly recognisable by their brilliant metallic body colours in shades of blue, green, purple and red, these small chrysidids are also known as jewel or ruby tailed wasps. There are around 31 species of Cuckoo Wasp in the UK, which can be seen in sunny weather from April to October in a range of habitats; particularly in sandy soils around coastal areas, gardens and ancient woodlands. The group are often seen investigating the nests of other Hymenoptera species in order to reproduce – these parasitic species will enter the host nest and lay their own eggs in the host cells. Once hatched, Cuckoo wasp larvae will eat the eggs and larvae of the host species before restarting the cycle – hence the name ‘cuckoo’.  

Recommended Reading: 

Wasps of the World book cover.

Wasps of the World | Feb 2024 

A richly illustrated guide to wasps around the world, providing a breathtaking look at the characteristics, habitats and lifestyles of these extraordinary insects.

 

 

Wasps.Wasps | May 2021 

Written by a leading authority on these remarkable insects, Wasps reveals a world of staggering variety and endless fascination and is packed with over 150 incredible colour illustrations.

 

 

Hymenoptera book cover.

Hymenoptera | May 2023 

Comprehensive and packed with richly illustrated keys and thousands of colour photographs, this volume provides the reader with an enjoyable introduction to a huge group of organisms.

 

FSC Discovery Guide: Buzzing Insects

FSC Discovery Guide: Buzzing Insects | March 2025 

From Marmalade Hoverflies to Chocolate Mining-bees, discover 30 stripy insects that buzz, whizz and hover through meadows, parks and gardens with this compact fold-out guide.

 

Equipment in Focus: NHBS Moth Trap

NHBS Moth Trap at night.The NHBS Moth Trap is a highly portable option for moth trapping, tested and approved by Butterfly Conservation.

Its easy, flat-pack design features a collapsible frame made from lightweight panels covered in a light coloured nylon, which is easily assembled with Velcro. A single, stainless steel V frame holds the trap’s bulb carrier, secured with a single screw, and supports two top panels that prevent the moths escaping. The trap features a single 20W, shatter-resistant blacklight bulb (included) that is mains powered and is supplied with a 4.5m power lead connecting to a standard UK plug.

Fully assembled, the NHBS moth trap measures approximately 30cm wide x 30cm deep x 50cm tall and weighs around 2kg, making it significantly lighter and much more portable than many moth traps. For convenient transport and storage, it also comes with a carry bag housing all the components.

Learn how to quickly set up your Moth Trap with our video guide below!

Moth Trap Video.


Our Findings

NHBS colleagues Oli and Dan recently took our moth trap into their gardens and caught a beautiful range of species, including a Buff Tip, Peach Blossom and Scorched Carpet.9 different species of moth caught by Oli Haines in Devon.


Additional Kits

Our moth trap is also available in two kits:

Moth Trap Starter Kit

The Starter Kit includes the trap and all its components, as well as three 60ml collecting pots, perfect for holding specimens, and a copy of the Concise Guide to the Moths of Great Britain and Ireland to aid successful species identification.

 

Moth Trap with Inverter Kit

The NHBS Moth Trap with Inverter Kit comes with an inverter and waterproof battery enclosure, giving you the flexibility to use the trap in any location without having to rely on mains electricity.

 


Common Marbled Carpet.

Find out more and order your trap today at nhbs.com

If you have any questions about our Moth Trap 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. 

UK Moth Recorders’ Meeting 2025

Moth Recorders Meeting image showing a green moth on a leaf.

Butterfly Conservation’s Moth Recorders Meeting provides an essential update for ecologists, wildlife watchers, and naturalists interested in the latest developments in moth recording, research, and conservation. Introduced by director of business and research, Russel Hobson, this year’s meeting was held online via Zoom on Saturday 25th January, and comprised of a variety of talks by keynote speakers including Dr Zoë Randle, David Hill and Dr Avalon Owens.


Dr Zoë Randle, Butterfly Conservation: National Moth Recording Scheme Update 

The first speaker, Butterfly Conservation’s Dr Zoë Randle, shared an update on the National Moth Recording Scheme and key trends. Over 600,000 observations were submitted on iRecord throughout2024, bringing the total macro moth records to 36.2 million and micro moth records to 7.4 million in the National Moth Recording Scheme. Despite an increase in moth recording last year, Zoë emphasised the importance of both recorders and verifiers, while also stressing the need for more volunteers to streamline the verification process.  

A map showing the density of records across the UK
Number of Records in the National Moth Recording Scheme per km square. Credit: Dr Zoë Randle

Dr Norman Lowe, County Moth Recorder, Breconshire: Charismatic Clearwings in mid-Wales.  

Dr Norman Lowe, County Moth Recorder for Breconshire, discussed clearwings in mid-Wales, presenting the group as flagships for dayflying moths and provided an update on clearwing records during 2024. Last year, 31 more recorders and ten more pheromone traps/lures were supplied to aid in recording, resulting in a total of 80 clearwing observations for 2024. Data revealed some local and scarce species, including the Welsh Clearwing and Red-tipped Clearwings, and highlighted species which are common and widespread, like Lunar Hornet Moths. 

David Hill, Conservation Manager (Scotland), Butterfly Conservation: Black, White, Red & Gold – surveying Argyll’s rare moths 

Next to speak was David Hill, who reported on two key species that he has been working with in Scotland: White Spotted Sable Moths and Transparent Burnet. He discussed the background and biology of the species, as well as the efforts undertaken to better understand their pressures and distribution.  

  • 2024 larval surveys uncovered 30 White Spotted Sable caterpillars over three days and allowed surveyors to categorise habitat. This coming year, the team will look to rear caterpillars to confirm identification, start adult surveys and seek out sites where Anania terrealis, a commonly mistaken species, is present. 
  • Transparent Burnets are a focus for Scottish conservation projects as part of the Species on the Edge programme. This rarely recorded species is one of concern due to loss of suitable habitat and work will continue throughout 2025 to establish the distribution and abundance of this moth across Argyll. 
Transparent burnet moth
Transparent Burnet. Credit: David Hill

Dr Luke Evans, Butterfly Conservation: Can we measure the impact of insect change on bird and bat populations?  

Dr Luke Evans discussed the DRUID project, which has operated since 2021 and aims to investigate the drivers and repercussions of UK insect decline. Evans discussed the impact of this catastrophic decline on species whose diets are adapted to insects, true correlation vs random correlation (the observation data conundrum) and the suggestive patterns of decline in birds as a result of this. The use of key data, including that in the National Moth Recording Scheme, demonstrates the importance of national monitoring data for evaluating insect abundance and the direct impacts of insect change.  

Dr Sam Fabian, Imperial College London: Understanding why artificial lights trap flying insects using high-speed videography 

The next presentation was delivered by Dr Sam Fabian, who explored the aggregation of insects around bright light sources, how artificial light can impact insect flight and the behavioural mechanisms behind it. Fabian suggests that circling behaviour around bright light sources is due to dorsal light response – a stabilising reflex where insects angle their body to orientate bright lights above them – which causes erratic flight paths around artificial light sources.  

Circling behaviours around artificial light sources. Credit: Dr Sam Fabian
Circling behaviours around artificial light sources. Credit: Dr Sam Fabian

Dr Avalon Owens, Rowland Institute, Harvard University: Do sustainable lighting practices sustain moths?  

Last to speak was Dr Avalon Owens, who concluded the session with an insightful discussion on the impacts of light pollution on moths. This growing threat is one of many that impacts global insect abundance and diversity, and can have a range of negative impacts on insect behaviour, including: fatal attraction, temporal and spatial disorientation and visual confusion. These can have catastrophic effects on insects internal body clock, navigation ability and recognition of resources. With light pollution levels growing and expanding exponentially, Dr Owens also outlined key routes to tackle the issue by creating sustainable lighting that is useful, targeted, controlled, low level and warm coloured.  

Five lighting principles for responsible outdoor lighting and impacts of artificial light on insects
Five lighting principles for responsible outdoor lighting and impacts of artificial light on insects. Credit: Dr Avalon Owens

This year’s Moth Recorders Meeting was a fascinating insight into the National Moth Recording Scheme, key trends and developments in moth ecology and conservation, and the threats to these undervalued insects. Find out more about Butterfly Conservation, their valuable work and ways to get involved on their website. 

To hear more from this year’s speakers, a recording of 2025’s meeting can be found on the Butterfly Conservation YouTube channel. 

Interview with WILDGuides Publisher Rob Still 

The award-winning WILDGuides collection is a series of comprehensive and practical natural history titles. Ranging from photographic field guides covering the wildlife of Britain, Ireland and Europe, to visitor guides and reference works on wildlife across the world, this authoritative, easy-to-use series contains some of the best identification guides to date.

Robert Still is the co-founder and publishing director of WILDGuides, and has contributed to more than sixty titles in the series. In his spare time, he is a prolific natural history author, ecologist and graphic artist. We recently had the opportunity to speak to Rob about the WILDGuides collection, including how each volume is produced, which titles are due to be published over the next few years and more.


Wildguides logo.

Firstly, can you tell us about the history of WILDGuides and how the collection came to be?  

I (Rob) had been working as a designer, using photoshop and producing somewhat rudimentary montages and cutouts for adverts since 1991. When the programme’s features really took off in the late 90s, my thought was whether these new capabilities could be used to produce ‘best birding’ moments, such as idealised scenes of multiple tanagers in the same tree, or a Sueda bush chock full of vagrant Phylloscopus.  

From there, it was a short transition to figuring out if the technology could be used for field guides – hence the birth of WILDGuides, which started with a guide to Galápagos wildlife by Andy Swash published in 2000, followed relatively quickly by Whales and Dolphins of the European Atlantic (2001) and Britain’s Butterflies (2002) – this covered a relatively small number of species and all were easy to cut out. Britain’s Dragonflies (2004) followed and was the first book written by Andy prior to the expansion into the other taxa groups as seen today, alongside multiple evolutions/editions of the first titles.

For anyone unfamiliar with the collection, how would you describe them, and who are they intended for?  

The books are intended for anyone who wants to put a name to something they encounter in the field. I would describe them as a guided, primarily photographic pathway that hopefully helps in that process. 

Each work in the collection is a passion project of dedicated scientists, conservationists, and researchers. How long does it take to produce a title from start to finish and what kind of work goes into creating them?   

It varies a great deal. Some have taken a good 10 years from concept to fruition, others have taken just a couple of years. However, a title typically requires a couple of photography seasons, as a significant number of the images in each book are commissioned and the specific image requirements often don’t come to light until the design process is underway.

Wildguides book spread.

How do you decide what makes a good subject for WILDGuides? What are you looking for when creating new volumes?  

A good subject is really any group or taxa within a defined region – WILDGuides is looking to work with any experienced specialists to present that group in the WILDGuides way. 

One of the strengths of the WILDGuide collection is the use of a unique ‘roadmap’ for each published topic, allowing users to navigate identification, and the book itself. Can you elaborate on the process of these roadmaps, and why you feel they are so important for these guides?   

Sure, it is a relatively straightforward process insofar as it is simply the production of an identification pathway from start to finish. This is slightly disingenuous, as on occasion, it can be harder than one might think to unequivocally achieve this. It requires a team that really knows the subject being prepared, who is able to combine their field experience to focus on what really matters in the identification. 

Their importance to the guide, I believe, is that they are an amalgamation of this ‘hands-on’ experience and so the pathway is both realistic and pragmatic. 

British and Irish Wildflowers and Plants.

Can you speak on the process of updating editions in the collection?  

Obviously, nature is dynamic and lists of taxa within a region change. New, reliable field identification features come to light, improvements are suggested by our users and the exponential rise in available images means that there is now a good chance that better pictures (in terms of quality and showing the key identification points) become available. Consequently, we keep an update file covering all of these areas, and will update these editions when the time is right to do so. 

What can we expect from the collection over the next couple of years? Are you able to share any new titles that are on the way? 

Yes, the existing collection should improve over the coming years with the feedback and new images mentioned. WILDGuides is also looking to expand the series into other taxa not already covered to match the increasing diversity of species groups that people are looking at, with the hope that more accurate records are sent to organisations managing citizen science databases. 

On the near horizon are updates to Britain’s Spiders and, at some stage, Britain’s Birds as well as new titles covering Britain’s Trees, Birds of East Africa and Birds of Madagascar, each in the style of Europe’s Birds. Further down the track we are looking at gaps, particularly in Britain’s series, that are relatively obvious to spot – so if any reader of this piece wants to be a potential part of that expansion, we’d love to hear from you! 

Explore the full WILDGuide collection here

Book Review: Metamorphosis

Metamorphosis book cover.***** A delightful potpourri

Entomologist Erica McAlister, the Curator of Diptera at the Natural History Museum, London (NHM), has previously written two popular science books on flies, The Secret Life of Flies and The Inside Out of Flies. Her mission is to change your mind not just about flies, but, as Metamorphosis shows, about insects in general. In her third book with the NHM, she teams up with radio producer Adrian Washbourne with whom she worked on the 10-part BBC Radio 4 series Metamorphosis: How Insects Are Changing Our World that formed the basis for this book. A delightful potpourri of entomology, Metamorphosis is particularly strong on the science history front and further solidifies McAlister’s reputation as a science communicator par excellence.

Metamorphosis is the same size as the preceding two books on flies, a small 14 × 20 cm hardback that is illustrated throughout. Its ten chapters, clocking in at 20 pages or fewer, each focus on one particular group of insects that stand out for one reason or another. She examines the biomechanical and biochemical details that allow fleas to jump so far. She explains how Darwin predicted (correctly) the existence of a hawkmoth species with an exceptionally long tongue by examining an equally exceptional orchid. Plus, there is an engrossing chapter on blowflies and their role in forensic entomology, a topic I find particularly fascinating.

Author Erica McAlister. Credit: Channel 5
Author Erica McAlister. Credit: Channel 5

The flap text explicitly mentions the book will consider modern applications of entomology. Indeed, each chapter concludes with a brief section on current and expected future applications. There is unsurprisingly a fair amount of robotics here, with fleas and bees inspiring different kinds of miniature robots. The question of how beetles harvest water from coastal fog in the otherwise bone-dry Namib desert has inspired research on new water-repellent surface materials. Other research on moth tongues is informing the development of micro- and nanostraws that could one day result in safely reusable medical needles. Meanwhile, several start-ups are optimising rearing protocols for black soldier flies that could become the future of animal protein in our food. This would help recycle organic waste and eliminate the environmental impacts of livestock farming. However, it will require finding ways to overcome our disgust of insects and our reluctance to try new food.

The applications, however, come across as a sideshow. Instead, Metamorphosis excels in telling utterly fascinating chapters from the history of entomology. Drosophila (which are not true fruit flies but called vinegar flies) are a widely used model system in biological research. The famous Fly Lab of geneticist and embryologist Thomas Hunt Morgan (1866–1945) pioneered their use. The remarkable part is that he was sceptical of both Darwin’s and Mendel’s ideas and hoped to disprove them, but ended up doing the exact opposite, finding evidence of classic Mendelian inheritance patterns in certain mutant flies. Or, take the story of the remarkable Victorian entomologist Margaret Fountaine (1862–1940), who used the inheritance of an uncle to travel the world solo, amassed an enormous butterfly collection now housed at Norwich Castle Museum, and left a time capsule of twelve notebooks with instructions not to open these until 1978. McAlister & Washbourne also provide an extended backstory to African American entomologist and civil rights activist Charles Henry Turner (1867–1923) who Lars Chittka also featured in The Mind of a Bee. Turner was denied an academic position on grounds of his ethnicity yet staunchly laboured on and made pioneering observations on bee behaviour in particular. He was ahead of his time in refusing to see bees ‘as simple reflex machines driven by spontaneous reactions to environmental stimuli’ (p. 185).

Hummingbird Hawkmoth feeding on a flower
Research on moth tongues is informing the development of micro- and nanostraws. Image by Peter Stenzel via Flickr.

These and other people are vividly brought to life here. The only fly in the ointment is some errors in dates: apothecary James Petiver apparently lived from 1865 to 1718 (he was born somewhere between 1663 and 1665 according to a published chronology), Turner supposedly married his wife in 1896 even though she died in 1895 (they married in 1886), and Turner himself died in 1923 and two pages later in 1958 (the former is correct). Other than reiterating the importance of proofreading numbers, this minor complaint does not diminish the fact that the history-of-science component of Metamorphosis is utterly engrossing. Many of these stories are largely unknown to the general public, with only articles in specialist journals commemorating the achievements of these historical figures. There are several biographies in here waiting to be written and McAlister & Washbourne have the makings of a fine pair of science biographers.

Whether you enjoyed the BBC Radio 4 series when it aired, find yourself in the museum’s gift shop wondering whether this book is worthwhile, or nurture an interest in entomology or the history of science (or the intersection of the two), I warmly recommend this little book, especially given the reasonable cover price.

Metamorphosis book

Metamorphosis is available from the NHBS online store.

Book Review: Lost Wonders

Lost Wonders book cover.***** An emotional gut punch of a book

When you think Sixth Extinction, animals and plants such as the St. Helena olive, the Bramble Cay melomys, or the Christmas Island forest skink are unlikely to come to mind. And therein lies a problem: behind the faceless statistics of loss lie numerous stories of unique evolutionary lineages that have been snuffed out. In this emotional gut punch of a book, author and journalist Tom Lathan takes the unconventional approach of examining ten species that have gone extinct since 2000, nine of which you will likely never have heard of. Lathan momentarily resurrects them to examine what led to their loss and speaks to the people who tried to save them.

The one species and individual you are likely to have heard of is Lonesome George, the last Pinta Island tortoise, who received much media attention both in life and in death. The remainder are barely known outside of the small circle of conservationists who studied them. Of the unfortunately long list Lathan obtained from the IUCN, he has chosen a nicely balanced mix of species. Each chapter opens with a tastefully executed pencil-and-ink drawing by Lathan’s partner Claire Kohda. The geographic spread similarly includes organisms from around the globe (though no maps have been included, which would have been helpful). What unites these species is that they all lived, literally or functionally, on islands (environments prone to evolutionary experimentation and extinction), and they are no longer with us.

Extinct tortoise line drawing.

Each of the ten chapters mixes several elements such that, despite most chapters being quite long at 30–40 pages, all are very engaging. Lathan introduces what we know about their biology and how the frequent paucity of information frustrated subsequent attempts at captive breeding. By telling the stories of their discovery and formal description, Lathan answers his question of whether naming a species “is itself a life-giving act” (p. 28): it allows us to formulate conservation plans, making naming “the difference between life and death” (p. 29). Of course, species exist before we describe them, and his overview of their evolution is a potent reminder of this. It also highlights how, given enough time, organisms can reach remote islands and establish themselves there, despite the odds not being in their favour.

All of the above is relevant background information, but we are here for the stories of what went wrong. In the introduction, Lathan emphasizes just how incomplete our knowledge is: there is both a long queue of species awaiting assessment by the underfunded IUCN and an even larger pool of “dark extinctions” (p. 4): species that vanish before we even know of their existence. These stories are “a snapshot of extinction […] each a stand-in for other[s] that we will probably never know occurred” (p. 4). There is that importance of taxonomy again.

Extinct lizard line drawing.
If extinctions of Pleistocene megafauna can reasonably be attributed to a mixture of human hunting and climate change, the fingerprint of more recent Holocene extinctions is clearly human. Lathan points out that our species is “one of the most potent agents of ecological destruction, regardless of time, place, or culture” (p. 135). For instance, the arrival of native Polynesians to Hawai’i already triggered a wave of extinction, such that the arrival of Europeans “was more like a passing of the baton in an ecocidal relay race” (p. 136). That said, in his next breath he immediately recognizes that European colonialism cranked up extinction to eleven—it is a good example of Lathan’s balanced reporting. What follows is the usual litany of rapacious resource extraction that destroys natural habitats and the accidental or purposeful introduction of invasive species. The two often work in tandem.

The strongest suit of Lost Wonders is the nearly 50 interviews with scientists, conservationists, hobbyists, and others whose first-hand experiences and frustrations imbue this work with much pathos. There are stories of species slipping through our hands as their habitats vanished (e.g. the Bramble Cay melomys, a rat, or the Alagoas foliage-gleaner, a bird); of ignored warnings, bureaucratic red tape, and apprehensive committees delaying meaningful action (e.g. the Polynesian tree snail P. labrusca or the Christmas Island pipistrelle); and of captive breeding efforts failing (e.g. the Mexican Catarina pupfish). By asking how the people involved experienced witnessing extinction, each chapter delivers an emotional gut punch that, I will not lie, sometimes brought me to tears. Some people still struggle talking about it, even a decade or more later, breaking down during their interviews. Others describe feelings of grief, depression, and loneliness, unable to truly share with others what they experienced. Lathan himself in his epilogue expresses his astonishment at “their capacity to articulate the profundity of what they had witnessed” and wonders out loud: “When a million years of evolution is extinguished right in front of you, what words suffice to describe this moment?” (p. 351).

Extinct bat species line drawing, flying over trees towards the front of the page.Taking a step back to compose myself I do, however, have two points of criticism; or, if not criticism, two points I feel have been omitted. First, there is the proximate question of whether trying to save a species at all costs is always the best use of the limited time, money, and other resources available for conservation. Not everybody agrees it is, and e.g. Inheritors of the Earth provocatively argued that island species are evolutionary dead ends, vulnerable to invasion. Are resources better spent on populations that still stand a decent chance? A counterargument could be made that, yes, these attempts *are* worthwhile because we learn how to improve our protocols, techniques, and technologies for the inevitable next extinction. My point is that Lathan does not broach these questions here. I would have loved for him to wrestle with these and put them to his interviewees. Second, there is the ultimate question of what it would take to turn the tide of extinction, of what such a world would look like. I judge him less harshly on this because very few authors seem willing to mention the root causes that got us here. His interviewees gave him several openings at broaching thorny topics that he did not pursue. This is another set of questions where both his views and those of his interviewees could have further enriched the book.

The above suggestions would have been cherries on the cake but, as it stands, the proverbial cake is both edible and rich. Lost Worlds is an incredibly moving book that tugs at the heartstrings and draws on an impressive number of interviews. These eyewitness stories are a powerful reminder that behind each reported extinction lies a tremendous amount of work, and the loss of a unique way of life on this planet.

Lost Wonders book cover.

Lost Wonders is available from our bookstore here.

Book Review: Radical by Nature

Radical by Nature book cover.***** A tremendously enjoyable biography

2023 marked the 200th anniversary of the birth of Victorian naturalist Alfred Russel Wallace. Best remembered as the father of biogeography and co-discoverer of natural selection, he was an all-round fascinating person. Evolutionary biologist, entomologist, and Darwin and Wallace scholar James T. Costa gives an in-depth, intimate, and updated story of his life.

Given the many other available Wallace biographies, why read this one? Because Costa can safely be considered an expert on the history of evolutionary thought. Next to three books on Darwin since 2009, Costa has also studied Wallace’s life and work since 2010, resulting in three books, not to mention numerous academic papers and magazine articles. What this means in practical terms is that Costa provides context, context, context.

As such, he explains the relevance and novelty of Wallace’s ideas at the time (and I am going to be very selective here). For instance, Wallace was one of the first to insist on the recording of accurate location data when collecting animals and plants. When moving east and west in the Malay Archipelago, he thus noticed that the fauna on some neighbouring islands differed sharply, a local division later named the Wallace Line. It undermined geologist Charles Lyell’s idea that environment alone determines distribution.

Alfred Russel Wallace, c1895.
Alfred Russel Wallace, c1895.

Speaking of Lyell, some of Wallace’s most underrecognized ideas concern transmutation (as evolution was known back then). Lyell claimed that species were immutable entities and that the fossil record reflected separate rounds of creation. Wallace disagreed; he was never one to shy away from discussion, even with intellectual giants. His then-novel idea was that “every species arises in immediate proximity to a preexisting and closely related species” (p. 158). But how? Wallace’s flash of insight on natural selection, the remarkable confluence of Darwin and Wallace’s ideas, and the case Wallace was building against Lyell are all deeply interesting topics that I am deferring to other reviews. Instead, let me briefly consider his take on anthropology. Wallace was fascinated with the indigenous people he encountered and his approach “was nothing less than a natural history of humans” (p. 196), applying the same evolutionary logic he applied to other animals. Against the background of a divided discipline back in London between polygenists (who saw races as separate entities, even species) and monogenists (who saw “races” as variations of a single human species), Wallace hewed closer to the latter.

Costa also provides much historical context on Wallace the person. He is rightly remembered as a humanitarian scholar for whom justice was his lodestar. Utopian socialist Robert Owen left a deep impression and the young Wallace was a regular at the halls of science and mechanics’ institutes that were just then popping up everywhere. These promoted self-improvement of working-class people through education. His full conversion to socialism came much later in life though. Wallace was an early advocate of women’s rights, supported the suffragette movement, and more than once campaigned for scholarly societies to allow women in. He also campaigned for land reform, and in hindsight regretted that many of his early survey jobs served ongoing efforts at land enclosure that effectively screwed the poor.

Cyriopalus wallacei Pascoe, 1866 (Cerambycidae: Cerambycinae) Holotype.
Cyriopalus wallacei Pascoe, 1866 (Cerambycidae: Cerambycinae) collected by Alfred Russel Wallace, via flickr.

Now, how for some context to the above context? Despite the above character sketch, it would be an oversimplification to celebrate Wallace as “an almost uniquely nonracist, egalitarian Victorian […] who was “woke”” (p. 166) before the rest of us were. Sure, he was respectful towards indigenous people, credited his field assistants, and criticized European civilization. But for all that, he was a product of Britain’s global empire. Wherever he went, he could call on officials, transportation networks, and crews of unnamed porters and boatsmen for assistance. And despite his opposition to slavery, he frequently turned a blind eye to slave-holding friends and expats.

Further commenting on Wallace’s character (here comes more context), Costa admits that Wallace’s trusting nature could border on the gullible. His interest in spiritualism caused disbelief among his peers, even while they praised his scientific achievements. Costa points out that many science historians forget how it impregnated Victorian society at all levels and even some of his critics attended séances suspiciously often. The other faux pas is Wallace’s opposition to smallpox vaccination campaigns. Wallace, himself vaccinated, was all about the science, but this was in its infancy in the 19th century. “We cannot hold those who lived in the past to standards based on modern understanding” (p. 353), pleads Costa. Fortunately, we find him on the right side of history where eugenics is concerned, which he denounced as “the meddlesome interference of an arrogant, scientific priestcraft” (p. 490, note 52).

Costa’s writing is lively, occasionally interjected with chatty remarks or witticism that made me chuckle. When Wallace writes that Alexander von Humboldt’s travel narrative gave him a desire to visit the tropics, Costa responds that “Wallace got a “desire to visit the tropics” all right” (p. 46). When Wallace scathingly remarks that indigenous women in New Guinea are “the least engaging specimens of the fair sex” he had ever met, Costa parries that “chances are he was not viewed by the locals as the hottest specimen of white European manhood either” (p. 231). And when only the religious Lyell is willing to take serious Wallace’s new spiritualist tendencies, Costa imagines how “Darwin could only shake his head at the two of them” (p. 310). I found these a welcome source of levity.

Beetles collected in the Malay Archipelago by Alfred Russel Wallace.
Beetles collected in the Malay Archipelago by Alfred Russel Wallace, via flickr.

Much more can be said about both Wallace and this wonderful biography. Wallace left behind a mountain of written material for historians. Instead, let me circle back to my first question. Why read this biography? In fairness, other biographies provide details omitted here. Far more important, however, is what Costa adds. Much unpublished information has come to light since the 2013 centenary and Costa has drawn extensively on the archive of material that Wallace’s grandsons had. This was gradually annotated and digitised from 2010 onwards as part of the publicly accessible Wallace Correspondence Project and has allowed Costa to add much intimate detail from hundreds of personal letters.

Given the above, Costa’s stated aim of writing an updated biography has been more than realised; this book is a triumph! I tremendously enjoyed Radical by Nature and was very impressed with the depth of its scholarship. Next to an intimate portrait of this most fascinating scholar, Costa provides much detail on a critical period of scientific development and the social context in which it unfolded.

Radical by Nature book cover.Radical by Nature is available from the NHBS bookstore here.

The Big Butterfly Count: NHBS Staff Results 2024

Each year, Butterfly Conservation urges the public to venture outdoors and record their local lepidoptera populations with the Big Butterfly Count – a UK-wide survey aiming to assess the health of butterflies and day-flying moths. The count involves recording the number and species of butterflies in a chosen area for fifteen minutes and uploading results to their official website.  

There are around 130 day-flying macro moths and 59 species of butterfly in the UK. These highly sensitive animals are key indicators of environmental health and play a crucial role in pollination across the country. The latest State of the UK Butterflies report, an assessment on British butterflies, found that the group has declined by 80% since the 1970s. The Big Butterfly Count allows the health and trends of these species to be assessed, improving our understanding of their conservation and threats.  

This year’s count took place between Friday 12th July and Sunday 4th August, and the results from nationwide counts can be found on Butterfly Conservation’s interactive map. Over 140,000 counts were taken during this time, recording nearly 1,000,000 butterflies. Gatekeeper (Pyronia tithonus), Meadow Brown (Maniola jurtina), Large White (Pieris brassicae), Small White (Pieris rapae) and Peacock (Aglais io) butterflies were the most recorded species across all data points, accounting for over 670,000 sightings. 

This years count revealed the lowest numbers on record, and has led to the announcement of a nationwide ‘butterfly emergency’. On average, seven butterflies and day-flying moths were seen per count, half of last years average. This years count observed significant downward trends in the group, with around 81% of species showing declines, and 600,000 less butterflies recorded than last year (which equates to around a third of 2023’s total observations). 9,000 counts did not record any butterflies, which is the highest number recorded in the history of the count.

We participated in the Big Butterfly Count this year, and are excited to share our results below. 


Staff results

Sabine

a brown and orange butterfly sun bathing in a bush
Gatekeeper by Sabine
  • 3 Small White (Pieris rapae 
  • 2 Red Admiral (Vanessa atalanta 
  • 1 Gatekeeper (Pyronia tithonus) 
  • 1 Ringlet (Aphantopus hyperantus) 

 

Guy

Red Admiral by Guy
  • 1 Small Skipper (Thymelicus sylvestris) 
  • 2 Green-veined White (Pieris napi) 
  • 1 Large White (Pieris brassicae) 
  • 7 Gatekeeper (Pyronia tithonus) 
  • 8 Meadow Brown (Maniola jurtina) 
  • 2 Peacock (Aglais io) 
  • 1 Red Admiral (Vanessa atalanta 

 

Laura

a small butterfly with red patches sits on top of a cluster of small flowers
Red Admiral by Laura
  • 5 x Red Admiral (Vanessa atalanta 
  • 4 x Peacock (Aglais io) 
  • 2 x Large White (Pieris brassicae) 
  • 1 x Small Copper (Lycaena phlaeas) 
  • 1 x Speckled Wood (Pararge aegeria) 
  • 1 x Painted Lady (Vanessa cardui) 
  • 1 x Comma (Polygonia c-album) 

 

Elle

A creamy white butterfly feeding on a thistle
Image by Steve Byrne via Flickr
  • 3 x Small White (Pieris rapae)

 


To find out how you can support UK butterfly conservation and to find your local branch, visit the Butterfly Conservation website. 

 

Book Review: What a Bee Knows

What a Bee Knows cover showing a close up of a bee's head.***** Tells fascinating tales of bee biology 

Leon Vlieger, NHBS Catalogue Editor

The collectives formed by social insects fascinate us, whether it is bees, ants, or termites. But it would be a mistake to think that the individuals making up such collectives are just mindless cogs in a bigger machine. It is entirely reasonable to ask, as pollination ecologist Stephen Buchmann does here, What a Bee Knows. This book was published almost a year after Lars Chittka’s The Mind of a Bee, which I reviewed previously. I ended that review by asking what Buchmann could add to the subject. Actually, despite some unavoidable overlap, a fair amount.

Though I will leave a comparison and recommendation for the end of this review, I can already tell you that What a Bee Knows is a different beast altogether. Buchmann’s approach to convincing you that bees are sophisticated insects is to provide a general and wide-ranging introduction to bee biology, telling you of all the things they get up to.

What makes this introduction accessible to a broad audience is that Buchmann goes back to first principles. For starters, what even is a bee, and where did they come from? You might not realise that they evolved from carnivorous predatory wasps and likely did so some 130 million years ago, not long after the evolution of flowering plants. Another basic aspect Buchmann highlights is how myopically focused we are on social bees. The thing is, 80% of all 20,000+ described bee species are solitary. Their biology is the more representative one and Buchmann discusses examples from their lonesome lives throughout this book, many based on his observations working in the Sonoran Desert of Arizona and elsewhere. He reminds the reader that “we should not think of honey bees as the pinnacle of bee evolution toward which all bee species strive” (p. 32). Theirs is the exception; a high-risk, high-reward strategy to making a living on this planet.

A close up of a bee in flight flying across grass.
Bee in-flight, by Nikk on Flickr.

This approach of introducing basic concepts is applied throughout the book. Thus, we get a brief tour of the gross anatomy of the bee brain, but not before Buchmann explains the basics of the human brain and the structure and workings of neurons. An introduction to sexual selection prefixes the discussion on the many sexual escapades of bees: from scramble competition in cactus bees involving bee brawls (which is exactly what it sounds like), to hilltop lekking in carpenter bees, to alternative reproductive tactics with different male morphs in Centris pallida. Bees can learn to solve problems, improve their performance, and even learn new tricks from other bees, but what is this process called learning, and how widespread is it? Similarly, chapters on sleep, pain, and consciousness all first discuss more broadly what these are and what we know about them in humans and other vertebrate and invertebrate organisms.

Buchmann is a pollination ecologist by training and he cannot help but indulge in a long chapter on pollination. He is on form here and gleefully reminds readers that, next to billboards for pollinators, “flowers are unabashedly plant genitals exposed on a stem for all to see” (p. xiii), while bees act as “surrogate flying flower penises” (p. 78). Though it is traditionally held up as a wholesome form of mutualism, it has elements of an arms race too. As Jeff Ollerton also points out, active pollination, where a pollinator deliberately places pollen on a flower’s stigma, is extremely rare. Rather, the norm is that both pollinators and flowers have their own interests (food and pollination), at heart first and foremost. Sometimes both parties will benefit, but this is not a given. Orchids trick male bees into pseudocopulation with flowers that look and smell just like female bees, dusting them in pollen in the process without offering any nectar. At the other extreme, carpenter bees have become nectar robbers, using their jaws to cut into flowers at their base to access nectar, and thus not providing pollination services. And here is an interesting recent development: studies on the bee microbiome suggest that bees derive some of the microbial life that populates their gut from the flowers on which they forage. In some cases, the proteins contributed by flower microbes might be more nutritious than the pollen grains.

A solitary bee coming out of a nest in the ground with grass and clover around it.
A solitary bee, by Nikk on Flickr.

A chapter on sensory biology is, of course, obligatory and Buchmann covers all relevant topics: the trichromatic vision of bees that extends into the ultraviolet, their perception of polarized light used in navigation, their excellent smell, their hearing (which is more a detection of pressure waves at close range), their taste and tactile senses, their to-us-alien detection of electrical charges (and the electrostatic footprints bees leave on flower petals after a visit), and the still contentious topic of magnetoreception. What was new to me is that the two mobile antennae produce a three-dimensional impression of an odour field, and some nifty experiments that involved crossing their antennae resulted in bees persistently walking away from the source of a smell, indicating that they really do smell in stereo.

Though an accessible and enjoyable romp into bee biology, I do have a few minor quibbles. There is a limited number of general black-and-white illustrations and photos, and the reproduction of the latter is so-so as this is a print-on-demand book. And though What a Bee Knows avoids getting too technical, I do feel that in some places Buchmann wanders a bit off-piste from exploring the inner world of bees into more general fascinating tales of bee biology. Nevertheless, the book achieves its mission of instilling a renewed respect and a better understanding of how bees live.

Having now reviewed both Chittka’s The Mind of a Bee and Buchmann’s What a Bee Knows, how do they compare and which one should you read? Both books broadcast the same message loud and clear: bees are darn sophisticated creatures and even individually are far smarter and more capable than you might initially give them credit for. As mentioned, Buchmann goes back to first principles on many topics and wanders into bee biology more generally, while I remarked that Chittka delivers an information-dense book with numerous explanatory illustrations that is very focused in its approach, talking bees, bees, and the occasional other hymenopteran. Consequently, Buchmann does not delve as deeply into many subjects, though he does discuss some experiments in detail (including Chittka’s work on several occasions). My recommendation would be that general readers with little background in biology or entomology pick, or first start with, What a Bee Knows. Biologists, in particular entomologists, might want to skip straight to Chittka’s The Mind of a Bee and get stuck in the wealth of detail there. 


What a Bee Knows cover showing a close up of a bee's head.What a Bee Knows by Stephen Buchmann is available from our online bookstore.