Author interview with Roy Dennis: Restoring the Wild

Reintroducing lost species has had a huge part to play in restoring natural processes and enriching biodiversity in Britain. In Restoring the Wild, Roy Dennis MBE documents the painstaking journey to reintroduce some of Britain’s lost apex predators, and the subsequent enormous benefits to our ecosystem.

Leading up to the book’s publication, Roy kindly agreed to answer some questions.


As is made clear from the title of your book, you have a long and amazing history of involvement with conservation projects. Could you begin by sharing what inspired you to pursue a career as a field ornithologist and wildlife consultant?

It really started as a youngster keen on wildlife and living in the Hampshire countryside. Becoming really good at birds and bird ringing which led to a summer job as an assistant warden at Lundy Bird Observatory, instead of going to work at Harwell Atomic Research Station. The following year I was a field ornithologist at the prestigious Fair Isle Bird Observatory, which was fantastic training. There I met George Waterston, the famous Scottish ornithologist, who persuaded me to join him the following year wardening the ospreys at Loch Garten. There I made so many friends in wildlife conservation and became totally convinced that my life was going to be about birds and conservation, restoring species and subsequently ecological restoration.

Of course the obvious aim of a reintroduction project is to bring back a species that has been lost. But in your experience what subsequent benefits are there to reintroductions?

I think in a very damaged world reintroduction projects show there is a chance to bring species back and give people hope. Some species are more important than others from an ecological point of view with beavers being the ecosystem engineer par excellence. My book explains the many advantages of restoring beavers. Other species such as red kites and white-tailed eagle are iconic species, which demonstrate that rare birds can live in the general countryside, not only in nature reserves. Then people can see and enjoy them on the way to work, school or the shops. My whole ethos has been to make rare birds more common and secure for the future.

According to the latest 2019 State of Nature report, about 162 species have thought to have become extinct since the 1500s. How is it decided what species should be prioritised for reintroduction?

It’s more a question of our ability to successfully restore a species, is there enough habitat and food, can we find birds to translocate and what is the likelihood of success. I think the most important action is to take action and not be bogged down by procedures.

You spoke in your book about the opposition to reintroduction projects – what would your response be to address these concerns and opposing views?

The opposition can come from many quarters but the most important thing is to listen to all the concerns and address them. It’s essential to know the species on its home patch and to be able to present a clear message. Usually people’s concerns can be allayed; for example I write in my book about making a special recce to the Netherlands to speak to the experts about white-tailed eagles and agriculture, so that we could give considered views before starting the Isle of Wight project. We have had complaints from some birders that the translocated ospreys at Rutland Water or the sea eagles are not ‘real’ birds and they cannot count them on their lists. But they forget capercaillies were brought back from Scandinavia long ago. But the recent sea eagles flying in southern England have shown that birders just love to know they are back, and hopefully will breed in England again.

In the final chapter of your book you look forward to focus on newer projects, such as White-tailed Eagle reintroductions on the Isle of Wight and the South Coast Osprey Project. But what else would you like to see reintroduced to Britain in the near future?

In my last chapter of the book I’m really talking about handing over the baton to others to take projects forward. I’m very fortunate that Tim Mackrill joined me a few years ago and I love working with our small team. We are always assessing possible projects but would rather do it in a quiet way, really get to know the species on mainland Europe and talk to all the people that are likely to be involved before we go public with an idea.

White-tailed Eagles, Ospreys, Red Kites and Goldeneyes are a few of the species you have helped to successfully restore to Britain. What has been your personal highlight and why?

“What is your favourite?” is a question I’ve been asked all my life. But I do not have one – or rather it is the one we are working with at the time. I can recall personal highlights like the first osprey breeding pair at Rutland Water, seeing the young white-tailed eagles fly free on the Isle of Wight was exciting just like when I released the first young sea eagle on Fair Isle in 1968. Seeing red kites, the length and breadth of Scotland and England has been special, made more so when you see them soaring over motorways. During lockdown it’s been marvellous to hear from so many people who have seen a sea eagle fly high over them as they sit in their garden. Bringing wonder back.

The Roy Dennis Wildlife Foundation has achieved a great deal over the years since it was formed in 1995, not just in the UK but across Europe too. Can you share what the Foundation has planned for the future?

We want to carry on with our work with wildlife conservation, there are still many things to do and the return of the Lynx is high in my thoughts. We have others in mind for the future so keep an eye on our website and see what’s coming next. You will get a great insight to how these projects evolve and work in Restoring the Wild.

Restoring the Wild: Sixty Years of Rewilding Our Skies, Woods and Waterways
By: Roy Dennis
Hardback | Due April 2021 | £16.99 £18.99

 

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

The RSPB Big Garden Birdwatch 2021

The 29th-31st January marked the 42nd Big Garden Birdwatch. This citizen science survey asks members of the public across the UK to count the numbers and species of birds that land in their gardens in a one hour period. In 2020 almost half a million people took part and 7.8 million birds were counted.

This year, the RSPB launched the Big Garden Birdwatch Live to run alongside the counts. A full weekend of live events including interviews and Q&As with Nick Baker, Chris Packham and a host of RSPB staff members. Bird feeders from nature reserves around the country were live streamed throughout.

At NHBS more of us than ever decided to take part and record the species that visited our gardens. Some of us were luckier than others; with weather warnings across Devon it was a wet and windy weekend. Despite the conditions we were treated to some wonderful sightings and as a group spotted 23 different species.

Overall a much higher number of pigeons and corvids visited our gardens than in previous years, as it seemed these larger birds were the least phased by the rain. Long-tailed tits and blue tits were the most highly spotted passerines.

See our results below:

Nigel

Nigel’s three children assisted with his survey and helped identify a great range of species.

Image by Nigel Jones

3 Blue tits
3 Tree sparrows
2 Carrion crows
2 Blackbirds
2 Dunnocks
2 Long-tailed tits
1 Coal tit
1 Great tit
1 Robin
1 Wren
1 Magpie
1 Woodpigeon

 

Catherine

Blackbird by Catherine Mitson

Catherine had a quieter hour, but still counted 3 species, all of which were in last year’s top 10!

1 Blackbird
1 Great tit
1 Woodpigeon

 

Angeline

Angeline’s dog Freya must have brought her some good luck! She was treated to 12 species including a nuthatch and firecrest, two fantastic sightings.

Image by Angeline Rietveld

4 Long-tailed tits
3 House sparrows
2 Magpies
2 Great tits
1 Firecrest
1 Robin
1 Blue tit
1 Nuthatch
1 Carrion Crow
1 Blackbird
1 Dunnock
1 Chaffinch

 

Rachel

Magpie by Rachel Ud-din

Rachel had the highest number of house sparrows – the species that took last year’s national top spot

8 House sparrows
2 Feral pigeons
1 Common gull
1 Magpie

 

Phoebe

Phoebe’s family had the highest quantity of birds visit their garden, an impressive 26 individuals. Her sister Amabel even managed to take this beautiful photo of a Great spotted woodpecker.

Woodpecker by Amabel Jeffries

2 Blackbirds
8 Long-tailed tits
5 Blue tits
2 Chaffinches
2 Coal tits
2 Nuthatches
2 Great tits
1 Woodpigeon
1 Dunnock
1 Great spotted woodpecker

 

Oli

Pigeons by Oliver Haines

Oli’s garden seems to reliably attract corvids and pigeons, as he counted very similar numbers to his 2020 survey.

3 Woodpigeons
2 Carrion crows
2 Jackdaws
1 Robin

 

Antonia

Antonia was treated to a large flock of jackdaws. She also saw a grey wagtail – a species more fond of riverside habitats, although they do tend to venture further during the winter.

Robin by Catherine Mitson

10 Jackdaws
2 Blue tits
2 Magpies
1 Robin
1 Goldcrest
1 Grey Wagtail
1 Blackbird

 

Gemma

Jackdaw by Oliver Haines

Living in the centre of town led to my own list being dominated by relatively urban species.

11 Feral pigeons
5 Herring gulls
2 Carrion crows
2 Jackdaws

 

Across our 8 gardens we counted a total of 117 birds across 23 different species.

Have you taken part in the Big Garden Birdwatch? Don’t forget to submit your results by the 19th of February here.

The NHBS ID Guide to UK Garden Birds

In this addition to our UK Identification Guide series, we are taking a look at some of our most common garden birds.

Very little is required by way of equipment to watch birds. However, a decent pair of binoculars or scope and a good field guide can go a long way to enhancing the experience and improving your skills. (If you’re looking for suggestions, we’ve included a few of our most popular field guides at the end of this post.)

If you’d like to contribute to the understanding of birds and research into garden wildlife, why not take part in either the BTO’s Garden BirdWatch (all year round) or the RSPB’s Big Garden Birdwatch (annually in January).


Where and when to look for birds

One of the things that makes birdwatching such a great activity is that birds can be found at all times of the year. Although their numbers may swell and decrease at various times of year, due to the arrival and departure of various migrants, it is a rare day that you will venture outdoors and fail to see even one of our winged neighbours.

Autumn and winter are particularly good times for garden birdwatching, as this is the time that birds will benefit most from extra nuts and seeds provided in bird feeders; many will flock to gardens to take advantage of this additional source of food. A well positioned bird feeder also allows you to watch birds from the comfort of an armchair, accompanied by a hot cup of tea!

Twelve common garden birds to look for

Great Tit (Parus major)
Great Tit by hedera.baltica via Flickr

ID notes: The Great Tit is the UK’s largest tit species. It has a yellow breast with a central black stripe, a green back, black head and prominent white cheeks.

Measurements: Length 14cm, wingspan 24cm.

Preferred food: Insects, seeds, nuts.

Example call:

Blue Tit (Cyanistes caeruleus)
Blue Tit by Joachim Dobler via Flickr

ID notes: An incredibly colourful bird, the Blue Tit has a yellow breast, green back, blue wings and a blue patch on its head. The face is white and a slim black stripe runs horizontally through the eye.

Measurements: Length 12cm, wingspan 18cm.

Preferred food: Insects, caterpillars, seeds, nuts.

Example call:

Great Spotted Woodpecker (Dendrocopos major)
Great Spotted Woodpecker by Airwolfhound via Flickr

ID notes: The Great Spotted Woodpecker has a striking black and white body and wings and is roughly the size of a blackbird. Males have a red patch on the back of the head, and juveniles also have a red crown. They fly with a distinctive swooping up and down style and can often be heard drumming while clinging to a tree trunk.

Measurements: Length 22-23cm, wingspan 34-39cm.

Preferred food: Insects, seeds, nuts.

Example of drumming sound:

Chaffinch (Fringilla coelebs)
Chaffinch by Alan Cleaver via Flickr

ID notes: The cheeks and breast of the Chaffinch are rust-red (male) or buff-grey (female) coloured and the wings have two distinctive white bars on a dark background. Although they don’t regularly feed openly on bird feeders, they can often be found on the ground beneath and elsewhere in the garden.

Measurements: Length 14.5cm, wingspan 24.5-28.5cm.

Preferred food: Insects, seeds.

Example call:

Nuthatch (Sitta europaea)
Nuthatch by hedera.baltica via Flickr

ID notes: The Nuthatch has a blue-grey back, chestnut sides and a distinctive black eye stripe. It often perches head-down on feeders and tree trunks.

Measurements: Length 14cm, wingspan 22.5-27cm.

Preferred food: Insects, nuts, seeds.

Example call:

Goldfinch (Carduelis carduelis)
Goldfinch by airwolfhound via Flickr

ID notes: This brightly coloured finch has a vibrant red face and a yellow wing bar. The black tail has white spots and the rump (visible when in flight) is white.

Measurements: Length 12cm, wingspan 21-25.5cm.

Preferred food: Seeds, insects.

Example call:

House Sparrow (Passer domesticus)
Male House Sparrow by hedera.baltica via Flickr

ID notes: A robust looking bird with a bushy plumage. Feathers are streaked brown and black. Male sparrows have a black bib and eye region and the bill is black during breeding. Females often have a buff-coloured ‘eyebrow’.

Measurements: Length 14-15cm, wingspan 21-25.5cm.

Preferred food: Seeds, scraps.

Example call:

Blackbird (Turdus merula)
Male Blackbird by hedera.baltica via Flickr

ID notes: Male blackbirds are incredibly striking and have black feathers with a bright orange beak and eye ring. Females are brown and often have spots or streaks on their breast.

Measurements: Length 24-25cm, wingspan 34-38.5cm

Preferred food: Insects, worms, berries, fruit.

Example call:

Coal Tit (Periparus ater)
Coal Tit by ianpreston via Flickr

ID notes: The Coal Tit has a black head, white cheek patches and a white wing bar. The back of the head features an oval white patch. Its back is blue-grey and the underside is buff.

Measurements: Length 11.5cm, wingspan, 17-21cm.

Preferred food: Insects, seeds, nuts.

Example call:

Siskin (Carduelis spinus)
Siskin by Imran Shah via Flickr

ID notes: The Siskin is a small finch which has a black and yellow streaked body and a distinctly forked tail. The male has a black crown and a lot of black in the wing.

Measurements: Length 12cm, wingspan 20-23cm.

Preferred food: Seeds, insects.

Example call:

Dunnock (Prunella modularis)
Dunnock by Nick Goodrum via Flickr

ID notes: Fairly similar to a House Sparrow, the Dunnock has brown, streaked upper parts and a blue-grey head and breast. This shy bird is often seen creeping around near cover such as bushes or flower beds.

Measurements: Length 14cm, wingspan 19-21cm.

Preferred food: Insects, spiders, worms, seeds.

Example call:

Sparrowhawk (Accipiter nisus)
Sparrowhawk by Nick Goodrum via Flickr

ID notes: This small raptor has short, broad wings and a long tail. Adult males are smaller than females and have grey upper parts and rust coloured cheeks and breast. The larger female has grey upper parts and greyish brown breast.

Measurements: Length 28-38cm, wingspan 55-70cm.

Preferred food: Small to medium birds, occasionally bats.

Example call:


Recommended field guides

Collins Bird Guide
#170498

Covering Britain and Europe, this beautifully illustrated book provides all the information needed to identify any species at any time of year, with detailed text on size, habitat, range, identification and voice.

 

Britain’s Birds
#248886

A bestselling guide since it was first published, Britain’s Birds has established itself as the go-to photographic identification guide to the birds of Great Britain and Ireland – the most comprehensive, up-to-date, practical and user-friendly book of its kind.

Guide to the ‘Top 50’ Garden Birds
#187771

This guide is designed to help identify the majority of species likely to be found in a garden throughout the year. The choice of ‘top 50’ is based on the relative abundance of species recorded in the UK by the BTO Garden BirdWatch survey.

BES Summer School Guest Blog: Part One

This year, NHBS was proud to sponsor the BES Undergraduate Summer School.

This annual event is open to undergraduate students studying in their 1st or 2nd year at a UK or Irish university. The week-long programme provides training in a range of practical, ecological skills alongside networking events and career workshops.

Due to Covid-19 the 2020 Summer School was conducted online. As one of their tasks, students were asked to write a blog article on a subject of their choice. We are pleased to feature a number of their submissions here on the NHBS blog. The first, by Hannah Coburn, looks at the timing of breeding and migration in birds and how the changing climate can impact this.


Hannah Coburn

Changing Times

Phenology refers to the timing of key life events in organisms, which play an important part in every species’ ecology [1]. The phenology of birds, including the timing of breeding and migration, is a well-studied field due to its popularity and ease with which it can be studied [2]. Many bird species have evolved to court, nest, mate and, in some cases, migrate at precise times of the year, in order to coincide with ideal conditions and the height of availability of crucial food sources [1]. However, the changing climate is beginning to disrupt these intricate balances.

Different organisms are acclimatising at different rates to the changing climatic conditions, and this dissonance can be catastrophic for breeding birds, particularly migratory species [3]. For example, if trees begin to produce leaves earlier, the invertebrates that feed on their leaves begin to emerge sooner, and if birds relying on these invertebrates do not lay their eggs earlier in the season, they may miss the peak of the insect abundance and be unable to feed their chicks [1].

Figure by Hannah Coburn. Caterpillar image: animalsake.com, Blue Tit image: RSPB.

The loss of synchrony between the phenology of birds and the species they interact with is already having a variety of consequences. A study in the Netherlands examining the potential impact of climate change on two woodland bird species [3] found that Great Tits, a resident species, respond to temperature changes faster than Pied Flycatchers, a migratory species. This is due to the Tits being able to respond to local temperatures and food availability while the Flycatchers are restricted by the time at which they arrive in spring. It was also predicted that migratory birds may suffer as a result of heightened interspecific competition caused by higher numbers of resident birds surviving milder winters.

Some bird species have already been proven to have advanced the times at which they migrate, in response to increasing global temperatures. A large study of migration data from European and North American bird observatories [4] discovered that birds now migrate on average a week earlier than they did in the late 1950s. While some birds have remained relatively consistent in the times in which they migrate, some species such as the Goldeneye, a diving duck, are now migrating as much as two weeks earlier than they did just forty years ago. Juvenile birds, under less pressure to reproduce, showed little change in migration timing. Another study [5] that analysed global migration data covering almost three centuries and over 400 species found that, on average, birds had migrated two days earlier (in spring) per decade and 1.2 days per degree (Celcius) of global temperature rise. They also noted that generalist species had responded faster to climatic shifts than species that had more specialist niches.

Image by Hannah Coburn

Even in my home town, I have noticed migrants such as Swallows and Swifts arrive earlier and earlier. Is it because the birds migrate in response to certain temperatures, which are coming earlier in the season? Is it because individuals that migrate sooner are now more likely to survive and so this trait or behaviour is becoming more common? We are yet to uncover all the intricacies of bird migration. Like any other aspect of biology affected by climate change, it is the species that adapt fastest that will survive. Sadly, if we fail to prevent runaway climate change, the birds that are unable to synchronise their phenology to the new normal may be lost forever.

References 

  1. Rubenstein, M. (2017). When timing is everything: migratory bird phenology in a changing climate. S. Geographical Survey.
  2. Gordo, O. & Sanz, J. J. (2006). Climate change and bird phenology: a long-term study in the Iberian Peninsula. Global Change Biology.
  3. Samplonius, J. M. & Both, C. (2019). Climate Change May Affect Fatal Competition between Two Bird Species. Current Biology, 29(2):327-331.
  4. Learn, J R. (2019). Climate change has birds migrating earlier. The Wildlife Society.
  5. Usui, T., Butchart, S. H. M. & Phillimore, A. B. (2016). Temporal shifts and temperature sensitivity of avian spring migratory phenology: a phylogenetic meta?analysis. Journal of Animal Ecology, 86(2).

 

Author Interview with Ian Parsons, A Vulture Landscape: Twelve Months in Extremadura

Vultures are a crucial part of many of the world’s ecosystems, and without these specialist environmental cleansers many ecosystems wouldn’t function. In A Vulture Landscape we share a calendar year in the lives of these gargantuan raptors as they live, breed, feed and fly with effortless ease across the skies of the vulture landscape that is Extremadura in central Spain.

 

Ian Parsons signing Vulture landscapes

Author, Ian Parsons visited us at NHBS to answer some questions about these often maligned birds and also *signed a limited amount of copies of his new book.

*All signed copies have now sold

 

Could you tell us a little about your background?

I was born and grew up in Devon in south west England, as I grew up I became more and more interested in the natural world, I can remember becoming fascinated by slow worms when I was around seven years old, although I also remember my mum’s slightly horrified reaction when I happily brought one into the house to show her. I wanted to be a Ranger from an early age and after a countryside management course at college I became one for twenty years. When the time was right for a change, myself and my wife moved to Extremadura in Spain where we set up Griffon Holidays, running specialist bird tours in this amazing region that I had first discovered almost twenty years before.

A soaring Egyptian Vulture

Why did you chose to write about vultures?

Because they are brilliant! I am a massive natural history fan and geek and I’m passionate about all types of wildlife, I would say that trees and birds are my two main interests and when it comes to birds there is nothing like a vulture. Watching birds with a nigh on three metre wingspan gliding right past you is an amazing experience, they are masters of the air and take flight efficiency to the extreme, they can read the air and its movements and to watch them is mesmerising. In the book I mention several times how my favourite past time is Vulture Gazing, just sitting back and watching them drift across the blue sky above you, it is a great way to declutter your mind, everyone should vulture gaze!

What’s special about Extremadura and its fauna and flora?

Extremadura is a region in western Spain, it is roughly twice the size of Wales, but with only one third of the human population, it is relatively empty of people and full of amazing wildlife. It has long been known as a bit of a destination for birders and rightly so. There are Great and Little Bustards, two species of Sandgrouse, colourful stars such as the Blue Rock Thrush, Roller and Bee-eater, NHBS’s very own Hoopoe is abundant and then there are the birds of prey, five species of eagle, three species of kite, falcons, harriers etc. And of course there are the vultures, the Griffon Vulture, Black Vulture and Egyptian Vulture, the skies always have something interesting in them.

Spending time on the flower rich plains in the spring listening to the wall to wall surround sound song track of abundant larks whilst raptors drift by overhead is one of life’s pleasures.

What were the major challenges you faced while writing your book?

I think the biggest difficulty is knowing when to stop! When you are passionate about something it is very easy to get carried away.

What impact has Covid had and will continue to have on eco-tourism?

It has had a massive impact. I had to cancel the tours for 2020 which were fully booked, personally it is heart breaking to have to tell people that their trip which they had been really looking forward to is off. But everybody knew why the decision had to be made. I always put the clients up in a lovely Spanish town in a local family run hotel, they are lovely people and they are having to endure a really bad situation. As to the future? Who knows, the situation is so unclear at the moment, it is impossible to make any real plans.

A griffon vulture in flight.

Is it fair to say that vultures have a bit of an unfair reputation?

Vultures are associated with death, it’s what they do, they are scavengers and they eat dead things. We humans don’t like the subject of death, we actively avoid it and therefore anything that is associated with it tends to be seen in a negative light. But vultures need to be seen in a positive light, many of the world’s vulture species are critically endangered, the last category before extinction, they are in that position because of us. Vultures do an incredible job, they are nature’s environmental cleansers and they help keep ecosystems healthy and functioning, they can deal with diseases like bovine TB, rabies and even anthrax, they remove these diseases before they can become a threat to us, they help keep people safe. We should celebrate them and most certainly enjoy them, I hope my book will go some way to helping improve the image of these brilliant birds.

Recently a Bearded Vulture has had an extended stay in Britain, is this normal?

It’s not normal, it is only the second time that one of these majestic birds has been recorded in Britain (in 2016 one briefly visited Devon and South Wales). Vultures are not native to Britain, the climate for one thing is not conducive to them and it is noticeable that after an extended stay in the Peak District the bird has started moving south and east again now that the seasons are changing. Their appearance is the result of some fantastic conservation work carried out in the Alps where the bird has been successfully reintroduced after being persecuted to extinction over one hundred years ago. The new population is absolutely booming, and wild born young are being born in good numbers each year, in 2019 39 young successfully fledged. Vultures like the Bearded don’t breed until they are around five years old and after they become independent the young birds like to wander. For a vulture, distance is rather irrelevant, they often fly several hundred kilometres in a day’s foraging, and it is one of these young birds that has turned up in Britain this year, but the bird is just an avian sightseer and hopefully it will return safely to its natural range before very long. Whilst it will remain unusual for these birds to turn up in Britain on their travels, the continued success of the conservation work in the Alps means that there will be a chance that other wandering young will follow in the future.

After a well-earned rest, are there any plans or works-in-progress that you can tell us about?

I am currently involved in a great new project that aims to rewild your inbox! Purple Crow sends out a mixture of great photography and great writing to your inbox throughout the week, the idea is to inspire people with stunning images and inspiring words, see purplecrow.co.uk for more details. Book wise I am working on a book looking at the wildlife of Britain through the seasons.

A Vulture Landscape: Twelve Months in Extremadura
By: Ian Parsons
Paperback | October 2020| £15.99 £17.99

Readers can enter the world of the vulture, get to know these amazing birds and learn how they control diseases that threaten us, why some species have bald necks, as well as how they have mastered the art of flying without expending any energy.

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

Author Interview with Richard Sale: The Common Kestrel

Once a familiar sight motionless above road verges, the population of kestrels has sharply declined, a decline which continues as the intensification of agriculture and the populations of other raptors increases.

Richard Sales comprehensive new study investigates the decline, after first exploring all aspects of the kestrels’ life, from plumage and diet through breeding to survival.

The book includes data from Richard’s recently completed four-year study in which video cameras were installed to watch breeding behaviour in a barn in southern England.

Richard visited us to sign copies of his new book and answer our questions about how his expertise in physics and engineering have been used to find out more about this illustrious falcon.

Richard Sales and Skua at Ellesmere Island in the Canadian Arctic

Could you tell us a little about your background?

I am from Somerset and have maintained my West Country accent all my life, though I haven’t lived there for many years. I did physics as an undergraduate, then did an MSc in theoretical physics (studying energy loss from general relativistic stars), then a PhD in astrophysics flying a large (50kg) gamma-ray telescope suspended under a 3 million cubic foot balloon filled with hydrogen. The telescope flew at 105,000ft and discovered the first-ever gammar-ray pulsar. I then worked as a glaciologist in Switzerland for a while, and then took a job in the UK power industry.

Kai, the male falconry Kestrel used in the experimental flights.

When did you develop an interest in birds?

My father was bird lover and tailored our family holidays around the breeding season, so we went to Exmoor to watch buzzards and so on, rarely going anywhere near a beach and more often than not learning how to survive in poor weather. Both my brother and myself believe we owe our interest in birds to those trips. My father taught us how to watch birds, not just to learn their names so we could impress other people, but to really watch them. That has stayed with me ever since. I was more academic than my brother (who is a chemist – not a pharmacist, a chemist) and Dad wanted me to study zoology, but I chose physics. I also chose climbing as a primary hobby when I was teenager, first rock faces, then mountains, which is why I finished up in Switzerland when I was offered a post that allowed me to live at the Jungfraujoch and climb every weekend.

We lost our grant money in Switzerland, so I had to find another job. But as the years went by birds became more and more important to me. The dual love of birds, and snow and ice drew me to the Arctic and eventually I took very early retirement – I was only in my 40s – so I could spend more time travelling in the Arctic, supporting myself by starting a physics consultancy and writing books. One of the first Arctic-based books was a Poyser on Gyrfalcons which I co-authored with a Russian friend, Eugene Potapov. For that book I was watching gyrs in the Canadian Arctic. There was breeding pair and I watched the male hunting Arctic Ground Squirrels. He was coming from very high and a long way off and I noticed that he was not travelling in a straight line and couldn’t understand why not since the shortest route is the quickest. That lead me to investigate the eyes of falcons and also to build my own Inertial Measurement Unit (IMU) so I could track hunting falconry birds.

Has data from the Inertial Measurement Units (IMUs) you have developed been used in your books?

I flew my first generation IMUs on all four UK breeding falcons – each time on falconry birds. The unit I flew used the satellites to give me track position and had a barometer for height data (as height from satellites is only accurate if there are a lot of satellites in view, which is sometimes not the case on Scottish moors where I was flying on peregrines). The IMU also had a tri-axial accelerometer, gyro and magnetometer. All the data was stored on a flash drive on the bird so I crossed my fingers each time I flew one that the bird would come back.
In 2018 I co-authored a monograph on Steller’s Sea Eagles, the world’s largest eagle, with two Russian colleagues, and was lucky enough to find a captive Steller’s in this country which I could fly the unit on. That was a seriously interesting time. Steller’s are huge. I remember seeing them for the first time in the wild – in Kamchatka – which was awesome, but the size only became apparent when I saw them above sea ice over the Sea of Okhotsk when they flew with White-tailed Eagles. The White-tailed Eagles are the biggest raptors we see over here, but they were dwarfed by the Steller’s.

I also flew the unit on Merlins for the book published earlier this year. By then I was flying second generation units. These are much smaller, weighing only 3g, and much faster, tracking at 13Hz and collecting tri-axial data at up 1.6kHz. How much I can reduce the weight is important because every additional gram affects the bird in some way, and so particularly for Merlins getting the weight down is vital. Speed of data acquisition is also important because Hobbies, for instance, are incredibly agile and so the unit has to be fast to follow every twist and turn. Flying on a hunting Merlin was a strange experience. On the first flight we put the IMU on, released the bird and it flew 60m and attacked a Blackbird in a hedge. After a short fight the Blackbird escaped. For the rest of that day and several other days, the Merlin didn’t catch anything.

Why did you choose Kestrels as the subject for your latest book?

The UK is very lucky in the four falcons we have as breeding species. Peregrines are renowned for their high-speed stoops, Merlins for their fast chases and ringing flights, Hobbies for their agile flights after dragonflies and Kestrels for their ‘hovering’ search for mammals. A different hunting technique for each. I was particularly interested in Kestrels as in hovering – the official term for the technique is now ‘flight-hunting’ – the head must be held stationary for successful hunting so the body has to absorb the phenomenal forces caused by gravity, beating wings and the drag of gusting wind. I was anxious to investigate how they did it.

Did you encounter any challenges collecting data for your new book: Kestrel?

It required a lot of very sensitive equipment and some skilled operators. We borrowed two hi-speed cameras insured for £250,000 and set them up head-on and side-on to a flight-hunting falconry male Kestrel which carried the IMU. The cameras were running at 800fps and were filming 4k images, vast amounts of data were being collected and stored. The unit on the bird was collecting tri-axial data at 800Hz. It was also collecting satellite timing data, so to align wing, eye and head position we had to have a special time code generator which took a signal from the same satellites and stamped each frame of the film with a time measured in microseconds. The results are impressive in terms of how stable the head and eye position are. We are now preparing a paper for the scientific literature of body orientation relative to head position. It would have been good to have had that in the book as well, but the maths is so complex it is hard to make it easily accessible.

Your book features a four-year study to observe breeding behaviour; can you tell us anything about the methods and findings?

For four successive years we set up an array of video cameras filming breeding Kestrels in a barn in Hampshire. We had one camera filming the comings and goings of the adults and, later the fledglings, and two cameras in the nest box watching egg laying, incubation, hatching and chick growth. We filmed 24 hours every day, turning on IR lights to film at night. We measured egg laying intervals to the nearest minute, found accurate hatch times and watched every prey delivery. We also set up live traps where we knew the male hunted so we could weigh the local voles and mice and estimate how many kgs of rodent it takes to make 1kg of Kestrel. The filming was interesting – over the years the adults brought in slow worms, lizards, frogs and moths, as well as voles, mice and shrews. One male also brought in a weasel. This has long been suspected, but never-before filmed.

Can you tell us about any projects you are currently working on?

Because of COVID there is less money about, and writing books also takes lots of time and hard work. I have already decided I will not do a Peregrine book as there are already enough on the market (though none of them cover flight dynamics the way I would). I had planned to do a Hobby book because their flight is so fascinating, but if 2021 is another COVID year l might not be able to.

The Common Kestrel
By: Richard Sale
Hardback | September 2020| £49.99

Investigates all aspects of the Kestrels’ life, from plumage and diet through breeding to survival: also includes a four-year study in which video cameras capture breeding behaviour. Further studies also investigated the flight  using the modern technology of inertial measurement units allied to excellent photography.

 

Richard Sale has also authored two other titles with Snowfinch Publishing: The Merlin and Steller’s Sea Eagle (with Vladimir Borisovich Masterov and Michael S Romanov)

 

You can browse all titles by Richard Sale here

 

A Field Guide to the Birds of Malaysia & Singapore: an interview with the authors.

This comprehensive, clearly illustrated field guide, looks at all 815 bird species of Malaysia and Singapore. The main identifying features of each species are described and key facts cover size, voice, range and status and habitat. Distribution maps provide a view of where the birds can be found. The book also includes information on taxonomy and nomenclature, the breeding cycle, migration, conservation and key bird-watching sites of the region. This guide is essential for any naturalist interested in this region of the world.

Recording and observing such a rich diversity of birds, with over 800 species of birds including endemics in abundance is a huge undertaking.  How does such a daunting project come to fruition?  We asked contributors: Lim Kim Seng, Yong Ding Li and Lim Kim Chuah to answer some questions about themselves and the creation of A Field Guide to the Birds of Malaysia & Singapore

 Can you tell us a little bit about your backgrounds within ornithology and conservation?

Lim Kim Seng

Kim Seng – I started birding when I was about ten years old. I grew up in a family farm in Sembawang, in the northern countryside of Singapore. Together with my four other brothers, we explored the streams, hills and swamps and grew to love nature. One day, I saw a large kingfisher with a brown head, bright red beak and blue wings. It was my first Stork-billed Kingfisher and I was hooked. I was able to identify it through a book that I found in our National Library Natural History Section. Five years on, I joined the then Malayan Nature Society (now Nature Society (Singapore)) as a student member and just four years later, I led my first official society birdwatching outing at Rifle Range Road, together with my other birding brother Kim Chuah. With the help of other dedicated members, I learned a lot and was able to play my part in nature conservation, documentation, research and outreach, and have been an active member since then.

Yong Ding Li

Ding Li – I have been birdwatching since my primary school days, after finding what I later discovered, to be Magpie Robins near my home in Kuala Lumpur. Subsequent visits to the mangroves of Kuala Selangor introduced me to the colourful world of birdwatching. Through various research projects, I have professionally studied birds in diverse settings ranging from Malaysian rainforests and the mountain forests of Sulawesi (Indonesia), to Australian woodlands. I now work full-time for BirdLife International, coordinating projects on bird conservation in Southeast Asia.

Lim Kim Chuah

Kim Chuah – I grew up in a farm in rural Singapore in the ’60s and the surrounding woodlands and marshes were my playground. During my many sojourns into the wilderness, I started to notice some of the birds that lived around me – White-breasted Waterhen, Yellow-vented Bulbul, Common Tailorbird etc. That’s how I became interested in birds and it became my life-long passion. I’ve been volunteering in the Bird Group of the Nature Society (Singapore) since I was an undergrad. I participated in many of the birdwatching activities organized by the Bird Group including regular bird census and bird surveys. The data we collect helps towards a better understanding of birdlife in Singapore and is useful in building our case for better protection of habitats in Singapore.

How long has this project been in the making?

Kim Seng – My friend Dana Gardner, the illustrator of this book, got me interested in doing another book. We had successfully collaborated on a first field guide to the birds of Singapore in 1997 and were keen to work together again. Dana had a friend who was a publisher and we decided to a do a single volume field guide to the birds of the whole of Malaysia, since none existed. This was in 2010. Unfortunately, our publisher pulled out not long after that and we were left stranded. Luckily, through my fellow collaborators – Kim Chuah and Ding Li – we managed to get John Beaufoy interested in our project. A contract was signed in 2016 and as they say, the rest is history!

 What was the biggest challenge in creating this field guide?

Kim Seng – Each of us had different ideas on how to do the book and also other personal commitments. We as the writers also had to contend with differences in writing styles. Luckily, we decided to stick with a standard format, came up with a list of who was writing what chapters and what bird families and managed to more or less stick to our deadlines. Another challenge was the impressive work done by our illustrator. He had to do illustrations of all 829 species all by himself. To ensure accuracy, he would send us completed plates for comment, and we duly responded if changes were needed. Not an easy task, as we were based in Singapore and he, in the USA.

What features do you hope will make your field guide stand out from any others?

Kim Seng – This book is compact and contains all the necessary information you need to identify any bird species you see in the listed countries. The text is crisp and the illustrations accurate and there is also a detailed site and habitat guide to get birders to the most interesting places quickly and see those fascinating birds, based on the authors’ many years in the field.

Have the travel restriction due to COVID – 19 presented any threats or opportunities for the avifauna of Malaysia and Singapore?

Kim Seng – Well, COVID-19 has placed tremendous restrictions on travel in both Malaysia and Singapore. You could bird in certain areas but only with social distancing and other safe practices in place. Initially, we could only look at the birds from our balconies or backyards but this was an opportunity for some of us to study some of the neglected urban birds and understand a little better. I actually published two blogs based on my observations of urban birds from my balcony! In the last couple of months, restrictions have been eased and we are allowed to go birding in our favourite birding places, but I’m still waiting for the day when I can travel freely and bird in Malaysia again.

 Do you think eco-tourism is beneficial to conservation?

Kim Seng – Definitely. I believe ecotourism brings a lot of attention to the tremendous beauty and biodiversity of the natural habitats in both countries. It also brings revenue and employment opportunities to the local community who in turn will help to protect these wonderful places for a long time to come.

 What in your view are the best reasons to visit Malaysia and Singapore if you are a birdwatcher or an ornithologist?

Kim Seng – Three reasons – good birds, good food and good company. All three are never in short supply in these two amazingly friendly countries. The people are generally very friendly and the variety of local food is really incredible. Of course, the fascinating diversity of birds, with over 800 species of birds and Bornean, Peninsular and Sunda endemics in abundance are dreams to savour for birdwatchers and ornithologists alike.

Are you working on any other projects you can tell us about?

Kim Seng – I am currently working at putting up an adult learner’s module or course on “Birdwatching for Beginners”. It’s something I had worked on in the past and I want to continue my work in getting people of all ages interested in birdwatching as I believe it is a healthy and useful pastime. It should be fun as there are outdoor trips as well.

Ding Li – I am currently working with a team of designers to develop a board game on the migratory bird species of Asia. Such a concept to promote bird conservation has not been done in this region, so I am quite excited to see the final project materialise. I am also working with a team of international researchers to review the state of all of Asia’s migratory birds. If all goes well, this will be published in early 2021, and will bring together lots of new insights from all over the region and how migratory birds can be better conserved.

Kim Chuah – I am currently organising the 36th Singapore Bird Race. It will be interesting to see how we can organise the race during this pandemic. We will use the social media and available digital tools to make the race as exciting as in previous years. I am also working on action plans to better protect and conserve the critically endangered Straw-headed Bulbul in Singapore.

A Field Guide to the Birds of Malaysia & Singapore
By: Lim Kim Seng, Yong Ding Li, Lim Kim Chuah, Dana Gardner(Illustrator)
Paperback | August 2020| £19.99 £24.99

A fully comprehensive field guide to the 815 bird species of Malaysia and Singapore. Published by: John Beaufoy Publishing

 

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

 

 

Improve your UK field skills with online ID resources

Image by Oli Haines

During lockdown and social isolation, many of us appreciated how important nature is to our happiness and wellbeing. It also gave us an opportunity to connect with local wildlife and develop or brush up on our identification and field skills.

While a good field guide is invaluable for this, there are also a huge number of really useful online resources available to help with identifying wild plants and animals. In this article we have listed a few of our favourites, covering plants, butterflies and moths, amphibians, birds, mammals and invertebrates.

We have also included links to ongoing citizen science projects for each; if you’re regularly taking note of the species you find then why not contribute this information to an organisation that can use the data to monitor biodiversity and inform conservation decisions.

At the end of the article you will find a couple of apps that can be used to record, identify and share your general wildlife findings.

Image by Andrew Coombes via Flickr

PLANTS

Identification

Plantlife’s Plant and Fungi Species – Allows you to select the time of year, flower colour and habitat to narrow down your search.

Botanical Society of Britain and Ireland (BSBI) Flora Search – A more in-depth key that allows you to select information relating to the plant’s location, habitat and structure in order to identify your specimen.

Makaques UK/Irish Flora Key – A new interactive key to the flora of the British Isles, this in-depth database includes information on 3221 native and introduced species.

Citizen Science Projects

BSBI New Year Plant Hunt – Start the year with a plant hunt, and help the BSBI to study how our wild and naturalised plants are responding to changes in autumn and winter weather patterns.

National Plant Monitoring Scheme – This habitat-based plant monitoring scheme provides robust and much-needed data on changes in our wild plants and their habitats.

Image by peterichman via Flickr

BUTTERFLIES AND MOTHS

Identification

Butterfly Conservation’s Identify a Butterfly – Search the database using criteria such as location, size, colour and markings or search using an A-Z list of species names.

UK Butterflies Identification – Includes an extensive database of butterfly photographs, including those of immature life stages.

Butterfly Conservation’s Identify a Moth – Search the database using criteria such as location, size, colour and markings or search using an A-Z list of species names.

UKMoths – A comprehensive database of 2261 moth species found in the British Isles.

Citizen Science Projects

Butterfly Conservation Recording and Monitoring – This Butterfly Conservation page contains details of all of their current volunteer monitoring projects.

National Moth Recording Scheme – Covering over 900 species of macro-moth, this scheme hopes to benefit nature conservation, public understanding and ecological research.

Big Butterfly Count – this annual, UK-wide survey aims to assess the health of our environment simply by counting the amount and type of butterflies (and some day-flying moths) we see.

Image by Erik Paterson via Flickr

AMPHIBIANS and Reptiles

Identification

ARG UK Identification Guides – Download a helpful range of ID guides covering amphibians and reptiles, including guides to eggs and larvae to improve your field skills.

Citizen Science Projects

National Amphibian and Reptile Recording Scheme – Includes a range of different surveys suitable for volunteers.

Amphibian and Reptile Record Pool – The Record Pool allows users to submit UK herpetofauna sightings and makes the data available, locally and nationally, for conservation purposes.

Image by ianpreston via Flickr

BIRDS

Identification

RSPB Identify a Bird – This bird identifier lists 406 species of UK birds and allows you to search the database using a combination of physical and behavioural characteristics.

BTO Bird Identification Videos – This series of videos will help you with identifying some of the trickier species.

Xeno-canto – A comprehensive database of bird sounds from all over the world.

Chirp! Bird Songs UK & Europe – This app will help you to identify and learn bird songs. (Available for iPad and iPhone only).

Citizen Science Projects

RSPB Big Garden Birdwatch – Take part in the world’s largest wildlife survey and help the RSPB to find out how our garden birds are doing. Takes place annually in January.

BTO Volunteer Surveys – On this webpage you will find a list of current BTO surveys, schemes and projects, available to suit a wide range of field skills and expertise.

Image by John Campbell via Flickr

MAMMALS (including bats and cetaceans)

Identification

Mammal Society Species Hub – Find out more about the UK’s 90 species of mammal, including bats and cetaceans.

Bat Conservation Trust UK Bat Information – Learn about the 18 species of bat found in the UK and download species information sheets for each.

Citizen Science Projects

Mammal Society Record Submissions – Report your mammal sightings on this page or using the Mammal Mapper app.

PTES Living with Mammals Survey – Record your sightings of mammals and help to protect their future.

PTES Water Vole Monitoring Programme – Survey a regular site or report a one-off sighting of a water vole and help protect the UK’s fastest declining mammal.

PTES Mammals on Roads Survey – Submit sightings of any mammals (dead or alive) that you see on the roads.

Image by fen-tastic via Flickr

INVERTEBRATES / BUGS

Identification

Buglife’s Identify a Bug – Handy questionnaire to help you identify and find out more about your invertebrate specimen.

Freshwater Habitats Trust Freshwater Creatures – Learn more about our freshwater creatures (also includes information about aquatic mammals, amphibians, fish and birds).

Citizen Science Projects

Buglife Surveys – Get involved in one of Buglife’s projects, including surveying for the Northern February red stonefly and recording invasive species found in pot plants.

UK Glow Worm Survey – Submit your glow worm sightings using this online form.

PTES Great Stag Hunt – Help guide future conservation action for stag beetles by recording your sightings.

Riverfly Partnership Projects – Find out more about all of the Riverfly Partnership’s ongoing monitoring projects. Options are available for a range of skill and experience levels.

Apps

iSpot – Created in collaboration with the Open University and the OpenScience Laboratory, iSpot is a community-based app that allows you to record and share your wildlife sightings and get feedback from other users regarding any identification queries that you might have.

iRecord – This app enables you to get involved with biological recording by contributing your species sightings along with GPS acquired coordinates, descriptions and other information. Data is then made available to National Recording Schemes, Local Record Centres and Vice County Recorders (VCRs) to help with nature conservation, planning, research and education.

iNaturalist – This site and its two apps (iNaturalist and Seek) helps you identify the plants and animals around you, while also connecting you with a community of naturalists, citizen scientists and biologists to help map and share observations of biodiversity across the world.

NHBS In the Field – BAR-LT Bioacoustic Recorder

 

BAR-LT Bioacoustic Recorder

The BAR-LT is a bioacoustic recorder manufactured by Frontier Labs. The recorder is designed to be deployed in the field over extended periods and can be programmed to record for set times. This type of acoustic recorder is ideal for monitoring bird song, frog calls, or even wolves. This kind of monitoring is often referred to as passive acoustic monitoring (PAM) and is becoming increasingly popular in biodiversity studies across the globe. Not only are these growing libraries of soundscapes important for current research and survey, but they also provide invaluable references for future research into both global and local scale biodiversity change.

The BAR-LT is a professional two-channel audio recorder designed specifically for long-term autonomous field deployments. It comes in a  waterproof, lockable enclosure made from tough UV resistant plastic. It has space for four SD cards, each with up to 512GB storage capacity, meaning vast amounts of data can be recorded over one deployment. It is powered by 1-6 rechargeable 18650 batteries, providing 100-600 hours of recording time, and can also be powered using an external 6V or 12V power input. There are two microphone configuration options available: Standard (two-channels; one mic pointing left, one pointing downwards) and Left/Right. The omnidirectional microphones are highly sensitive and ultra-low noise, producing clear, crisp recordings.

We took the standard BAR-LT out to the field to record the dawn chorus.

How We Tested

We loaded the BAR-LT with a single memory card and four rechargeable 18650 batteries. We set a simple sunrise-based schedule, asking the recorder to record from an hour before sunrise to an hour after. The recorder then did the rest, using its in-built GPS to determine where in the world we were and therefore what time the sunrise was, basing start and stop times on this. We took the recorder to a nearby spot of woodland and fixed it to a tree using the included strap and a python cable lock (available separately) looped through the metal mounting plate at the back of the recorder. 

What We Found

Although we could have left the BAR-LT out for an extended period of time, we only left it out for a single night on this occasion. When we collected it, the two-hour recording had successfully been completed, with minimal battery or memory drain. Upon listening to the dawn chorus, the audio was wonderfully clear, and the microphones were very sensitive. Some examples of audio and sonograms are below.

Chiffchaff
Low frequency crow call over robin calls
Blackbird alarm call
Call and answer

Our Opinion

The BAR-LT was very simple to set up and, although the scheduling capabilities are powerful, the settings are logical and easy to navigate. The battery life and memory capacity were outstanding, making the unit a really great piece of kit for any long-term deployments or for use in very remote locations where access is infrequent. We were also particularly impressed with the handy battery removal tool that came with the kit – it saved a lot of time fiddling with the batteries and also demonstrated how well-thought-out the kit is. The only part of the design that we weren’t so keen on was the metal backplate for mounting the unit, which is slightly larger than the unit itself and doesn’t have any grip teeth like most trail cameras do. The tree we were mounting the unit to was relatively small, meaning the backplate got in the way a bit, and only just fit a python padlock after a bit of a squeeze. 

The recordings that the BAR-LT produced provided a wonderful soundscape and we were impressed with the quality of the recordings. There was very little ‘noise’ and the clarity of the recordings was evident, both when listening to the audio and when viewing the sonogram. The microphones picked up the sounds of the road surprisingly well, even though we thought we were far enough away to exclude them, demonstrating their impressive sensitivity.

We feel that the BAR-LT would be a great detector for conservationists and researchers who are looking to capture soundscapes for both current and future research. It performed well for bird song, but we think it would be equally as valuable to those wishing to record any terrestrial call. If you are interested in recording aquatic or low-frequency calls with the BAR-LT, please get in touch with us on customer.services@nhbs.com.


The BAR-LT is available through the NHBS website.

To view our full range of sound recorders and microphones, visit www.nhbs.com. If you have any questions on wildlife recording or would like some advice on the microphone for you then please contact us via email at customer.services@nhbs.com or phone on 01803 865913

Greenery: An interview with Tim Dee

Tim Dee is a naturalist, radio producer, and author of Fourfields, The Running Sky and Landfill. His latest book, Greenery, is a poetic hymn to spring time, a masterpiece of nature writing that is deeply informed and profoundly beautiful.

Between the winter and the summer solstice in Europe, spring moves north at about the speed of swallow flight. That is also close to human walking pace. In the light of these happy coincidences, Greenery recounts how Tim Dee travels with the season and its migratory birds, out of Africa from their wintering quarters in South Africa, through their staging places in Chad and Ethiopia, across the colossal and incomprehensible Sahara, and on into Europe. Tim Dee has answered questions about this remarkable journey.

For those who don’t know, you have published three other major titles on green spaces and birds- Landfill, The Running Sky, and Four Fields. Following from these, how did the idea to travel with spring and its migratory birds come about? And how does Greenery differ from your previous books?

My last book was Landfill, a sort of junkyard travel-guide to the gulls that now thrive on our waste and in the middle of our towns and cities. Inevitably it was dirty and messy and botched: modern nature is like that. It has to find ways and means to live alongside us – we who are the most-botched species of all. I admire the gulls and I was fascinated by the gullers – watchers of gulls – who spend time in wretched places like landfill sites in order to connect with their quarry, but afterwards I needed some fresher air to live in and some wilder life to watch, and so the spring, which has always been my favoured season, appealed, and most especially some witnessing of the movement of passage migrant birds that make the European spring for birdwatchers. When I discovered that spring moves north through Europe at somewhere between the speed a swallows flies at and the speed we might walk at (about 4 km an hour), I knew that I had to try to follow the birds and the season for as long and as far as I could. So, I start with barn swallows in the European midwinter in midsummer South Africa and I end with the same species, who knows perhaps even the same individuals, in midsummer arctic Norway. Who wouldn’t want to have as much spring as possible?

By travelling north you poetically write about the birds that come and go; from observing redstarts in Lake Lagano, Ethiopia, to enjoying the dawn chorus in a reedbed in Somerset. What can be learned from birds in migration, and how is migration changing for them?

Studying and thinking about migration tugs at our notions of home. Migratory animals carry their homes with them. Yet, when I first saw barn swallows in South Africa I couldn’t see them as anything but away from their home. In fact, of course, they were perfectly at home: they were meant to be there and able to be fully alive there. Ever since migration has been observed, birdwatchers have ceaselessly wondered where the birds have come from, where they are going, how they know where to go and how they know how to live at the other end of the world. Migration has always intrigued – Homer makes poetry from it, Aristotle discusses it, the Bible and the Koran make parables for life from it. Nowadays we know more and more of its facts – know for example that a migrant redstart may literally return to the same tree in sub-Saharan Africa in its wintertime just as it flies to the same oak in a wooded coombe in Exmoor every spring of its life; but we also begin to understand (and face up to) how much our activities are tugging at the world’s time and making migration and a bird’s swapping of one tree for another harder and harder. This is what phenological mismatch is all about: the unseasonal time that our activities are creating.

You explore time and movement in this book. In a very fast-paced world, where few have the time to slow down and connect to the seasons, how has journeying with spring changed you? Was there anything specific you were looking for and anything you found?

To try to have more spring has been my mantra, to go looking for signs of new life even before a calendar year has ended, like a mistle thrush singing in November and thereby meaning therefore to have spring again, or rooks visiting their old nests each day from the autumn onwards with a literal view to their future; and to travel when possible both south from Britain to Mediterranean Europe where spring arrives earlier and then north towards the Arctic Europe where spring lasts longer. Hearing a pied flycatcher still singing in northern Norway when the same species are silent in their British breeding woods feels like a life-bonus, feels like more of life, which can only be good. We are only given one springtime in our own lives but the return of the season and the cyclical round or rondure of the natural year is a marvellous tonic and corrective to the linearity of our one-direction journey. Again, who would say no to that – to a bit of time travel and season stretch in order to stay with the season of becoming and of re-energy. Greenery is an anagram of re-energy: I was thrilled to discover that.

Pied flycatcher, Ficedula hypoleuca, single male singing on branch, Powys, Wales, April 2012

When most people think of spring they think of new life, new beginnings, however you eloquently write “spring means more to me with every year that passes and takes me deeper into my own autumn.” Could you elaborate more on this, what does springtime mean to you?

There’s that lyric to a song: you don’t know what you’ve got ‘til its gone…. And I think as we get older the morning of life, the world’s morning as D H Lawrence called spring, feels more and more poignant and uplifting. We are headed only one way but, hey presto, here are new shoots, and green beginnings once more, and then a chiffchaff, fetching an echo out of a wood, as Gilbert White noticed them doing in Eighteenth Century Selborne in Hampshire. My eyesight has got worse, my hearing is half-baffled, I move increasingly with a wobble, but the injection of new birds from the south, the heavenly racket of their song, and seeing them at home in their new places is a forever tonic, like an effervescing vitamin C tablet, or a pick-me-up, or a fillip – life is worth living among those that are living it most, and spring visiting birds are the most alive – active, mobile, purposeful, committed – things that I know.

As you explore life and death, love and grief through springtime, is there anything in particular you would like for people to take away from this book?

I think we all spend a lot of time ignoring time, shut away from the weather, heating our lives, conditioning our air, eating strawberries out of season, yet I know that we all, almost all of us at least, notice the spring, want it, anticipate it, lift our faces to the first splash of sun after grey skies, talk about snowdrops, look out for the first swifts, and so on… We are reminded of spring by spring itself coming around, it schools us in life and growth, in beginnings and becomings; and in my book I just want to underline that reminder and encourage us all to take in what can be taken in, and to keep in step with the passing of time and so live happily in time and on time too. Look at the birds that do that so well; I have done that and it has helped me live.

Tim Dee has been a birdwatcher for most of his life and written about them for twenty years.  As well as Greenery, he is the author of LandfillThe Running Sky and Four Fields and is the editor of Ground Works.

 

Greenery

Hardback | Oct 2018 | ISBN-13: 9781908213624   £15.99 £18.99