Q&A with Trine Bregstein: The Riverfly Partnership

The Riverfly Partnership is a collaborative effort between anglers, conservationists, scientists, and water managers to protect the health and quality of our rivers. They use citizen science to monitor riverfly populations, which are sensitive indicators of water quality, and gather data on these fascinating insects to contribute to a better understanding of river ecosystems.

We recently had the opportunity to speak with Trine Bregstein, riverfly partnership development manager, about the work of the Partnership, their citizen science initiatives, the importance of riverflies and more.


Can you give an overview of the Riverfly Partnership, its aims and the work that the group is involved in? 

The Riverfly Partnership is a network of organisations supporting projects to assess river health. The aims of the partnership are to protect the water quality of our rivers, further the understanding of riverfly populations, and conserve riverfly habitats. The partnership comprises many individuals and groups, including entomologists, angling clubs, volunteer groups, wildlife charities and Rivers Trusts.  

We have data on freshwater invertebrate life dating back to the early 2000s, collected by a dedicated base of citizen scientists that is continuing to grow. Volunteers get to learn about the fascinating world of tiny critters living in their waterways, which are referred to as the canaries of our rivers because they are an important indicator of water quality. The work of Riverfly monitors means pollution incidents are quickly detected and reported, changes in water quality are monitored over time and the impacts of restoration work in and around the river can be tracked.  

 

Can you tell us about the Riverfly Monitoring Initiative?

The Riverfly Monitoring Initiative (RMI) is a citizen science scheme in which trained monitors collect data about the invertebrates living in their local river. Volunteers are trained in the identification of key groups of riverflies, which are invertebrates that spend most of their life cycle living in fresh water. The initiative mainly focuses on the orders Ephemeroptera (also known as up-wing flies or mayflies), Plecoptera (stoneflies) and Trichoptera (caddisflies).  

Invertebrate sorting and identification. Credit: Trine Bregstein
Invertebrate sorting and identification. Credit: Trine Bregstein

On a monthly basis, monitors carry out kick sampling at their site and count the numbers of each group of riverflies they have collected. From these counts, an RMI score is generated. This score is compared to the ‘trigger level’ of the site, which is a number set by the local ecology contact at the statutory body. If the RMI score is below the trigger level, it may be an indication that a pollution event has taken place. Another sample is done to confirm the breach, and then the relevant authorities are informed.  

 

What are the main challenges associated with your work? 

The national scale of the project, with various regional hubs coordinating groups of monitors at a local level, means it’s important to make sure things are done consistently across the network. We at the Riverfly Partnership HQ in the Lake District facilitate and try to keep track of what’s going on in all of these separate groups, and make sure training and protocols are standardised around the country to ensure the robustness of the data set. This can prove challenging, particularly as many of our hubs are charities and trusts that may not have consistent funding for citizen science projects, whilst others are volunteer run and rely on people managing to co-ordinate their groups in their spare time.   

A group of volunteers standing around the riverside edge during a training day
Ribble training day. Image credit: Trine Bregstein

 

How did 2024 fare for the Partnership and its work?

2024 was a great year for the Partnership. Our monitors submitted 7,832 surveys to our database over the year – this is up from 6,392 in 2023, which reflects how much the partnership is continuing to grow, with many new monitoring groups set up all over the UK. We also launched a new Riverfly data dashboard for easy viewing of all this data. 

 

Citizen science is of increasing importance in wildlife conservation across the globe. How can we get involved and be proactive in protecting our rivers and riverfly populations? 

Riverfly monitoring involves carrying out a survey at your allocated site once per month, usually taking about an hour. As a monitor, you’d be contributing to a trusted, long-term, open-access data set that can be used to track gradual changes in habitat quality, as well as quickly pick up on any major incidents that the statutory body can investigate.  Anyone can become a Riverfly monitor – no prior knowledge is required; you just need to have attended a training day led by one of our accredited tutors.  

Kick sampling in a river
Gwent Wildlife Trust sampling. Image by Gareth Edge

If you’re interested in becoming a volunteer, e-mail info@riverflies.org and we will link you up to your local co-ordinator. Most training tends to take place in the spring and summer months, but you can register your interest at any time. 

Aside from Riverfly monitoring, you can also get involved in the Rivers Trust’s Big River Watch, Earthwatch has the Great UK Water Blitz, The Angling Trust has the WQMN (Water Quality Monitoring Network), ZSL run the Outfall Safari project, and through the CABA and CaSTCo projects other organisations around the UK have been able to cascade this initiative to their volunteers. Check your local Rivers Trust or Wildlife Trust to see what volunteering opportunities they have, for example balsam bashes, riverside clean ups or restoration works like reed bed planting, tree planting and fence building.  

Gwent Wildlife Trust members holding certificates following training
Gwent Wildlife Trust training. Image credit: Gareth Edge

There is so much to get involved with, and on a personal level, try look after your own patch. If you’re out walking the dog for example, try to keep them out of the water if they’ve had a recent flea treatment, take a couple of bits of rubbish to the nearest bin (safely, don’t pick up anything potentially dangerous) and know who to call if you spot something untoward – the EA/SEPA/NRW/NIEA for pollution, your local council for fly tipping and don’t forget to report sewage and water leakage problems to your local water company too, they all have helplines or online reporting options.  

 

What projects will the Riverfly Partnership be working on next? 

We have a scheme called ‘Extended Riverfly’, which is a more advanced version of Riverfly monitoring that experienced monitors can move on to. It involves identifying and counting 33 groups of invertebrates, rather than the eight in the Riverfly Monitoring Initiative. It’s a fairly new scheme, currently only operating in certain parts of the country, but we recently held an event at which many Riverfly trainers upskilled to become extended trainers, so we’re looking forward to rolling out this project to many more groups in the coming year. 

Extended training at the natural history museum
Extended training at the Natural History Museum. Image Credit: Trine Bregstein

We’re also working on our ‘Targets and Triggers’ project, which has been developed with partners at the Environment Agency, the Scottish Environment Protection Agency, Buglife and CaSTCo. We’re aiming to devise a standard, and relatively easy, method for trigger levels to be set, making it easier for statutory bodies to engage with Riverfly monitoring without it being too much of a drain on their limited resources. Through gathering extra data about each monitoring site and running these through a predictive model, we plan to come up with not just trigger levels, but expand the initiative so that sites also have a ‘target level’ – the maximum RMI score that we would expect to see at a site, which gives a goal for habitat improvement projects to aim for.  


Riverfly Partnership Approved kit

The Riverfly Partnership Approved Kit is a complete kit suitable for water quality monitoring. The Riverfly Partnership receives £5 from the sale of this kit to help them continue their fantastic conservation work.

Please see the Riverfly Partnership website for more information on how to get involved.

The NHBS Harp Trap: New Model Assembly Instructions

This blog provides a step-by-step guide on to how to set up and disassemble the latest model of the NHBS manufactured Harp Trap.

Please note that the NHBS Harp Trap is a made-to-order item, contact us at customer.services@nhbs.com for enquiries and we will be happy to advise on the current lead time.


Handling your trap

The trap carry bag has been designed to allow handling/carrying by either one or two people.

 

What’s in the bag?

1 × Harp Trap, 4 × legs, 2 × support poles (in two parts), 1 × accessories pack (including instructions, 4 × pegs, 4 × guy ropes and spare line)

The contents of the harp trap


Please follow these instructions for correct assembly and disassembly. We recommend that this is carried out by two people.  

Setting Up

1 . Carefully remove the harp trap from its carry bag and place the frame upright on the floor.

Remove the harp trap from the frame and place upright

2 . Take the legs out of the carry bag and insert them into the holes on the underside of the frame – it is easiest to do this one end at a time. When required, all legs can be individually adjusted to raise the trap or to level out when setting up on uneven ground.

3 . Undo the straps and allow the collecting bag to settle by opening the arms of the frame out fully. If using guy ropes, attach them to the upper carriage now.

Undo the straps and allow the collecting bag to settle by opening the arms of the frame out fully. If using the guy ropes, attach them to the upper carriage now.

4 . Release the spring locking pins at both ends of the trap by pulling the lever out and rotating 90° to lock in the open position. Grab the longer piece of the support poles and hold upright with the connector facing down. Now, loosen the star handled screw and carefully lift the top carriage, raising it away from the main frame. Insert the support pole through the hole, where you removed the upper carriage from, and allow the poles to sit on the floor. Then insert the top carriage locating pins into the open end of the support poles.

5 . If using guy ropes, untie and allow to hang.

6. Working at the same pace, slowly raise the support pole so that the bottom of the pole is just below the lower part of the main frame, watching closely to ensure no strings get tangled. Once you reach this height, tighten the star handled screw to secure the support pole in position.  

7 . Take the shorter parts of the support poles and attach them to the bottom of the longer parts by screwing together.

8 . With the support poles now at their full length, while holding on to them, loosen the star handled screw and continue to raise them, still working together and checking for any string snagging. Raise until the bottom of the pole is level (or as near as possible) with the bottom of the frame and tighten star handled screws. 

9 . Engage both spring locking pins to secure the lower carriage.

10 . If you are using them for stability, you can now peg out the guy ropes and your trap is ready for use.

 

Disassembly

1 . If used, pull out the pegs and store them carefully.  

2 . Release the spring locking pins from both ends of the trap. Hold the support poles (one person at each end) and loosen the star handled screws to lower the poles 

3 . Continue to slowly lower the poles and as you do so, carefully start winding the bottom line carrier, taking great care to ensure no lines get tangled. Guiding the lines with your hand/arm is key. Keep lowering the support poles slowly and evenly while winding the line carrier until the support poles rest on the floor.  

4 . With the support poles resting on the ground, tighten the star handled screw to hold the pole in position, unscrew the lower/short part of the support pole and safely place to one side.  

5 . Hold onto the support pole, loosen the thumb screw, and continue to lower until the pole sits on the ground. If used, gather up the guy ropes, tie them up, detach from the frame and place safely to one side.  

6 .  Now lift the top carriage off from the top of the support pole, slide the pole out from the frame and place to one side. Continue to lower the top carriage, whilst winding the bottom carriage, until the top carriage sits on the main frame.  

7 . Once the top carriage has been lowered fully, engage the spring locking pins and tighten the star handled screw to secure it in place, fold the arms of the catch bag assembly inwards until they meet, wrap the bag around the trap and tie the straps to secure.  

8 . Remove the legs from the frame, working on one end of the frame at a time is easiest. If you have extended the legs, to aid storage, reduce them to their shortest length. 

9 . Place the guy ropes and pegs back in the accessories bag. Put the legs and the support poles in the bottom of the carry bag and finally, carefully place the trap and accessories bag back into the carry bag, safe and sound, ready for next time.  

The NHBS Guide to UK Corvid Identification

There are eight species of corvid in the UK, five of which belong to the Corvus genus. They are intelligent birds, with many studies finding species demonstrating self-awareness and tool-making abilities. Their brain-to-body mass ratio is only slightly lower than ours and equal to cetaceans and non-human great apes.

Corvids occur worldwide, except for the polar ice caps and the southern tip of South America. Certain species are a common sight in our urban areas, having adapted to the proximity of humans. Some surveys have even found that fitness and reproduction have increased due to human development. Crows and ravens have been shown to have high reproduction rates and a positive association between annual survival and proximity to human development.

The crow family feature heavily in mythology and folklore, often as omens of ill fortune or death, though magpies can also be considered a herald of fortune. This is thought to have derived from their scavenging behaviour, feeding on carrion at battlefields. They were considered by some to be ‘soul guides’, there to carry to dead into the afterlife. Ravens feature in Scandinavian mythology, as the god Odin had two ravens that would tell him secrets they’d heard. This communication also features in Anglo-Saxon history. This is most likely due to the ability of many corvid species to mimic sounds in their environment, including human speech. They do this by using their two ‘syrinxes’, vocal organs located at the base of the bird’s trachea, which is made of ossified cartilage, muscles and vibrating membranes. As corvids have excellent memories, they can be taught a wide range of words and sentences.

All species are listed as green by the Birds of Conservation Concern 4, with the Eurasian Jay being upgraded from its previous amber status.

Carrion crow (Corvus corone)

Distribution: Common and widespread, although less common in northwest Scotland. They are found across many habitats, including woodland, farmland, heathland and urban areas.
Wingspan:  84–100cm
What to look for: An all-black species, they have a shiny, thick black beak that is of medium length, and black legs. Their black plumage has a glossy sheen. They are fairly solitary and are most likely seen alone or in pairs, but they can occasionally form flocks.

Carrion Crow by Alexis Lours via Flickr
Jackdaw (Corvus monedula)

Distribution: Common and widespread, except for parts of the Scottish Highlands.
Wingspan: 64–73cm
What to look for: The jackdaw is a black species with a distinctive silvery patch on the back of its head. It has pale eyes that are quite easy to see. Their beaks are shorter than carrion crows, though both have an extended patch of feathers on the top of their beak.

Jackdaw by hedera.baltica via Flickr
Rook (Corvus frugilegus)

Distribution: Widely distributed across most of the UK, although less widespread in Scotland and mostly absent from far northwest Scotland. They are mostly seen in open fields but can be found along roadsides and occasionally in parks and villages. They mainly avoid the centre of larger towns and cities.
Wingspan: 81–99cm
What to look for: This species is black, with a distinctive bare, greyish-white face and a peaked head. Rooks also have a thinner, paler beak than other corvids, such as carrion crows. This beak darkens towards the tip. Juveniles do not have a bare face, therefore can resemble other all-black corvids such as crows, but they can be distinguished by their peaked head.

Rook by hedera.baltica via Flickr
Jay (Garrulus glandarius)

Distribution: Widespread across England, Wales and Northern Ireland, present in parts of Scotland except in the north.
Wingspan: 52–58cm
What to look for: This colourful bird is a light brown to pinkish-grey, with a pale throat and prominent black moustache stripes. Their forehead and crown are pale with dark stripes. The upper surface of their wings is white and black, with a distinctive bright blue patch patterned with black bars. Their tail is white or pinkish underneath but their upper tail feathers are mainly black.

Jay by Airwolfhound via Flickr
Magpie (Pica pica)

Distribution: Widespread across the UK, except the highlands.
Wingspan: 52–62 cm
What to look for: This species has a distinctive black and white plumage, with a purple-blue shine to the wings and a green shine to the tail. They have a black beak, black legs and black leg feathers.
Did you know? Magpies have long been associated with folklore in many countries, with a wide range of beliefs. Magpies have been thought to signal death, bad luck, good luck, fortune-telling and happiness. They are also the centre of the well-known ‘one for sorrow’ nursery rhyme where the number of magpies signals different events and occurrences. Depending on the version, gatherings of magpies can signal a birth, funeral, wedding, gold, silver, the gender of a child and even the devil.

Magpie by Airwolfhound via Flickr
Raven (Corvus corax)

Distribution: Widespread across Wales, Northern Ireland and the West of Scotland and England. They are found across a number of habitats, including woodland, farmland, upland and marine habitats.
Wingspan: 115–150cm
What to look for: This is the largest member of the crow family, with an all-black plumage, a large bill and long wings. Their necks are thick, with a shaggy appearance. They have a diamond-shaped tail, best seen in flight. They closely resemble the carrion crow, except for their much larger size, but they can resemble raptors such as buzzards in flight.

Raven by Imran Shah via Flickr
(Red-billed) Chough (Pyrrhocorax pyrrhocorax)

Distribution: Small, isolated populations along the west coasts of Wales, Cornwall and Ireland, as well as the Isle of Man.
Wingspan: 73–90cm
What to look for: Choughs have a blue-black plumage with a green sheen to their wings and tail. They have a slender, red bill that curves downward. Its legs are red with black claws. Juveniles have an orange bill and either pink or grey legs.
Did you know? In 2002, a pair of choughs raised young in Cornwall for the first time in more than 50 years. They continued to nest successfully for over a decade, raising 46 chicks in total. In 2022, the population reached 200 birds, with 25 pairs successfully raising over 70 young.

Red-billed chough by gailhampshire via Flickr
Hooded crow (Corvus cornix)

Distribution: Present in Northern Ireland, north and west Scotland, and the Isle of Man. In winter, it is present on the eastern side of England.
Wingspan: 93–104cm
What to look for: This species has an ashy-grey plumage, with a black head, throat, tail, wings and thigh feathers. It has a black beak and legs, with dark brown eyes.
Did you know? The hooded crow was thought to be the same species as the carrion crow until 2002 when they were given full species status.

Hooded crow by Ott Rebane via Flickr
Suggested reading and equipment:

Marzluff, J. M., and Neatherlin, E., 2006. Corvid response to human settlements and campgrounds: Causes, consequences, and challenges for conservation. Biological Conservation, 130(2), pp. 301-314

Møller, A. P., 2010. The fitness benefit of association with humans: elevated success of birds breeding indoors. Behavioral Ecology, 21(5), pp. 913-918

Twenty years of cornish choughs and another bumper year.

Europe’s Birds: An Identification Guide

 

 

 

 

 

Collins Bird Guide, 3rd Edition

 

 

 

 

 

 

RSPB Spotlight: Crows

 

 

The NHBS Guide to UK Thrush Identification

Thrushes are passerines in the family Turdidae. They are found worldwide. The family was once much larger before biologists determined that the former subfamily Saxicolinae (chats) were Old World flycatchers rather than thrushes. Some thrushes are permanently resident in warm climates, while others migrate to higher latitudes during summer, often over considerable distances. There are four species that regularly breed in UK as well as two winter visitors that also occasionally breed here.

These small to medium-sized ground living birds feed on mainly on insects, other invertebrates and fruit. They generally inhabit wooded areas, creating cup-shaped nests that are sometimes lined with mud. They lay between two to five speckled eggs, with two or more clutches a year.

All the thrushes listed below are protected under the Wildlife and Countryside Act 1981, including their eggs and nest sites, with several included on the UK Red or Amber List. Song thrushes have even been designation as a Priority Species under the UK Post-2010 Biodiversity Framework.

Blackbird (Turdus merula)

Distribution: This is the most common and widespread thrush, present all year round.
BoCC5 status: Green
Wingspan: 34–38cm
What to look for: Males and females look different, with males being all black, with bright yellow eye-rings and beaks, while females are a redish-brown, with a speckled appearance and duller yellow eye-rings and beaks. The female’s beak can also be dark brown.

Male blackbird by Jacob Spinks via Flickr
Female blackbird by Jacob Spinks via Flickr
Fieldfare (Turdus pilaris)

Distribution: These are winter birds, with only a few remaining to breed in the UK all year round.
BoCC5 status: Red
Wingspan: 39–42cm
What to look for: This is a slight larger bird, with grey heads, necks and rumps, though they have a dark strip across their eye to their orange and black beak. Their backs are dark brown and their tails are black, with a tinged orange throat and a paler, puff coloured breast. They are speckled with dark markings, which are larger on their breast. Their underside is pale.

Fieldfare by hedera.baltica via Flickr
Mistle Thrush (Turdus viscivorus)

Distribution: Widespread, across the whole of the British Isles throughout the year. They are absent in parts of the northern and western isles of Scotland.
BoCC5 status: Red
Wingspan: 42–48cm
What to look for: This is the largest of the thrushes, with a dark brown back and paler underside and throat that is speckled with dark brown. It has a pale eye-ring, cheeks and lores. They stand quite upright and have orange legs and an orange and dark brown beak.

Mistle Thrush by ianpreston via Flickr
Redwing (Turdus iliacus)

Distribution: This is a winter visitor, arriving from late September onwards and leaving again in the summer. They’re found across the UK, except for parts of North Scotland.
BoCC5 status: Amber
Wingspan: 33–35cm
What to look for: This species is the smallest thrush that regularly visits the UK, similar in appearance to the song thrush. Their distinctive feature, however, is the bright orange-red patch on their sides under each wing, as well as the pale stripe over their eye.

Redwing by Alison Day via Flickr
Ring Ouzel (Turdus torquatus)

Distribution: Summer visitors are found in the uplands of Scotland and northern England, as well as parts of north west Wales and Dartmoor. During spring and autumn, when they migrate, they may be spotted along the east and south coasts of the UK.
BoCC5 status: Red
Wingspan: 38–42cm
What to look for: Males are black, with a pale panel on their wings and a bright white band across their breast, resembling a bib. Females are similar but their colouration is much less striking, looking like a ‘washed out’ version of the male. Both have an orange and black beak and black legs. Their wings and underside feathers have pale outlines, and some can have white patches on their heads.

Male ring ouzel by Nick Goodrum via Flickr
Female ring ouzel by Stefan Berndtsson via Flickr
Song Thrush (Turdus philomelos)

Distribution: Found across the UK, through missing from parts of Northern and Southern Scotland.
BoCC5 status: Amber
Wingspan: 33–36cm
What to look for: This, other than the blackbird, is probably the most well known member of the thrush family. They are a small bird, browner than the mistle thrush, with smaller speckles. Their sides and cheeks are yellowish, with a paler underside, eye-ring, undertail and legs. Their beaks are yellow and black.
Did you know? The male song thrush copies other birds’ songs, creating a repertoire that it sings on repeat, often to reinforce territories and attract mates.

Song thrush by ianpreston via Flickr
Suggested reading:

 

Collins Bird Guide, Volume 3

 

 

 

 

Europe’s Birds: An Identification Guide

 

 

 

The NHBS Guide to UK Rails

Rails, from the family Rallidae, are small- to medium-sized birds and include crakes, coots and gallinules. They can be found in most terrestrial habitats, but the most common are marshland and dense forests. They are present on every continent except Antarctica and are generally omnivores, consuming invertebrates, fruits and seedlings. Typically, they prefer dense vegetation near bodies of water, such as lakes, rivers or swamps.

This is a large family with around 130 species. We have several resident species in the UK, as well as a number of migrants and occasional visitors. Identification of rail species relies on plumage, leg and frontal shield colouration (if present), and their calls. Binoculars and scopes are useful for spotting these features from a distance. Juveniles and chicks will often differ in appearance from adults, therefore a guide covering these life stages is also helpful.

How are rails faring?

Due to hunting, egg collection and habitat loss, many rail species have become extinct and others are endangered. The corncrake and the spotted crake, for example, are classified as Red and Amber under the Birds of Conservation Concern 4. Due to their general flightlessness, they are often heavily impacted by introduced species such as domestic cats. American mink, a nonnative and invasive species in the UK, are a particular threat to moorhen as they can be a main prey item.

Corncrakes are the focus of several conservation projects due to their Europe-wide population declines. Research has shown that increasing the areas of suitable tall vegetation, particularly in spring, autumn and mid-winter, delaying mowing and using certain mowing methods can be effective conservation measures. Up to 60% of chicks are killed by standard mowing practices, due to their flightlessness and reluctance to escape to areas already cut. Since 1992, conservation measures have been implemented on a large scale and have resulted in a partial recovery, from 480 calling males in 1993 in the UK to 1,284 in 2014. However, since 2014, numbers are declining again in Scotland, down by 30% to 870 males in 2019.

Eurasian Coot (Fulica atra)

Distribution: Widespread in England and Wales, rarer in Scotland and Ireland. Numbers are boosted by migrants during winter.
BoCC4 status: Green
Wingspan: 70–80cm
What to look for: The coot is an all-black bird with a distinctive white bill and ‘shield’ on its forehead. They have yellow and white legs with large white feet that have lobed flaps of skin, which act similarly to webbed feet to aid their swimming.

Eurasian coot by Dave Morton via Flickr

Moorhen (Gallinula chloropus)

Distribution: Widespread in England, Wales, and Ireland, but less common in Scotland.
BoCC4 status: Amber
Wingspan: 50–55cm
What to look for: Moorhens have a similar appearance to the Eurasian coot, with a blackish plumage, which, when viewed close up, is actually dark brown on its back and wings with a bluer underside. However, they have a red and yellow bill, long green legs and white stripes on their flanks

Moorhen by cuatrok77 via Flickr

Corncrake (Crex crex)

Distribution: Scarce summer breeding population, recorded in the Western Isles, coastal parts of northern Scotland, parts of Ireland and a few key areas in England.
BoCC4 status: Red
Wingspan: 46–53cm
What to look for: Corncrakes are small birds, slightly larger than a blackbird, with chestnut and dark brown wings and back, a mottled grey to buff underside and reddish-brown and white flanks. Its head is grey, with chestnut eyestripes and a chestnut and dark brown crown. Its legs and bill are pale pink.

Corncrake by Jo Garbutt via Flickr

Spotted Crake (Porzana porzana)

Distribution: Scarce, scattered pairs across Scotland and England.
BoCC4 status: Amber
Wingspan: 37–42cm
What to look for: The spotted crake is similar to the corncrake, with chestnut and dark brown wings and back and a greyer underside, but this species is speckled with white throughout and has a buff undertail. It has a similar grey head, chestnut and dark brown crown and chestnut eyestripe. Its legs are yellowish-green and its bill is a mix of orange, yellow and grey.

Spotted crake by Imran Shah via Flickr

Water Rail (Rallus aquaticus)

Distribution: Widespread but thinly distributed throughout England, parts of Wales and Ireland. More scarce in Scotland and absent from upland areas.
BoCC4 status: Green
Wingspan: 38–45cm
What to look for: Their back and wings are chestnut and dark brown, with a grey underside and face. They have black-and-white barred flanks, a chestnut and dark brown crown, a long, red bill with a darker upper part and greyish-pink legs.

Water rail by Imran Shah via Flickr

Sora (Porzana carolina)

Distribution: Occasional visitors, small number of records around England.
Global status: Least concern
Wingspan: 38cm
What to look for: The sora has a brown back marked with small black and white lines, a blue-grey underside and face, a short yellow bill with black markings at the base and yellow legs. Their flanks are barred with white and black.

Sora by Susan Young via Flickr

Recommended books and equipment

The Corncrake: An Ecology of an Enigma

The detailed ecology of the corncrake, including many important facts about its lifestyle and behaviour, remains mysterious, even among ornithologists. This is the first full-length book to capture all the aspects of corncrake ecology and present this information to non-specialists.

 

Collins Bird Guide: The Most Complete Guide to the Birds of Britain and Europe

With expanded text and additional colour illustrations, the third edition of the hugely successful Collins Bird Guide is a must for every birdwatcher. The new edition has an extra 32 pages allowing several groups more space and completely or partly new plates with more detailed text.

 

Britain’s Birds: An Identification Guide to the Birds of Great Britain and Ireland

A bestselling guide since it was first published, Britain’s Birds has quickly established itself as the go-to photographic identification guide – the most comprehensive, up-to-date, practical and user-friendly book of its kind. Acclaimed by birdwatchers of all kinds, from the beginner to the most experienced, the guide has now been thoroughly revised and updated to make it even better than before.

 

Rite in the Rain Side Spiral Notebook (Small)

This is an environmentally responsible, all-weather paper which will survive anything from torrential rain to extreme heat and humidity. Perfect for making notes when birdwatching.

 

Kowa TSN-500 Series Compact Spotting Scope

Durable, lightweight and with excellent image quality, the TSN-500 series 20-40x spotting scopes are ideal for beginners or experienced birders looking for a portable alternative to heavier scopes.

 

Opticron Discovery WP PC Binoculars

These have an ultra-compact design to make them among the smallest waterproof roof prism binoculars available on the market today. Great for travelling and fantastic for children as young as seven.

 

Bird-Spot Laser Pointer

This is a pocket-sized green laser designed for use on birding trips. Its green beam will allow you to easily point out the location of a bird to fellow observers whilst remaining safe for both the birds and the user.

 

Please see nhbs.com for up to date pricing and availability.

Shipping Britain’s Treasure Islands to all UK secondary schools in three and a half weeks – phew!

Britain's Treasure Islands: A Journey to the UK Overseas TerritoriesNHBS have worked with Redfern Natural History Productions for many years now and we were delighted to help out with this special project when Stewart McPherson approached us about it.

Thanks to the very generous sponsorship of Lord Ashcroft, Redfern were recently able to donate one copy of Stewart McPherson’s latest book Britain’s Treasure Islands: A Journey to the UK Overseas Territories to every secondary school in the UK and across the overseas territories. At NHBS we organised the packing and delivery of each of these books, which in total was 5250 copies.

The dedicated packing station at NHBS
The dedicated packing station at NHBS

 The UK Overseas Territories are home to thousands of species of animals and plants in habitats ranging from coral reefs to tropical rainforests, polar landscapes and deserts.

Albatross: still from YouTube video "Shipping 5350 books - one copy for every secondary school in the UK"
Albatross: still from YouTube video “Shipping 5350 books – one copy for every secondary school in the UK” – see below

In Britain’s Treasure Islands (aired as a three-part documentary on BBC4 in April, with the book accompanying the series), Stewart McPherson showcases this incredible variety of wildlife, explores the human culture and history of the islands, and documents his adventures in these remarkable lands.

Britain's Treasure Islands freshly unwrapped in the NHBS warehouse
Britain’s Treasure Islands freshly unwrapped in the NHBS warehouse

This is a monumental work of over 700 pages, with more than 1,150 full colour images and 17 specially-commissioned gatefold maps on parchment paper showing the geography of each territory.

You can find out more about the project by visiting www.britainstreasureislands.com.

To send a copy of this wonderful book to every school, NHBS received 47 pallets of books directly from the printers, used seven pallets of specially designed cardboard boxes and 6039 metres of bubble wrap!

Unloading the pallets - all 47 of them!
Unloading the pallets – all 47 of them!

Eventually when all the books were packed the couriers took away 53 pallets of books from NHBS’ warehouse in Totnes, Devon over the course of a week.

One down, five thousand to go...
One down, five thousand to go…

The packing process took six people three and a half weeks to complete! You can watch the video below for a behind the scenes look at how this all happened.

Coming up in 2016: NHBS Bat Survey Training Course with Volker Runkel of EcoObs

UPDATE 7th MARCH 2016 – The Bat Survey Training Course has now been cancelled. 

The use of passive monitoring to assess bat activity has important implications for how we work with the vast amounts of accumulated data, and automation now plays a crucial role in dealing with datasets which often contain thousands of recordings.

Bat Survey Training Course (9th - 10th April 2016)

This bat survey training course has been designed to give you insights into the how-to of passive acoustic bat detection and call analysis, including its pitfalls. It will give you the skills to conduct passive acoustic bat surveys with confidence and to analyse your results in the most efficient and accurate way.

Topics covered will include: Why and where do we listen for bats, how to detect bats, signal analysis, bat call identification and working with large datasets. It will also include a short introduction to the Batcorder system.

The course will be held at the Preston Montford FSC Centre in Shropshire on 9th-10th April 2016.

It will involve a combination of classroom-based learning and fieldwork and will be led by Volker Runkel from the German company ecoObs, manufacturers of the Batcorder system.

Book your place on this course today

Introducing the new SM4BAT from Wildlife Acoustics

The new SM4BAT range of passive bat detectors from Wildlife Acoustics was announced at the 2015 Bat Conservation Trust AGM.
Song Meter SM4BAT

The Full Spectrum (FS) version will allow you to record bat calls in 16-bit resolution at a sample rate of up to 500kHz on a single channel. The Zero Crossing (ZC) version is also single channel and will record zero crossing files. Both are weatherproof, come with a three year warranty and will record for up to 30 (10 hour) nights when powered with four high quality d-cell batteries.

The SM4BAT FS and SM4BAT ZC are now available to order.

 

John Wilkinson, Science Programme Manager with ARC Trust, on amphibian conservation

john-wilkinsonThe Amphibian Survey and Monitoring Handbook is the latest volume in the Conservation Handbooks series, tackling all aspects of amphibian survey. Author John Wilkinson is Science Programme Manager with The Amphibian and Reptile Conservation Trust (ARC Trust).

What is your background in herpetology and what have been some of the highlights of your work?

After university, where my undergraduate dissertation was on amphibian diversity in Northern Italy, I worked on some short-term academic contracts before getting a job coordinating the international response to global amphibian declines with the IUCN SSC Declining Amphibian Populations Task Force (now the Amphibian Specialist Group). I learnt a lot there about the complexities of amphibian declines and the importance of systematic surveys.

A recent highlight of my conservation work was the discovery, building on my PhD research, that toads on the Channel Island of Jersey are a completely different species than those in mainland Britain – they’re actually Bufo spinosus, a species that evolved in Iberia millions of years ago whilst English toads were spreading out of the Balkans. Most importantly, their ecology is very different and they therefore require different conservation measures!

Could you tell us about any major trends that have been discovered by the monitoring schemes you have been involved with?

Part of my work is coordinating the UK National Amphibian and Reptile Recording Scheme (NARRS), which has so far highlighted the serious declines of British adders and changes in the relative abundance of our smaller newts (palmate newts seem relatively more widespread than in former national surveys, possibly indicating a change in quality in Britain’s ponds).

How does a decline in amphibian and reptile biodiversity affect ecosystems?

These creatures are hugely important for many ecosystems as they occupy key niches in the middle of the food chain: as well as being important prey for a wide range of species from otters to marsh harriers, they are themselves important predators, consuming millions of pest invertebrates every year. Healthy amphibian populations in particular are therefore important to human food production and population losses have economic implications as well as resulting in more pesticide use.

What can be done to reverse this decline which is pervasive worldwide?

Though numerous factors cause declines, habitat loss and fragmentation is still the most significant problem. Local planning must take into account the need to keep breeding and foraging habitats connected to boost population resilience – as well as incorporating habitat into landscape-level schemes. At ARC, we’re leading the way on using predictive modelling and GIS techniques to model the effects of development and produce the best outcomes for amphibians (and other species).

If you were given the chance to implement one policy, today, in support of amphibian & reptile conservation, anywhere in the world, what would it be?

It would be easiest to come up with a list! I will, however, highlight a problem in the UK: our widespread amphibians have NO real protection under the law – though the NERC act outlines a “duty to consider” declining species like toads in development. ALL our amphibians and reptiles need full legal protection which is enforced, and which includes their habitats – otherwise developers can continue to fill in ponds and disconnect populations at will. Our widespread species are really a lot more threatened than the most highly-protected ones (the effects of this can already be seen with recent declines in the adder and toad)!

How can the general public get involved with projects to help their local herpetofauna?

  • Join a local Amphibian and Reptile Group (ARG) and ask them if they can participate in NARRS, as a group, to ensure their local information is considered nationally.
  • Build a pond and make a compost heap.
  • Volunteer to help create and manage habitats through ARC and/or other bodies such as local wildlife trusts.
  • Always report sightings of amphibians and reptiles (see www.recordpool.org.uk) – this will help their conservation.
  • Take local councils, conservation bodies (or anyone else!) to task when any local sites are planned for development or disconnection!

Amphibian Survey and Monitoring Handbook

Find out more about the Amphibian Survey and Monitoring Handbook

Announcing the Batlogger A – new from Elekon

Using customer feedback, Elekon have developed the latest addition to their family of detectors, the Batlogger A. This compact detector records bat calls in full spectrum with 16-bit resolution directly onto a microSD card.

Elekon Batlogger A Bat Detector
Elekon Batlogger A Bat Detector

This entry-level passive bat monitoring system is fully waterproof (except the microphone capsule), with adjustable trigger functions and options for delayed recording, and it is fully compatible with the free BatExplorer software.

Here’s some spec:Elekon Batlogger A Bat Detector

  • Real-time recording and storage of ultrasonic calls on micro SD card
  • Free analysis software BatExplorer
  • All components waterproof, IP67 (except microphone capsule)
  • Microphone extension cable with the new protective tube
  • Uses the proven FG-black microphone
  • 30 hour recording time using good quality AA batteries or rechargeable batteries

 

Find out more about the Elekon Batlogger A