Crossing an ocean for our river

At the end of next year, data scientist and rower Jake Still plans to embark on an almighty rowing challenge while fundraising to support the restoration of his beloved rivers back home. Spending up to 50 or so days at sea alone, he’s aiming row across the Atlantic solo. This is the first in his series of guest blog posts, in which he’ll keep us updated with his training and eventual race progress.


Introducing Jake

My name is Jake Still, I am 25 and I am from Leeds. I work as a data scientist at Zest ECO LTD and provide the analysis to support the team in building up the EV charge point infrastructure for the UK to help our country and beyond to transition into a more green and sustainable future. The rest of the time I am usually rowing on the river Aire at Bradford Amateur rowing club or platform diving at John Charles.

In December 2025, I am going to be rowing 3000 miles across the Atlantic Ocean Solo from La Gomera to Antigua in the World’s Toughest Row. This is both an extremely physical and mental challenge where you will be up against fierce storms, huge 8m waves, sleep deprivation, sores and bruises with the occasional flying fish leaping into your boat. I plan to row a competitive time for the race, and this may consist of up to 20 hours plus rowing, eating 5000+ calories, drinking 10L of water daily for about 30 to 50 days.

To be able to do this safely, I will need lots of preparation. This challenge is more than just a physical one, it is also a very technical one. It is about knowing your boat very well, how to handle the boat and to fix problems when you are tired whilst getting smashed by waves at night in 10+ knot winds. The Boat I will be using is an R25, which is essentially a canoe body with 2 rowing positions, 2 cabins, the bow one is for sleeping, the stern contains all the navigation and electronics. The boat will come with a water maker (to convert salt water to fresh water), 2 lithium batteries charged by solar panels as well as a chart plotter to plot routes, an autohelm (to keep the boat on course on a bearing) and VHF radio. The one of the major points for success on an ocean rowing is power management. If the batteries drop below 20%, they will essentially shut off to preserve the battery. When this happens, you will not be able to use the water maker or contact anyone on radio for 2 days. Hence, learning exactly how much power individual pieces of equipment draw is critical for a safe ocean crossing. In general, getting comfortable with all the pieces of equipment is vital for a safe and fast crossing. Something I will need to do during my 1000 hours of practise in UK coastal waters.

Jake getting survival training, let's hope he does not need it

I want to support the Rivers Trusts because as a rower, I am very closely connected to the river Aire and spend a lot of time rowing on it. Rowing for me is very therapeutic and is something I have come to enjoy doing. However, this experience is ruined when Yorkshire Water spill sewage directly into the Aire and it is not uncommon for plastic bottles to be floating down it as well. It is gotten so bad that we as a club cannot do capsize drills in our river anymore due to the pollution levels. Furthermore, it is not just water companies polluting our river, farmers are also having an impact. They cause excess nutrients to be added to the river and combine this with the hotter summers, you get algae blooms. Not only does this affect the ecosystem of the river, but it can also make it impossible to row on. This cancelled the 2023 Boston rowing marathon (49.2km), an event I was looking forward to doing. These events are vital in supporting the local clubs and communities where these races are held and help the clubs get more young people into rowing. However, the biggest cause of race cancellations is due to dangerously high river levels brought upon by excess flooding and rain. This is a consequence of climate change bringing about wetter winters and results in the number of water session becoming even fewer each year. Especially for those of us that can only get down during the weekends in winter and especially for novice rowers who will not be able to go out in the more challenging conditions.

The next step for me is getting a boat and sorting the logistics out to prepare for a maiden voyage in Hartlepool where I will be training and getting used to boat launching and very basic ocean rowing. I will also be creating a banner to help with my campaign to get the essential equipment over the next year needed for the crossing.

Trench Meadows – helping an SSSI recover

Trench Meadows is a Site of Special Scientific Interest (SSSI) off Higher Coach Road next to Load Pit Beck and not far from Shipley Glen. The site contains 4.7 hectares of lowland meadow – a nationally rare habitat. The grasses in the neutral grassland on the site include red fescue, sweet vernal and crested dog’s-tail; wildflowers include herb black knapweed and bird’s-foot trefoil. Devil’s Bit Scabious (Succisa pratensis) also indicates the importance of this species-rich grassland. The land adjacent to the meadow is designated as a wet woodland with common alder being the dominant tree species.

The site is owned by the City of Bradford District Council and managed by The Countryside Service, with support from the Aire Rivers Trust. Aire Rivers Trust volunteers have carried out several tasks on both the meadow and in the wet woodland including Himalayan balsam removal, scrub clearance and hedgerow maintenance.

Volunteers make a difference

To date, Aire Rivers Trust volunteers have contributed 335 volunteer hours. 540m2 of scrub has been cleared, which otherwise would have resulted in the meadow becoming woodland. 900m2 of Himalayan balsam have been pulled across the site. The holly hedgerow on Coach Road Bridleway has been improved to provide habitat and act as a stock-proof barrier. Aire Rivers Trust works in partnership with several organisations. West Yorkshire Combined Authority, WSP and Keighley College have all contributed volunteer time to carry out practical environmental tasks.

A local farmer grazes the site, with cattle selectively grazing scrub, keeping down bramble encroachment and providing soil improvements. Bradford Council Countryside service has also undertaken willow thinning on-site to prevent woodland succession.

The site has permissive access for the public and visitors are encouraged to stick to the path and keep their dogs on the lead to prevent disturbance of wildlife and prevent dog fouling. The Trust will continue to carry out management works on-site. To find out more please visit our volunteer website: Volunteer with Us – Aire Rivers Trust

For more information about Trench Meadows please follow these links:
Bradford Botany Group – Trench Meadows SSSI, Baildon
Meet your local SSSI

Always stick to The Countryside Code

Loadpit Beck gets some Love

John Franklin, our Better Becks Officer, has been working in Loadpit Beck facilitating the weir removal there.

What was the problem?

During walkovers as part of phase 1 of the ‘Better Becks’ Project, dozens of barriers to fish passage were identified within tributaries of the Middle Aire Catchment. On Loadpit Beck, a concrete ‘apron’ spanning the whole channel width was found. Installed as a reasonably over-engineered scour protection structure for the adjacent surface water outfall, this ‘apron’ has been stopping fish from progressing upstream to access good quality riparian habitat. The barrier was doing this in two ways, by creating an artificial drop in height in the channel, which many fish are unable to swim up, and by creating conditions for thin, laminar flow (like a sheet), which is challenging to swim up, as the water speed is increased, with little opportunities for rest.

 Phase 2 of the Better Becks project is all about addressing the problems found. The Fisheries Improvement Program, where funds are raised from angler’s rod licenses, was a great opportunity to cover the cost of this removal, as improving fish passage in Loadpit Beck would also help support fish populations in the fishable waters of the River Aire, 400m downstream.


…and the solution?

The works themselves, with permissions and support from Bradford Council and local landowners, were undertaken in August 2024 with Prof. Jonny Grey of the Wild Trout Trust being brought in as the principal contractor, alongside operational support from Ian and Pat from Atkinson Surfacing. Using handheld machinery, a new channel was cut into the right-hand half of the concrete apron. This was to enable retention of the scour-protecting function of the apron on the left side of the channel, below the outfall. Rather than cutting down to the channel bed, the material was cut away to retain a naturalistic channel within the concrete, to ensure fish passage, whilst also avoiding the risk of the channel scouring out in future. Sediment management was used downstream of the works to minimise fine concrete dust and silt mobilisation becoming an issue for aquatic organisms below the works.

As soon as the concrete breaker was lifted out of the water and the generator turned off, we all watched a Bullhead fish making the first journey up and above the barrier, enjoying the restful riffles of the new passable channel.

Monitoring the impact

Downstream of Loadpit Beck ART Volunteer Carolyn Robinson, who monitors river flies, says:

‘Riverfly Monitoring is a Citizen Science project that enables volunteers to gather information about the water quality of the River Aire and its tributaries. Following training and assessment, I was paired with another volunteer and together we monitored a site on Loadpit Beck that runs through Trench Meadows.

Once a month we ‘kick sample’ the site wearing wellies and using a standard net for 3 minutes, then check under large stones for 1 minute, ensuring comparable samples are taken over time. The sample is rinsed to remove unwanted debris, poured into a large tray and examined. We are looking for eight pollution-sensitive species of invertebrates that should be present in a healthy river. They are then transferred to an 8-segmented tray for counting, where we looking for 2 types of caddis flies, 4 types of up-wing flies, stoneflies, and freshwater shrimp. We also note the presence of other insects, snails or fish in the sample as well as any creatures that survive in polluted water eg leeches.

The number of each species is counted and allocated a score e.g. 1-9=1 point, 10-99=2 points, 100-999=3 points. At Trench Meadows our score has been between 8 and 14 points, we have identified all 8 target species, but not all on the same occasion. We are allocated a Trigger Level, and if our score falls below this there has possibly been a pollution event. We will check upstream of the site to look for any obvious pollution, changes in water colour etc and re-sample. If pollution is found or the score is still below the Trigger Level, the coordinator and local ecology contact are informed. Thankfully that has not happened at Trench Meadows, and it continues to be a healthy site.’

In the embrace of the Aire

In the next blog from the wonderful Lucy Johnson, one of our volunteers, we learn about birdwatching on the ings (riverside wetlands) at St Aidan’s.


For many of us, when we think of our rivers it is fish and invertebrates, or maybe even aquatic plants, that come to mind. For others, they are a magnificent habitat for birds of many species. In this blog from one of our volunteers, Lucy Johnson, we read about birding on the long-disused coal mines at St Aidan’s just a short way below Leeds. St Aidan’s is a 355 hectare (877 acres) nature park located between Leeds and Castleford in West Yorkshire, England. The land was formerly an opencast coal mining area that was flooded in 1988, after the riverbank collapsed.

In the Embrace of the Aire, Birding at St Aidan’s

Saturday morning dawned bright and clear, perfect conditions for a birding walk at the beautiful St Aidan’s Nature Park near Leeds. I carefully reloaded my camera with different batteries before setting off…they were also flat. In the absence of my capacity to provide good quality bird pictures, you can drink your fill over at “St Aidan’s Nature Park” on Facebook, where many beautiful shots of the park’s birds, both visitors and residents, are frequently posted. St Aidan’s is a former opencast mining site owned by Leeds City Council and managed by the RSPB. It reopened in 2017 as an RSPB site. There is currently a small footprint of café, information stand and toilets between the car park and Oddball.

Old coal mining machine

A Park For Everyone         

I was greeted by Peggy, a smart, vibrant young woman in much demand between the café, RSPB stall and visitors. Peggy is one of 16 permanent staff across St Aidan’s and its sister site, Fairburn Ings Nature Reserve. In addition to the permanent staff, the sites benefit from 230 regular volunteers, who may act as Rangers, perform regular bird surveys, undertake tasks such as creating dead hedges and litter picking. St Aidan’s is designated a park because it is meant to form a space for leisure activities for people as well as the birds. Ranger Jerry who led the talk along with three other volunteers emphasised that all are welcome, from horses to cyclists and runners, and that the birds are accustomed to their presence. The just under 900 acre site also plays a vital role protecting Castleford from flooding. The lakes fill up counter-clockwise, leaving the most precious reedbed habitat for last.

Key Species

The park is important for its role in providing a home for six key species – black neck grebes, black headed gulls, lapwings, bitterns, kestrels, and little owls. Jerry has personally spotted at least eleven raptors in the last two years, including red kite, buzzards, marsh harrier, ring tail hawk, osprey, little owl (who like Oddball), barn owl, tawny owl, short-eared owl, long-eared owl, and of course peregrine.

What To Wear

I would advise attendees of the walk to wear sturdy, comfortable footwear and to bring binoculars if they have them, although I was perfectly happy watching the birds hover with just the aid of my specs. Jerry shared a wealth of information about the site and was not outmanouevred by any question no matter how varied or specific. His deep familiarity with the site made for a very enjoyable and informative tour, taking in everything from kestrels’ scrying mammals’ urine through ultra-violet vision, to Oddball and Big Bob’s history, to vulpine predators.

Oddball

The Local Residents Show Off

As for the birds, a kestrel kicked proceedings off by sweeping in dramatically to its exposed nest on Oddball at the top of the site, tearing into lunch. The walk was not an aerobic challenge by any means. We simply meandered along one of the main paths at the park’s perimeter, ending at the reed beds to listen to the bitterns boom, accompanied for the most part by swooping kestrels and lazily hovering buzzards, with the occasional dart of the kestrel, asserting territory to an unwary buzzard. Near the end of the talk a sharp-eyed attendee spotted a peregrine moving swiftly in, and a red kite with its distinctive V tail was also spotted. Unfortunately the little owls which have a fondness for Oddball were elsewhere at the time of the walk. Do take the time to look both above and below Oddball for kestrels and little owls if you visit.

How to “Cheat” at Birdwatching

I would have appreciated a quick rundown of each bird’s characteristics and perhaps a factsheet or two, but it was equally valuable seeing a smaller number of species in the wild and taking a detailed dive into where they spend their time and why. There was a reassuring lack of pretension about the whole affair. Jerry cheerfully admitted to “cheating” by using the excellent Merlin app for identification, and Steph, one of the volunteers, was very democratic in her thoughts about developing as a birdwatcher.

Gordon Denison

Another birdwatcher passionate about making access to the hobby more open was the legendary Gordon Denison of Halifax Birdwatchers Club, who recently passed at the age of 90 after a lifetime spent supporting and encouraging others. Not only a much loved father, grandfather and great-grandfather, Gordon was a key member of Halifax Birdwatchers Club and took part in many projects over the years. His projects included establishing a trophy for the member who spotted the most species over the year, and creating detailed sighting maps. He particularly enjoyed birdwatching at Fly Flatts Reservoir, his favourite bird was a grey wagtail, and he had a distinctive whistle imitating a curlew to communicate with daughter Jayne, who was also on the walk with her partner Graham.

Throughout the talk I chatted with Jayne and Graham, who had kindly offered to rescue me from West Yorkshire public transport hell (three buses to travel a total of eight miles). Jayne was bright-eyed and warm, carefully clutching a pair of binoculars much older than those round the necks of other attendees. She described her father as “a smart and helpful gentleman to everyone and dedicated to his family.” Gordon had a good sense of humour, although it took him a little while to warm to Graham’s bird jokes. It was a poignant reminder that while life flows on, there are many people who came before us who made our experiences and knowledge possible. If Gordon had been able to atend, he would have been extremely smartly attired, delighted to have the day out with Jayne and Graham and to meet newcomers to birdwatching, who he always encouraged. All in all, a lovely afternoon, and Gordon’s binoculars sighted a few kestrels more.

Chellow Dene resurrected

The Aire Rivers Trust presents the Chellow Dene Wetland Project! The Chellow Dene Wetland is a small green space in Chellow Dene, Bradford, tucked away behind several houses. Chellow Dene Beck runs through the site, and this wetland acts as its floodplain in high rainfall. The Aire Rivers Trust and partners have transformed the site by implementing changes to re-naturalise the beck.

The Changes

The old design for the Chellow Dene Wetlands included a few cells of reedbeds that would filter water from the beck and act as flood storage for high rainfall events. These reedbeds had since silted up, meaning they no longer held floodwater, so they would not have mitigated any damage in the event of a flood. There was also a small weir that was blocking fish passage up and down the stream. The Aire Rivers Trust implemented features such as a log mattress and leaky dams, which will help to re-naturalize the beck, connect the beck back to its floodplain, and slow the flow of water. A weir bypass was also built around the weir to allow fish to move freely along Chellow Dene Beck.

A Space for Wildlife and the Community

Chellow Dene Wetland is an excellent asset to Bradford, as it provides a diversity of habitats for wildlife, helps mitigate damage in local flooding events, and provides amenity space for the local community. The Aire Rivers Trust and the Friends of Bradford Beck have hosted volunteer events at the wetlands with groups like the Scouts to do conservation work, including tree planting, Himalayan balsam pulling, and litter-picking. Many people have since walked through the Chellow Dene Wetlands and commented that the work has greatly improved the site!

Check out the video to learn more about the project! The Chellow Dene Wetland Project – YouTube

Find out more about the work the Aire Rivers Trust does at our website – Home – Aire Rivers Trust

On 18th September, a small but select group gathered for the Offical Opening of the new wetland area. Representatives from our funders were there, and the odd passer by was treated to an explanation of what we were doing and why we bothered.

Partners and Funders

The Chellow Dene Wetland Project is funded by the Environment Agency, the West Yorkshire Combined Authority, and Britvic. Britvic’s funding is part of a partnership with The Rivers Trust to care for water resources and nature in the areas they operate. This project is part of the Environment Agency’s Water Environment Improvement Fund. The changes made were designed by Wetland Engineering and implemented by Conservefor. The Friends of Bradford Becks have provided great support and expertise to the project.

Ellie’s Weir…ed Blog

In this post our GIS whizz Ellie Spilsbury outlines some of the work we have been doing to identify ways to improve the sustainability of the fisheries in our rivers and hopefully aid the return of salmon for the first time since the Industrial Revolution.

Look closely and you will see hundreds of Minnows collecting at the bottom of this weir, unable to ascend. See the area in the water that looks dark brown; they are Minnows.



Visit each of the three sections for more detail:

A familiar Story

Data analysis with a Salmon Splash of professional opinion

(Tr)outcomes expected










A familar story

Once upon a time, our River Aire had the highest Salmon population of any Yorkshire river. Then came the Industrial Revolution, which saw the wool and fabric industry boom throughout Yorkshire. Mills were constructed accompanied by weirs to harness our river’s energy. Although the mills are now closed and are becoming swanky new flats, the weirs often remain, isolating ecosystems that lie between them. Weirs disrupt the natural transport of sediment downstream, causing a build-up of silt and gravel behind the weir, which is detrimental to the habitat of spawning fish. Since 2011, one of the Aire River Trust’s goals has been to increase the connectivity of our river and its tributaries by removing or re-configuring weirs to allow fish passage. Following earlier work to install fish passes through and downstream of Leeds, significant steps towards this goal were made in 2022 with the successful construction of four fish passes as part of the DNAire project.

When we see water flowing over weirs, creating the sounds of waterfalls and visually pleasing white waters, it is easy to forget their man-made heritage and artificiality. It is hard to imagine seeing through the eyes of a migrating trout or salmon; every cell in its body instinctively directing it upstream to spawn, using both the stars and the earth’s magnetic field for navigation and then facing an unpassable wall of Yorkshire-dressed stone. It is often not just the height of the weir that presents the issue but the combination of weir height and the shallow depth of the concrete sill below the weir. The height at which salmon and trout jump is directly affected by the relative depth of the water at the foot of the barrier and the “hydraulic jump,” which boosts their leap.

The Environment Agency (EA) has identified around four hundred river obstacles within the Aire Catchment. However, we believe there to be many more. For example, the EA recorded two barriers to fish passage on Pitty Beck, yet on our Bradford Becks Walkovers, we found 11. This pattern is most likely repeated on each beck.  Currently, tackling the removal of every weir in the catchment is unattainable. So, how did we prioritise them into a workable top twenty?

Data analysis with a Salmon splash of professional opinion

With help from The Rivers Trust, we are the first regional rivers trust to code an ArcGIS tool to accurately calculate the length of a river (including tributaries and forks) that would be opened and re-connected by the removal of every mapped weir in the Aire Catchment. Alongside this, we analysed ecological assessment data, invertebrate biodiversity, local community data (including deprivation), and weir visibility to the public. We assigned a score to each outcome and designed a weighted decision-making matrix that identified the weirs that scored the most highly. The data only tells us half the story, so we took our results to our expert team and discussed those weirs for which a solution in the short(ish) term might be feasible.

Once we had twenty feasible weirs, it was time to ground truth our ideas. The purpose of site visits is to add or, more often, diminish our confidence in the feasibility of the weir so that we only carry the most achievable sites to the next stage. We evaluated the weirs’ condition, site access, utility services or abstraction points, and landowner engagement by photographing and recording the area, our thoughts, and encounters.

The most surprising discovery for me was the actual size of a weir. After months of viewing photographs without visual perspective, weirs can appear to be half the scale of the real-life structure. Take a moment to analyse this photo: how tall do you believe it to be? See the very bottom of the blog for the upside-down answer.






(Tr)outcomes

We are fast approaching the end of the site visits and write-up stage. It is time to narrow our shortlist of twenty weirs down to four. So, it will be back around the table for our professionals to decide on the four “leak” proof projects to invest in. These four weirs will be subject to a comprehensive feasibility study and design process. I hope my next blog post will include more designs, machinery, hard hats and re-naturalised rivers.







Enforcement Undertakings

An Enforcement Undertaking is one of several regulatory options available to the Environment Agency when they are considering action against a polluter.

Once agreed, it requires the polluter to admit their offence and to pay an agreed (with the EA) sum to an appropriate charity – which must then spend it on environmental improvements.

We do not believe this is a route with fewer consequences for polluters than paying a fine for a pollution offence. Just like a fine, the offender has to publically admit their guilt and the size of the sum paid to the charity is intended to be of the same magnitude as a fine imposed by the courts. More importantly, any fines imposed by a court go straight to the government’s general funds and will not be spent in a way that directly benefits the environment. Enforcement Undertakings offer a way to improve the watercourses affected by pollution. Enforcement Undertakings are in addition to any costs that polluters are compelled to pay to rectify the harm caused by their pollution.

Our Trust has decided that we will be prepared to work with polluters should they wish to offer an Enforcement Undertaking to the Environment Agency. Our catchment has benefited from several Enforcement Undertakings in recent years, which are currently funding river restoration projects run by the Aire Rivers Trust.

You can read the guidelines used by the Environment Agency for deciding whether or not to accept an offer of an Enforcement Undertaking here – how we decide whether to accept an EU for less serious offending.

It should be noted that the charity receiving the funds plays no role in the legal process for determining whether or not an enforcement undertaking is an appropriate course of action.

An enforcement undertaking can be offered only by the polluter. The offer can be made proactively, when they realise that they have caused significant pollution, or reactively, when the Environment Agency interviews them and points out the availability of an EU as an enforcement option. Proactive offers are generally viewed more favourably by the Environment Agency.

The Environment Agency periodically publish a list of Enforcement Undertaking that they have accepted.

If you are unfortunate enough to have caused pollution and would like to talk to us about a possible Enforcement Undertaking, please contact us.

How do we fix our rivers?

The ongoing pollution of our rivers by sewage is a topic of great concern, as are the roughly equal contributions of agriculture and urban runoff. Well done to Fergal Sharkey,  Wildfish, The Rivers Trust and others for shouting from the rooftops and for highlighting the issue and finally getting it firmly on the agenda of government and regulators. The time has come to work with everyone involved to develop practical, affordable solutions to a growing challenge. We need to understand the issues and work together if we are to fix our rivers.

So this piece is not an apologia for the water companies, nor the Environment Agency, nor Ofwat, nor government – all of whom have some responsibility to bear for the current situation. More, it is an attempt to stimulate a broader understanding of, and a discussion about the solutions to, what is now accepted by everyone as a significant problem. Nor is it a detailed technical analysis, it is a set of observations based on nearly 50 years working in the water sector in various guises. You should also note that although the water companies abstract, treat and deliver our drinking water this issue is not going to be addressed in this piece, other than by comparing the regulatory environment for drinking water with that for sewage treatment – there are glaring differences.

I am going to talk about four issues:

The source of the problem

Obviously it is more sewage than our systems can cope with, that much is commonly accepted. What is far from clear is whether the problem is actually worse and, if so, how much worse, than 10 or 20 years ago before the lobbyists and the media got the issue onto a wider agenda.

Since Victorian times, our sewerage and sewage treatment systems have recognised that when it rains the flow in the sewers increases until it reaches a point where the sewers (which were substantially over-designed by Victorian engineers who did not have the constraints of today’s engineers) cannot cope. In order to avoid flooding our streets, houses and sewage works the excess flow is discharged into rivers -which, at least in theory, will themselves have risen by then and able to accept the diluted sewage with no long term ill effect. The circumstances (flow rates) at which those discharges occur were set, and then engineering designed, using the best knowledge and expectations of the day. So discharges from sewers and sewage works are far from new.

These were days when the public, rightly or wrongly, trusted scientists and engineers to make the right decisions on behalf of society. But things have changed. ‘Back in the day’ many of our rivers were so polluted that few people would dream of swimming in them; the conditions attached to consents to discharge treated sewage were designed with river ecology in mind, not bacteriological contamination; the chemicals associated with things like nonstick pans, fireproof carpets and sofas etc did not even exist, we did not put wet wipes down the toilet (they didn’t exist) but it and we recycled our milk bottles because we didn’t have plastics to use in their place. It was a different time with different technology and different societal expectations. What was known and what was acceptable then has changed.

Has the size of sewers and sewage works kept up with the growth of populations? I don’t know, but I do know that ‘we’ used to design them for expected populations many years ahead. That led to an interesting paradox. Those systems effectively ‘over-performed’ because in their early days they were under loaded. As the load on the sewers and sewage works increased, the performance would deteriorate until it reached the design criteria.

I would argue that something much more significant has changed, namely public expectations. When I started my career in the environmental sector 50 years ago, it was a niche topic talked about and acted on by a handful of interested specialists. Over the last 25 years, many aspects of the environment have become mainstream issues and society’s expectations have increased substantially. What was acceptable in 1973 his certainly not in 2023. The publication of sewer overflow data and the pretty(?) maps showing the scale of the issue has brought this to the attention of the public. The acknowledged problems, allegedly largely to do with chicken farming, on the Wye have been well publicised, and the problems on Feargal Sharkey’s beloved chalk streams are real and of concern albeit not generalisable in the way he has done. Nonetheless, all of these examples hit the media with increasing frequency and raise the public’s awareness and concern, legitimate or otherwise, about our rivers. No surprise then that what was considered acceptable, perhaps even best practice, in Victorian times or even 20 years ago will no longer meet public expectations

Regulation

There does appear to be a growing recognition that, apart from anything else, there has been a major failure of regulation that has made a significant contribution so where we are now. So how does regulation of the water industry (not) work?

Every five years the industry basically does a deal, known as the Periodic Review (of prices) that sets the maximum amount the companies can charge customers in exchange for delivering a long series of maintenance requirements and improvements (known as AMP/WINEP[1]) to the environment. The calculations also involve setting a rate of return on investment for shareholders; if you put your money in the bank then you expect some interest back on it, consider dividends (as either a shareholder or a loan provider) to be the equivalent of that interest. The environmental improvements required are ultimately dictated by the Environment Agency, although they themselves receive ‘guidance’ from Defra about those requirements in the light of early estimates of the potential cost. So Government has their fingers in the pie from the very beginning.

I have been involved, to a greater or lesser degree, in all 8 Periodic Reviews to date and recall that on every occasion the EA wanted to do more and the Companies wanted to do more than Defra/Ofwat would allow. Indeed the customer ‘Willingness to pay’ surveys conducted as part of the PR process generally showed that customers were prepared to pay more for these improvements. I recall, back when I was negotiating the water quality requirements for the 1999 Periodic Review, trying to persuade Defra and the regulators to commit more investment to sewer overflows – we knew back then that there was an emerging problem. But no, they either could not or would not understand the issue and were certainly not willing to allow for expenditure on them while there were other more pressing problems to deal with.

Let’s remember that, whatever it might say in the legal documents that created it, Ofwat’s primary focus has always been on keeping bills low and the Environment Agency has been a puppet of government rather than the brave voice for the environment that we all welcomed when it was set up. The arm of the EA responsible for environmental protection has been stripped bare by cut after cut after cut and whilst there are good people doing their best working in the EA they are demoralised by the lack of resources to do the job they want to do.

Without good regulation, any organisation is likely to skip around the edges of the rules potentially leading to bigger and bigger problems – remember the banking collapse?!

The answer? Re-fund the EA with a clear brief to be the voice of the environment, enable them to overtly criticise Government when they take small or large actions to the detriment of the environment; equip them with resources to properly monitor the state of our rivers and the discharges into them. It is a fact that the data underpinning the quality designations of many of our rivers is miserably poor in quantity, and it’s those designations that ultimately drive investment.

And this is where I want to make a brief passing reference to drinking water. That side of the water industry is regulated by the Drinking Water Inspectorate, a body with around 50 employees, has a key role in ensuring that our drinking water is safe. They operate a self-monitoring regime  (yes, the companies take and analyse their own samples) which as never been subject to question and which has underpinned a dramatic improvement in the quality of our water for many years. The quality of our tapwater is rarely questioned,, so what can we on the ‘dirty’ side of the business learn from how DWI operates and the culture that underlies that continuous improvement in the quality of tapwater since privatisation?

Solutions

Reading my Twitter feed, and following this whole saga for the last couple of years, I see that the proponents in current court cases are asking for, no ‘demanding’, an ‘immediate’ halt to discharges. They are misleading their supporters. With all of my 50 years’ experience, I cannot think of a way to stop these discharges ‘immediately’. Their supporters face disappointment even if the judges find in their favour. I read irresponsible talk from those who propose to ‘block the pipes’ – what will that achieve other than flooding sewage into ‘Mrs Jones’ house and I can’t imagine that helping their cause.

I don’t propose to delineate a technical resolution here, just to note that there are solutions, both traditional (lots of concrete!) and more interesting and novel such as nature-based approaches but these cannot be delivered overnight, and it’s only fair to point out that they do not come for free.

These solutions can, and should, take account of all of the pressures and opportunities in a river catchment, Integrated Catchment Management is not a new idea but one which seeks a re-birth and more support from regulators and government. Good NBS can help address multiple issues (remember at the top I spoke about the triple pressures on our rivers – agriculture, urban runoff and sewage?). Just imagine what we could achieve if the parties responsible for various sources of pollution came together with environmentalists to seek the best overall solution for the catchment. I don’t believe in miracles, but I do believe that well co-ordinated collaborative action might get us close to one. Read more about the existing Catchment Based Approach here https://catchmentbasedapproach.org/

Financing and the ownership of water (companies)

If we start from the acceptance that, whatever the solutions are, they will need paying for then we inevitably come up against the question of who will pay. The headlines could lead us anywhere “stop Director’s bonuses”, “reduce director’s pay”, “stop paying dividends”, “shareholders must pay”, “we have paid for this already, we should not have to pay again”, “anyone but customers” are typical refrains – and I’m not going there, because it’s above my paygrade. As is the structure of the water sector, but I do have some thoughts on that which might inform your debate about this latter question.

Some of us can remember 1974, when treatment of water and sewage was taken out of the hands of the local authorities and placed with newly formed Water Authorities. In the hands of the local authorities these services had been the forgotten cousin and had received almost no investment and were almost entirely unregulated in practise. The water authorities were supposed to change this and, to some extent they did although they were not able to find the level of investment necessary to bring our rivers up to the emerging standards required at that time and, most specifically, by the various European directives coming into force. Eventually a combination of political ideology and a recognition of the potential cost of bringing things up to scratch led to privatisation, with the new water companies being able to raise finance in ways that were not possible to the old water authorities and would not show on the public sector borrowing requirement (which was as big an issue then as it is now).

Many would argue that the current model with water companies being commercial businesses who, like  many other businesses, operate within and on the boundaries of strong regulation  has effectively failed. It is a truism that “regulators are always likely to be outwitted, if not captured, by the profit-driven businesses they are trying to curb”. There is a revolving door of staff between Ofwat and the water companies and let’s not forget that the Chairman of Ofwat for the last decade  was formerly the head honcho at Yorkshire and Anglian! We have seen this before with the banks, where everything was fine until it wasn’t and the final analysis declared a failure of regulation.
So what other models might we consider? The commercial model has failed, the nationalised model (in one form or another) was unable to finance the necessary improvements, so what next?

Welsh Water (Dwr Cyrmu) had a chequered history before it finally settled as a not-for-profit company financed by debt and retained surpluses/profits. It has no shareholders and is run for public benefit.
Liv Garfield has recently proposed what might be a new form of company along similar lines.
A recent article in the FT offers helpful insights into the challenges and anything written by Dieter Helm on this topic is well worth reading.
Whilst water IS, inevitably, a regional monopoly and probably not suited to a full-scale for-profit model, the one thing on which all commentators except the political idealogues agree is that re-nationalisation would not help solve the problem.

Geoff Roberts has worked on improving the rivers of Yorkshire, and the Aire in particular, since he started with Yorkshire Water in 1974 where he rose “not quite to board level” representing the company with EA, DWI, HSE and had the ‘environment’ brief for the Kelda Group (YW’s parent company). More recently he has been a trustee of The Aire Rivers Trust sine 2013 and Chairman of the Trust for the last six years. He is passionate about getting our communities to love their rivers again.


[1] Asset Management Plan/Water Industry National Environment Programme

Help stop the spread

A volunteer from the Aire Rivers Trust, Robert Hellawell, was surprised to find an unwelcome new creature in his sample of river bugs from the River Aire.

Robert is one of a network of riverfly monitors who survey invertebrates in their local river as part of ARMI, the Anglers Riverfly Monitoring Initiative. These volunteers from environmental charities and angling clubs use the different species of bugs they find to tell them how healthy the river is. These creatures who live in the gravel at the bottom of the river are sensitive to pollution and tell a story of hidden pollution between monthly samples that occasional water samples would never reveal. They are excellent indicators of sewage and chemical spills, and their disappearances triggers further investigation by volunteers as well as the Environment Agency.

A demon shrimp found in the River Aire at Baildon.

Robert is one of a number of citizen scientist that the Aire Rivers Trust supports. He often shares his finds on Facebook as the Urban Pollution Hunter.

An unwelcome discovery

Robert’s eye was caught by an unusual new creature when he sampled the river in Baildon, so he contacted the Environment Agency. They confirm that it is a Demon shrimp, Dikerogammarus haemobaphes. Originally from the Black Sea it was probably brought here by accident in water brought as ballast by ships. Although it has been found in the River below Swillington in 2016. This is the first sighting of it this far up the Aire. Demon shrimp are aggressive predators that will hunt other river bugs causing problems for the wildlife in the river that rely on them for food. They are not a risk to humans or dogs.

Robert riverfly monitoring.

“If you see things that concern you along our river, like pollution, we encourage you to ring the Environment Agency on 0800 807060. This is a great example of the power of citizen scientists in helping us understand our river and preventing harm to it.”

Simon Watts, from the Aire River’s Trust.
Two fish leap in a graphic that divides text

Your actions can make a difference

Experts from the Environment Agency and the Aire Rivers Trust are urging river users to help stop the spread of invasive non-native plants and animals.

“At the Environment Agency we really value the contribution of citizen scientists who share our passion for the environment, and this is a great example of how they are providing really important and valuable data.

“Demon shrimp were already known to be prolific in the canal system, and have previously been found at one site lower down the River Aire. Robert’s findings add to our knowledge base of the movements of Demon shrimp in the catchment and will alert other river users and samplers to also look out for this species in neighbouring areas.”

Rachel Spry, an Environment Officer for the Environment Agency in Yorkshire.

The Environment Agency is urging people to ‘Check, Clean, Dry’ their clothing and equipment after visiting local rivers to avoid transferring the Demons shrimp between watercourses.  

 

Why we are asking all river users to Check, Clean, Dry

“Invasive and non-native species such as these can have a damaging impact on native plants, animals and ecosystems by spreading disease, competing for habitat and food and by direct predation. We’d urge people to help prevent the spread of invasives between watercourses by following the simple ‘Check, Clean, Dry’ to thoroughly clean and dry clothes and equipment that has been in contact with the water.”

Anything that has contact with the water and riverbank needs to be cleaned thoroughly and dried until it has been dry for 48 hours. If this is not possible, cleaning and the use of an environmentally friendly aquatic disinfectant is recommended. This will make sure all aquatic diseases and invasive species are killed. More information can be found on the Invasive non-native species website  

Two fish leap in a graphic that divides text
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