Tag Archives: Climate Resilience

Safeguarding Our Landscapes

Following my colleague Charlotte’s article earlier this year regarding climate change and the role of the landscape profession, I have taken this opportunity to expand on this, specifically in relation to landscape management, and to discuss in more detail some adaptation and mitigation techniques that we must all now consider in this age of climate and biodiversity emergency.

Today, we’re increasingly more aware of the impacts of climate change as they affect our day to day lives with the narrative ringing through politics, advertising and the media.  This however presents a generation-defining opportunity for landscape and built-environment professionals to implement climate change adaptation, mitigation and resilience within our working practice, which is urgently needed now more than ever.  Landscape Management will be paramount to the long-term success of any adaptation and taking steps to proactively address Landscape Management at the inception stage of projects will provide a framework for resilience.  It will also ensure the longevity of our schemes through adaptive management that establishes more sustainable ways to manage landscapes.

As Landscape Managers, we often require a strong understanding of the past, present and future of our project sites and assets; and thus, a thorough understanding of the climatic change across the UK and its impacts is crucial in our service delivery. Climate predictions conducted by The Met Office categorise the risks of heatwaves and extended periods of drought in addition to a substantial change in the character of our rainfall and its impacts as the biggest changes we will face here in the UK.  In light of this, the Government has identified the following risks as those which are set to impact our natural and built environments within the Climate Change Risk Assessment 2017 (CCRA), these are;

  • Risks from flooding and water scarcity;
  • Risk to our ecosystems, soils and biodiversity;
  • Risks to our health and well-being; and
  • Threats from new and emerging pests, diseases and invasive non-native species.

Arguably a number of these are present today and are expected only to be exacerbated in the short to long term unless serious interventions are made.  And these predictions, and the associated risks, present significant challenges to those managing land.  The following points identify key considerations and scenarios that landscape managers are likely to encounter, and which can be mitigated through careful design and management:

  • Plant failure, habitat and species loss due to periods of drought and water stress;
  • Increased need for irrigation;
  • Ground instability from loss of soil moisture impacting vegetation, building and structural stability;
  • Pressure on existing grey infrastructure through increased periods of rainfall;
  • Increased storm damage;
  • Establishment of new pests and diseases; and
  • Extended growing seasons will require adaptations to landscape maintenance specifications that will result in longer, more costly periods of maintenance.

Defra, through the National Adaptation Programme (NAP), set out several objectives or guiding principles which they envisage will provide a robust response to building resilience to climate change in the UK, and which are directly aligned to policies set out within the Government’s 25-year Environment Plan.  These principles include:

  • Creating better connections for wildlife and expanding high-quality habitats;
  • Increased woodland and tree planting;
  • Natural flood management;
  • Increased biosecurity; and
  • Contingency planning.

Landscape management is critical to the success of all of these principles.  Whilst good planning and design are key, proactive and adaptive management and maintenance of these measures is vital in ensuring they deliver their contribution to climate change resilience in the long term. Our expertise in habitat and woodland management, the management and maintenance of SUDS, astute knowledge of bio-security and treatment of invasive non-natives species, in addition to the production of detailed landscape costings all contribute to the successful delivery of these objectives.

The NAP also promotes Natural Capital thinking as the desired approach in combatting the risks of climate change on our natural environment.  Adopting this approach will enable landowners and managers to further understand the contribution that our natural resources provide and how these assets can be utilised to mitigate the impact of climate change and inform the development of adaptive strategies, which can be implemented through proactive and sustainable landscape management.

Similarly, long-term objectives have been pushed to the forefront of the agenda by the forthcoming Environment Bill, which will mandate Biodiversity Net-Gain to ensure no net loss of native habitats as a consequence of development and ensure that development leaves biodiversity in a better state than before.  The Environment Bill will also make it obligatory to have effective management of all associated habitats and landscapes for a minimum 30-year period secured through a planning condition.  This will contribute to efforts in combatting our biodiversity emergency, whilst providing a framework for adaptive management to preserve and enhance our ecosystems for the future.  Ensuring Landscape Management is considered as early as possible is crucial in ensuring long term success through the delivery of the BNG good practice principles.  Involvement from the outset will assist clients through the preparation, design and implementation stages, advising on stakeholder consultation and procurement of works. Providing informed mechanisms for managing, monitoring and reporting, means that biodiversity gains can be achieved early in the project life cycle, maximising the benefits for wildlife, the client and the local community.

Woodland Management

Whilst most resources currently available provide general principles for adaptation, there is a need for further information providing specific applications and practical solutions to assist those decision-makers in applying relevant measures.  Whilst this is a fast-moving field, Natural England and the RSPB through their Climate Change Adaptation Manual, provide one such valuable resource.  This details both specific applications and practical options associated with adaptation management across a variety of landscape and habitat types.  Importantly, this latest revision includes Green Infrastructure (GI) and provides an in-depth assessment of the risks, impacts on biodiversity and communities.  It sets out what can be achieved from successful design, implementation and management of GI, as a way of tackling the effects of climate change within our urban environments.  The manual also provides guidance on assessment as a means of embedding climate change adaptation, these six to eight-step approaches are flexible and easily adapted for use on a wide range of projects and planning exercises.  The manual adds that through the application of climate change adaptation into our working practice, the following four points can be achieved.  I’d add that these points are not only relevant to landscape managers but all landscape and built environment professionals and are crucial in ensuring the success of all schemes;

  • Building ecological resilience to the impacts of climate change;
  • Preparing for and accommodating inevitable change;
  • Valuing the wider adaptation benefits the natural environment can deliver; and
  • Improving the evidence base.

I would like to conclude by emphasising the urgency in which we all need to respond to this crisis; the last 18 months have shown that we’re capable of change across all industries and how we continue to adapt to these changes even today.  This should be no different in the face of the climate and biodiversity emergency and in comparison, requires an unparalleled change to ensure our built and natural environments continue to provide the many benefits they do today.

As professionals, we have a duty to ask questions, advise and make changes within our work to combat these impacts and I would wholly urge you to start to consider making these changes today.  Here at TEP, we are advising our key clients on climate change adaptation, mitigation and resilience measures and the opportunities available to them, whilst supporting those currently ahead on implementing theirs (NT Wallington). I hope that this article has provided some insight into the risks, consequences and impacts of a changing climate and how proactive landscape management is imperative in maximising and safeguarding our future landscapes.

Sam Marshall
Senior Landscape Manager

To learn more from our Landscape Managers click here or to view some of our latest projects click here.

TEP Appointed As Countryside Clerk Of Works For National Trust

TEP has just been appointed as the Countryside Clerk of Works to support the National Trust in delivering a habitat restoration project on the Trust’s Wallington Estate in Northumberland. Through this Defra funded project, the National Trust is committing to securing nature-rich historic landscapes that are resilient to a changing climate, which TEP’s Landscape Managers will be helping to deliver.

Wallington is a 13,000-acre estate that was originally intended as a country retreat by owner Sir William Blackett, who bought the property in 1688.  The Blacketts were a wealthy Newcastle family of mine owners and shipping magnates but as the family line ended in 1777, the estate became home to several generations of the Trevelyan family. The estate is made up of a Grade I listed 17th-century mansion that sits within swathes of woodland. It also boasts ornamental lakes, landscaped lawns and a magnificent walled garden. In 1941 socialist Sir Charles Philips Trevelyan, who was an avid plant collector, gifted the estate to the National Trust, who have been caring for it and preserving its history ever since.

Wallington Hall, Northumberland

Over the next ten months, TEP will provide Clerk of Works services onsite to support National Trust staff in the restoration of riparian habitat along the Hart Burn catchment. The works will provide the estate with new and restored habitat, which will contribute to natural flood management and provide a richer experience for their visitors.

Hart Burn and it's tributaries on the Wallington Estate in Northumberland

TEP will be working across four tenanted farms on the estate, in which the Hart Burn and its tributaries are located. We will be working closely with tenant farmers and appointed contractors to oversee the implementation of fencing to protect 6.5km of riparian corridor, an extensive woodland planting phase of 75,000 young trees and 7,300m of native hedgerow. This will enable the estate to expand habitat connections and bring an array of nature-based solutions and ecosystem services to this area of the estate.

The project is now underway with the fencing and hard landscaping set to commence from early June.

To discover more from our landscape managers click here.

Photographs by the National Trust

Climate Change and Role of the Landscape Professional

Combatting climate change is going to come down to individuals taking responsibility for their own actions, led by government policy and incentives, as well as personal motivations.  As members of the human race we are all responsible for making choices: how we live, travel, shop and consume, but what additional choices and decisions should the landscape professional be making?  Here are some thoughts on ways that we can help tackle climate change and build resilience into landscapes, some borne out of my own experiences working at The Environment Partnership.

Green Roots and Green Connections

The planning and design of high-quality green space and the wider urban environment is of great importance in terms of sustainable place-making; supported by measures that reduce the need and desire to travel, we can combat one of the major causes of climate change.  Encouraging travel by foot or by bicycle is a key role of the landscape professional.

This is where joined-up and forward thinking comes into play through Green Infrastructure (GI) planning and strategy.   GI strategies are vital for Local Planning Authorities to identify the bigger picture and to create opportunities for multi-functional green space corridors.

These corridors provide a means for attractive and pleasant off-road movement routes, which can have a functional role through the working-week, serving recreational needs at the weekends and during holidays.

TEP Project: Example of multi-user route design as part of a commission looking at green off-road connections for the National Trust.


Plant More Trees



This may seem an obvious one, but there are multiple benefits to tree planting in the context of climate change.  Due to their size, trees are the best means of building carbon uptake and storage into new planting schemes.  With changes to our climate resulting in extremes of weather, trees also offer important shade and shelter within the landscape for people and wildlife, and intercept rainfall and slow its progression downstream, helping to reduce peak flows and flood events.  In an urban environment, where space may be constrained and land is at a premium, street trees bring all these benefits, as well as helping to counter the urban heat island effect during summer months.

TEP project: Manchester City Centre tree planting.
TEP project: Griffin Wood, adjacent to the M62 corridor and part of the expanding Mersey Forest. 2007
TEP project: Griffin Wood, adjacent to the M62 corridor and part of the expanding Mersey Forest. 2020


Green Means Go!



Beyond trees, maximising opportunities for other types of planting is also a must.  A multi-layered approach to planting that mimics natural habitats will bring optimum benefits.  A shrub understorey and ground flora layer can also contribute to carbon capture, increase interception, reduce run-off and reduce the urban heat island effect, whilst also preserving well-structured soils fed with organic matter.  The importance of good, healthy soils should not be underestimated in terms of the carbon sink that they provide and their resilience to extremes of weather.  Good soil structure will aid drainage during periods of high rainfall, and organic content is essential for humus-rich soils to retain moisture for plants to use during periods of drought.  For managed landscapes, the retention and application of shredded plant matter such as mulch, not only benefits the soil as it breaks down but also suppresses weeds, eliminating the need for hand weeding or herbicide application.

TEP project: Pennines to Plains planting palette developed to maximise Biodiversity Net Gain in urban settings in the northwest, promoting a multi-layered approach that mimics natural habitats.


Celebrating Our Diversity



Having acknowledged the importance of planting, we should not overlook the specifics of what and where to plant.  We know that native plant species support the widest range of faunal species, and support natural habitat systems and processes that keep the natural environment in check.  Going forward, climate change presents an unknown, in terms of how our native species will adapt.  Adaptation is the natural, correct and only response in this situation.  To give our natural environment the best chance of doing this, as a general rule, we need to make new native planting as diverse as possible, providing the means for nature to find its own way through, whether certain species survive, thrive, or not.  We know that across the UK there are variants within our native species, where local conditions have resulted in adaptation over time.  Provided that climate change does not accelerate too quickly, the hope will be that the same will happen.  The Forestry Commission’s current guidance on this topic (See the research publication) suggests that we should look to source two-thirds of new planting using seed which has originated from 2 degrees latitude further south to assist with this process, with the remaining stock comprising plants grown from local seed. Further to this, recent advice suggests that small amounts of provenance material from up to 5 degrees of latitude south of a site may be mixed into woodlands.

There is also the notion that certain UK native species will be better at coping with extremes of weather. For example, river floodplain plant species are used for periodic waterlogging, and dry periods during the summer months.

In terms of non-native planting, those that help support native faunal species, such as ‘pollinator plants’ should be promoted, as these will help bolster and promote these creatures.

For non-native planting, there is also a wider palette to select from in a process known as ‘climate matching’, with the opportunity to identify plants from around the world that will be suited to our future climate. 

Weathering the Storms

Climate change means that we are seeing prolonged periods of wet weather and an increase in flood events. The continued employment of Sustainable Drainage Systems (SuDS), which aim to slow surface water drainage flows and build water storage attenuation into projects, will help to minimise flood risks.  However, there needs to be an acceptance that valley floodplains will be periodically inundated and the design and management of green spaces within these environments need to adapt to this.  Working with drainage and flood engineers on creative solutions is vital, seeking opportunities for river restoration, the creation of areas that can provide flood storage capacity, and how this relates to the other uses and functions of the space.  For example, raising main path routes up on embankments, which can also be used for the control of floodwaters, means that landscapes can still be accessed during flood events.  Elsewhere, the design needs to be sufficiently robust to ensure that surfacing, boundary treatments and other elements can withstand floodwaters so that these do not have to be regularly replaced or repaired.

TEP Project: New footpath network running along the tops of flood embankments adjacent to the River Nene at Upton Country Park, Northampton.


Material World



For the landscape professional the specification of hard landscape materials, in particular, whilst working to minimise climate change is a challenge.  Natural hard landscape materials have the benefit of robustness and longevity, but the convenience of cheaper imports from overseas is hard to ignore.  However ethically these may have been sourced, they may have travelled half-way around the world before reaching our ports.  Man-made products may also be coming from overseas and whilst many now contain recycled components, what does their embodied carbon cost?

These are difficult decisions to make when budgets for delivery are tight.  However, I would encourage an approach that makes the most of the materials and resources that may be on-site, looking to local suppliers whenever possible, and working to the simple premise of achieving a cut and fill balance within a site.  This could be seen as a constraint, but in the same way that our ancestors, constrained by their local environment, designed and built character-filled and place-specific settlements, maybe this is an opportunity to achieve a greater level of creativity and avoid ubiquitous design?

TEP Project: Millennium Trail Artwork using St Bees Red Sandstone, Egremont Promenade, Wirral.


Supporting Community Action



Finally, the power of the community at a local level cannot be underestimated.  Look at the impact of the incredible edible movement, borne out of the minds of two Todmorden residents, and now a national movement being adopted by towns and villages across the UK.  The principle of local food growing and production is supportive of the local live, work and play agenda, reducing food miles and encouraging increased consumption of plant-based foods.  There are plenty of other examples of community initiatives that are helping to tackle climate change, such as the Torrs Valley Hydro-electric project at New Mills, High Peak.  As Landscape Professionals we regularly encounter ambitious community groups with great ideas.  We have an opportunity to help them realise these plans, whether that is local food growing, renewable energy or other environmental schemes.

TEP Project: Telford Millennium Community constructing habitat hotels.



In conclusion, there is lots for us to do!  I hope that this article brings the importance of the role of the landscape professional into focus.  The climate change emergency is not going anywhere and it is the closest some of us may ever come to having a ‘key worker’ role.  If collectively we pull together in the same direction, working in partnership with our clients, agencies and communities, we will minimise further change whilst delivering a well-considered, high quality and resilient landscape framework for the future.

Author
Charlotte Hayden
Associate Landscape Architect

Earth Day 2020

World Earth Day is an opportunity to take stock of our own contribution to the global efforts on tackling climate change. This is an issue which is being felt worldwide from the Australian wildfires, Central America’s dry corridor through to the continual flooding that is being seen throughout the UK – no one can ignore or deny these damaging effects.

Climate Action is number 13 of the 17 goals the United Nations set as part of their 2030 Sustainable Development Agenda, and is intrinsically linked to all the other goals. Climate action is about strengthening our response to help mitigate climate related impacts, by raising awareness of what can be done, promoting innovative solutions and implementing them.

TEP’s values reflect the passion and responsibility our staff have for creating and managing places which benefit society. Protecting, conserving and enhancing the environment is at the core of everything we do – each of our teams and even the organisation itself, approach climate action in a variety of ways because at the end of the day, we want to make a positive impact on where we live and encourage those around us to follow suit.

To follow how each of our teams is responding to climate action; whether that is through planning, mapping, implementation or management, click the links below.  You can discover how they are each uniquely contributing to climate action:

Environmental Planning
GIS
Ecology
Arboriculture
Landscape Design
Landscape Management

Ecology Ensures Natural Sustainability

Ecology surveys are hugely important to understanding the unique ecosystems that are woven throughout our natural and built environments, whether for roosting bats, migratory birds or great crested newts. Surveys allow our ecologists to identify and monitor potential ecological constraints within a development and offer effective solutions to mitigate the impacts on a sites biodiversity. Biodiversity being vital because, it boosts ecosystem productivity, ensures natural sustainability and offers a greater resilience to the effects of climate change.

This is why TEP’s ecologists are leading the way with regard to local and national efforts in delivering biodiversity net gain. Our ecologists are closely involved in the consultation process with Natural England to develop the Defra 2.0 metric.  We have successfully helped our clients to deliver biodiversity net gain on a range of projects. TEP also contributes to BREEAM assessments, to help clients meet sustainability targets under the BREEAM 2018 criteria. This may include the production of a long term management plan for a site, to ensure that the recommendations for biodiversity enhancement are carried out.

All of TEP’s ecology team are committed to delivering their service in a sustainable manner, complying with environmental legislation and the Chartered Institute of Ecology and Environmental Management’s (CIEEM’s) code of good practice. We recognise that reducing the use of non-renewable resources, the waste arising from our operations, and the impact of travel through the delivery of our service is essential. This is why during survey design and planning, our ecologists seek to minimise the number of site visits, by utilising suitably experienced ecologists and completing multiple surveys simultaneously. This is regularly achieved, for example, by completing a Phase 1 habitat survey with a preliminary bat roost assessment and badger survey during the same visit. Survey materials are also considered, such as creating traps for great crested newt surveys from recycled single use plastic drinks bottles, reusing them where possible and recycling them when no longer usable. We purchase equipment such as eDNA kits in bulk where feasible, to reduce courier mileage.

All these small gains go a long way to addressing TEP’s own sustainability targets. Importantly, our ecologists aid our clients in meeting their own carbon reduction commitments. TEP’s Ecology team is engaged in a range of projects that help our clients address climate change. This includes our Northern Roots project, which will be the UK’s largest urban farm and eco-park. TEP’s ecologists are advising which habitat creation measures will optimise the amount of carbon dioxide sequestered in vegetation, wetlands and soil, with the ambition that Northern Roots will be carbon-negative and contribute towards Oldham Council’s climate emergency actions.  

To discover how our other teams are contributing to climate action follow the links the below:
Environmental Planning
GIS
Arboriculture
Landscape Design
Landscape Management

or to get in touch about your ecological enquiries, please email ecology@tep.uk.com

Arboriculture – The Root of Climate Action?

TEPs Arboriculturists are well-versed in the fantastic benefits of trees and the role they play in climate resilience. Trees are amazingly efficient carbon off-setters, sequestering carbon and accumulating it in the form of biomass, deadwood and in the soil. However, planting trees purely as a ‘carbon sink’ to offset harmful activities, does not always make the most of the wider role trees play in natural capital assets, interests and ecosystem services.  

Advising on existing trees early in projects helps to ensure that the best and most valued trees are retained and incorporated into developments.  Planning developments with tree advice from the outset can help ensure protection of valued trees and tree groups with their carbon storage, landscape, biodiversity amenity and well-being benefits secured.  Tree protection and methods of working that avoid, reduce or mitigate effects can mean that new developments benefit from the retention of trees that otherwise could have been lost.

Tree planting sometimes seems the blanket response to climate action. While it has a large part to play in the offset, haphazardly planting trees without careful planning can lead to the loss or displacement of other habitats, including species-rich grasslands, wetlands, heathlands and peatlands. The wrong trees in the wrong place can also adversely affect the soil (including soil carbon), water flows, water quality, biodiversity and air quality.  Better management of a site’s tree stock, both existing and proposed needs to be viewed as a contributor to achieving ‘carbon net zero’, instead of being the only solution.

TEP is currently working with Oldham Council to deliver the Northern Roots project, which will create the largest urban farm and eco-park in the UK.  Our green and blue infrastructure study will bring together woodland management and creation objectives; low and zero carbon technologies; carbon capture potential of different habitats; and; capital and revenue funding sources.  Northern Roots is pursuing nature based interventions that deliver the right mix of social, environmental and economic outcomes to help mitigate and adapt to climate change. This is an exciting and challenging project for all involved but one which will ultimately optimise environmental performance towards net zero and improve the lives of local communities. It is also paving the way and helping to set the standard for combating climate resilience in the future.

To discover how our other teams are contributing to climate action follow the links the below:
Environmental Planning
GIS
Ecology
Landscape Design
Landscape Management

or to get in touch about tree management, please email arboriculture@tep.uk.com

Landscapes Designed for Climate Action

Landscapes Designed For Climate Action Read more -->

Aside from companywide offsetting, TEP’s Landscape Design team tackles climate change in a number of ways, as well as continually seeking new and innovative solutions to implement into their designs.

For instance, our Landscape Architects use recycled and sustainably sourced materials in their hard landscaping and specification of furniture and play equipment. They also collaborate with companies that use UK timber and stone to make inventive natural play opportunities, which they enhance with playful topography, mounds and rolling landscapes, to create innovative low-carbon footprint spaces for children to play.

They incorporate sustainable drainage systems (SuDS) into their designs to counteract fluctuations in precipitation, droughts and reduced groundwater recharge. Recent projects, including Cromwell Road in Cambridge, have used rain gardens, swales and permeable paving to enhance infiltration of rain back into the ground, rather than diverting it directly into drains.

Urban landscapes, with their surfaces of hard materials, stone, asphalt and the like, create a ‘heat-island’ effect, as they absorb more heat during the day than natural surfaces. Our Landscape designers help mitigate this heat-island effect which commonly occurs in our densely packed towns and cities. Our designers look to maximise the overall green surface area in their projects to meet local targets, such as London’s Urban Greening Factor, and reduce the urban heat-island effect. Maximising green surface area also has the added benefit of increasing carbon sequestration.

Incorporating opportunities for residents to grow their own food has featured more in the designs of our projects. For instance, our designers included growing beds and orchards as part of the design for Barton Park, and helped to improve food sustainability while encouraging people to socialise.

Our Landscape Designers always look for ways to enhance biodiversity. Two of the major impacts of climate change they come across are changes in species’ habitats and abundance. To counter this, they specify planting that supports biodiversity and make sure they include plentiful native trees and hedgerows. In a recent planning submission for a residential project in Norwich, our designers included planting to enhance riparian habitats along the River Wensum, and insect hotels that would support the invertebrate population that provides food for local bats.

To discover how our other teams are contributing to climate action follow the links the below:
Environmental Planning
GIS
Ecology
Arboriculture
Landscape Management

or to get in touch about your landscape and urban design queries, please email design@tep.uk.com

Managing Landscapes Through Climate Change

Landscape Managers often require a strong understanding of the past, present and the future of their project sites and the variables surrounding them. The present and future impacts of climate change are well recognised such as increases is CO2, air temperature and changing rainfall conditions that lead to draughts or flooding. As many of us have experienced over recent years, these effects are impacting our urban and rural environments in an often unpredictable manner, placing our landscapes and the way they are managed under a multitude of pressures. Having an understanding of the potential impacts and effects of climate change are key considerations when developing our long-term landscape management plans and strategies for clients. This understanding enables us to prescribe management and maintenance tasks over a number of years into the future, ensuring we are creating adaptive and resilient landscapes. For example, higher temperatures will threaten a number of our native plant species, which will require further research into species suitability, to make informed decisions for future plant selection. The increased temperatures are also expected to increase periods of drought, so irrigation will need to be consideration in the future.  This ties into the need to use more adaptive plant species and adopt more sustainable irrigation systems such as rain water harvesting.

To deliver this, TEP’s Landscape Managers embrace their multi-disciplinary working environment: our team has the ability to work closely with colleagues in arboriculture, ecology, landscape design and heritage as well as the client to implement a combined approach in alleviating and managing the effects of this contemporary issue.

As Chartered Landscape Architects, we have a professional obligation to ensure that we are completely up to date with legislation, policy and best practice so we advise our clients accordingly on current issues. Our team supports a number of Universities whose research is fundamental in developing adaptive strategies, this keeps TEP in close contact with academics whose works often influences industry change. 

What remains obvious, is the significant role our landscapes play now and will in the future in combatting the impact of climate change, presenting a number of opportunities for our industry to work together to address this global issue. Green infrastructure is becoming equally, if not more, important as grey infrastructure in delivering climate resilience in our cities. As part of this, the role of effective land management is vital in ensuring our spaces are managed appropriately and efficiently.

To discover how our other teams are contributing to climate action follow the links the below:
Environmental Planning
GIS
Ecology
Arboriculture
Landscape Design

or to get in touch about managing your sites, please email landmanagement@tep.uk.com

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