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Whyteleafe Primary School demonstrates how flood resilience can deliver benefits far beyond water management. By combining innovative SuDS, landscape design and biodiversity, the project has created a safer, greener and more engaging school environment, supporting outdoor learning, pupil wellbeing and wildlife while reducing pressure on the wider drainage network.

Overview:

Whyteleafe Primary School suffered dangerous flooding incidents in 2014, 2016, and 2019, which caused significant disruption to learning due to emergency evacuations and subsequent days of pump-out operations.

To tackle this, commissioned under the DfE School Flood Resilience Framework, our works transformed previously under-utilised external spaces with nature-based Sustainable Drainage Systems (SuDS) to create a multi-functional ‘Sponge School’.

Our landscape design and construction teams created a new space that combined features such as rain gardens, bioswales, SuDS planters, an outdoor classroom and learning environment, an accessible sensory garden and therapeutic landscapes. This works with a large underground attenuation tank, with the revitalised grounds now capturing stormwater with a 233m³ water storage capacity.

Landscape Architecture and Design

  • RIBA Work Stages 3 – 7
  • Planning applications and associated supporting documents
  • Detailed design
  • Design and build 

Landscaping and Construction

  • Biodiversity services
  • Commercial hard and soft landscaping
  • Play area and sports facilities 
  • Woodland creation
  • Drainage, SuDS, and flood alleviation
  • Construction and building of a community hub and café 

The project team worked closely with Mansfield District Council to ensure that the project aims were fulfilled, and to keep as much of the park operation as possible. 

The construction teams engaged specialists, including: 

  • KOMPAN playground equipment  
  • Landscape Architecture by Arkwood Consultants 
  • Building Architecture by Root and Erect 
  • Building sub-contractor works by Tanbry Construction 

Scope of Works:

Our design and landscaping transformed underused school grounds into blue-green infrastructure, integrating rain gardens, bioswales, SuDS planters and underground storage to manage multiple flood risks while enhancing biodiversity.

  • Landscape Construction and Engineering brought together landscaping expertise and specialist underground works to maximise the constrained site.
  • The Wider Impact: Learning and Play created sensory gardens, a biodiversity pond, Forest School areas and accessible outdoor spaces that support education, wellbeing and nature engagement.
  • The Wider Impact: Catchment extends beyond the school, capturing, slowing, storing and naturally filtering rainwater to reduce pressure on drainage infrastructure while creating valuable, year-round wildlife habitats.

Landscape Design 

Replacing traditional grey infrastructure, the design transforms under-utilised school grounds into interconnected blue-green infrastructure. Rain gardens, bioswales, SuDS planters and a natural underground storage work in seamless concert, perfectly integrating surface and underground systems.

This unique innovation makes stormwater management joyful and educational. A biodiversity pond with a viewing deck, ecological planting and check dams turn the landscape into an interactive learning tool. Once overgrown spaces are now sensory gardens, an outdoor learning and mindfulness space, all underpinned by robust infrastructure.

The design had to overcome a number of key challenges and issues to fulfil the whole brieif, including:

  • Multi-Source Flood Risk: The school faced simultaneous surface water, groundwater and combined sewer surcharge. 
  • Above & Below Ground Integration: Civil engineers and landscape architects collaborated to seamlessly integrate belowground infrastructure with planting, landforms, and play features.
  • Constrained Site, Maximum Ambition: every precious square metre of the school grounds was purposefully transformed. 

Landscape Construction and Engineering

Works at Whyteleafe Primary School were undertaken by a combination of our landscaping teams, with the underground works completed by Metis.

The Wider Impact: A Learning and Play Environment 

Beyond flood defence, spaces are multi-use, rain gardens serve as natural play terrain on dry days and live water-cycle demonstrations in wet weather. Forest School sessions, den-building, and fire pit activities use the habitat area year-round, with an accessible bridge over the swale ensuring inclusive access for all pupils. SuDS planters visually demonstrate the water-capture process while supporting year-round planting.

Pupils are actively encouraged outdoors, improving physical and mental health. The restorative landscape area reduces anxiety and the therapeutic garden supports diverse sensory needs.

The Wider Impact: Catchment 

Capturing, slowing, storing, and naturally filtering rainwater significantly reduces the school’s impact on the wider drainage catchment. Natural aquifer blocks provide high-capacity and sustainable storage. Wet and dry-tolerant planting supports wild habitat year-round. 

 

The project transforms flood resilience into an opportunity, creating a safer, greener and more inspiring school environment that manages stormwater naturally while enhancing biodiversity, outdoor learning and pupil wellbeing.

Whyteleafe Primary School demonstrates how flood resilience can deliver benefits far beyond water management. By combining innovative SuDS, landscape design and biodiversity, the project has created a safer, greener and more engaging school environment, supporting outdoor learning, pupil wellbeing and wildlife while reducing pressure on the wider drainage network.

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