Activities
Observing today, protecting tomorrow - campaign submissions
Dr. Adnan Arshad, from Pakistan, with his PhD student Eltayyab al Hasaan, from Sudan, researching grassland restoration and improving production by using advanced meteorology equipment to train youth to help us observe today and protect tomorrow.
There is a lot of traffic with smoke from cars in Cantt (Lahore, Pakistan). It's a problem that affects school timings.
Our research applies a "Rain to Drain" approach, following rainfall from the moment it lands through each stage of the drainage process. This requires a network of hyperlocal weather stations to capture rainfall data at the street scale, soil moisture probes placed through the depth of the rain gardens to record infiltration and storage behaviour, and flow monitors in the sewer network to detect surcharge events. Access to this data is not limited to researchers. Along Broadway, lecterns and posters give residents and visitors a way to see results for themselves. Co-designed with Western Primary School, they make SuDS visible in the street rather than hidden infrastructure. The posters are also interactive, providing both access to live data and opportunities for residents to contribute observations through PuddleWatch, a tool that records when and where water appears.
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Dr. Adnan Arshad and his team, in collaboration with PODA-Pakistan and the Pakistan Meteorological Department, are building the technical capacity of rural youth engaged in agriculture. The initiative involves installing mobile automatic weather stations at multiple locations to collect site-specific data and provide real-time updates. This enables young farmers to make informed decisions for planning their field operations and management practices - especially critical in the rainfed region of Punjab, Pakistan, where rainfall is the sole source of water for agriculture.
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Led by the University of Hull, Water Data for People uses creative methods to help communities engage with local hydrological data and consider how it can shape future places and decisions. The project builds on the DIG Surface Water Resilience Project, a partnership between North East Lincolnshire Council, City of Doncaster Council, Anglian Water, and Yorkshire Water. Both projects are funded by Defra through the £200 million Flood and Coastal Innovation Programmes, managed by the Environment Agency.
Reflecting the ideas and experiences of the pupils, the mural shows how knowledge of rainfall, flooding, water use, and environmental processes connects directly to everyday life and to the spaces around the school. Guided by Garness’s distinctive approach to environmental themes and community identity, these insights were brought together in a vibrant piece of visual storytelling.
Nairobi Impact: Nairobi is situated in the central region currently obscured by dense cloud cover. The presence of these deep convective cells suggests high potential for intense, short-duration downpours. In an urban environment like Nairobi, this type of concentrated rainfall often leads to rapid flash flooding due to saturated soils and strained drainage infrastructure.
Moisture Influx: The brownish-orange background indicates the warmer land surface, while the varying shades of blue/cyan highlight moisture-rich air masses moving across the region, creating the "perfect storm" for the flooding events seen in early March 2026.
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