Downloadable documents.
Consortium
Brandbook for the LIFE in Runoff project. The manual covers logos, fonts, colours, etc. to use. A visual guide for consortium partners to the materials produced under the programme.
Budapest, XII. district, Hegyvidék
The map shows which areas of the district are affected by flooding from run-off during heavy rainfall events. Infiltration measurements can be used to assess the water retention properties of soil.
The multi-element reservoir system can collect a total of 30 m3 of rainwater run-off from the road. Captured stormwater from small green areas in public spaces, e.g. can be used to irrigate beds, bee pastures and tree-lined areas.
The system, consisting of a percolator and a reservoir is capable of collecting a total of 20 m3 of rainwater runoff from the plots above Öröm Street. Captured stormwater from small green areas in public spaces, e.g. can be used to irrigate beds, bee pastures and tree-lined areas.
Rain garden-type water retention landscaping to slow and silt up stormwater runoff from ditches.
Budapest, XVIII. district, Pestszentlőrinc-Pestszentimre
The green solutions used are: rivers for Halomi and Dravafok streets to control the volume of rainwater, drainage blocks to silt up the rainwater from the subdivisions, and rain gardens and tree belts to promote humidification.
The gravel pit is an ecological technology for reinforcing the surface and is particularly suitable for parking areas. The gravel lawn allows rainfall to infiltrate evenly into the soil, thus contributing to passive flood prevention by relieving the drainage system and feeding groundwater.