Including 7 closely related terms such as tree planting, new trees, and trees.
… Buildings Page 35 6.2 Transport Page 60 6.3 Waste Page 86 6.4 Industry Page 102 6.5 Energy Supply Page 114 6.6 Natural Environment & Offsetting Page 131 6.7 The Council’s Wider Influence Page 151 7. Climate Change Adaptation Page 159 8. Monitoring Progress Page 183 9. Conclusions Page 187 10. Glossary Page 191 11. Appendices Page 193 01 Executive Summary Tree planting in Farnham…
… suppliers o Leading change in the borough o Lobbying national government Industry o Innovative technologies o Industry support Natural Environments o Increased tree coverage & tree planting o Land use management o Sustainable consumption o Carbon offsetting strategy Energy Supply o Increased wind capacity o Increase solar photovoltaic (PV) capacity o Increase the capacity…
…). The agriculture and land use sector represents “negative emissions” which increases over time due to increased sequestration of carbon as a result of new trees and the management and growth of existing features. 0 100 200 300 400 500 600 700 800 900 1000 2018 2020 2025 2030 2035 2040 2045 2050 k tC O 2 e Industry Waste Transport Non-Domestic Buildings Domestic Buildings Natural…
… industrial processes (10.9%) and waste management (0.7%). The natural environment, including the Slough’s trees and ecosystems, can absorb carbon from the atmosphere, and contribute to a net reduction in emissions (-0.2%). Understanding GHG emissions sources in this way is valuable in helping us to target emissions reduction actions. 1. EXECUTIVE SUMMARY CLIMATE CHANGE STRATEGY AND ACTION…
… storms and extreme heat being particularly problematic. In January 2020, Storm Brendan brought significant rain and wind that led to significant damage to the high street of Slough. The damage included an entire roof blown off a block of flats, fallen walls and trees, road blockages, and severe flooding around Colne Brook. In the 2018 Emissions Gap Report, the UN identified local action…