Despite their critical role in mitigating climate change and providing essential ecosystem services, peatlands face significant threats and remain among the most poorly understood and under-monitored ecosystems globally. The Global Peatland Hotspot Atlas: The State of the World's Peatlands in Maps evaluates the current status of peatlands worldwide and highlights the threats they face from urbanization, industrialization, land use changes, and climate change. By compiling a series of maps that analyze the global distribution of peatlands in relation to geographic data on these threats, the Atlas offers a comprehensive overview of vulnerable areas. As a key product of the Global Peatlands Initiative, the Atlas serves as a valuable tool for decision-makers, providing data, evidence, and clear insights into the global state of peatlands. By bridging the gap between science and policy, it identifies threats and opportunities, enabling informed decisions that prioritize their sustainable management. Additionally, the Atlas highlights the global potential for peatland conservation and restoration, with a focus on regions particularly vulnerable to future planning and development. Building on the Global Peatlands Assessment and accompanying Global Peatland Map 2.0, released in 2022, the Atlas showcases updated and new redesigned hotspot maps. It covers an array of thematic layers, including biodiversity and species richness, protected areas, mountain and permafrost peatlands, arid and sub-arid peatlands, drainage and degradation, GHG emissions, traffic infrastructure and urbanization, agriculture, industrialization (e.g., mining, oil, and gas), floods, subsidence, fires, and more. The Global Peatland Hotspot Atlas launching on 21 November 2024, is a call to action – not only to protect an ecosystem, but to acknowledge the human dimension and understand how the fate of peatlands is intrinsically linked to the future of our planet and its people. It places peatlands where they belong: at the heart of the global environmental agenda. The time to act is now, and the Atlas marks a crucial step toward safeguarding these ecosystems to ensure they continue supporting the generations to come.
- Record UK heat confirmed by the Met Office shifts climate extremes from anomaly to baseline, making overheating, passive cooling and flood resilience core to sustainable building design and sustainable construction. Design teams should target whole life carbon, lifecycle assessment and low carbon design as standard while delivering energy-efficient buildings, eco-design for buildings, net zero carbon buildings and net zero whole life carbon.
- Insurer modelling of roughly $450bn a year in disaster losses tightens scrutiny from underwriters and lenders. Investment cases now depend on credible whole life carbon assessment, life cycle cost, building lifecycle performance and the carbon footprint of construction, linking resilience to decarbonising the built environment and net zero carbon pathways.
- Policy volatility persists: a Prime Ministerial commitment to attend COP31 signals ongoing international engagement as opposition rhetoric against the Climate Change Act and the 2050 net zero target injects policy risk into low carbon building pipelines. Capital will price this into green construction, eco-friendly construction and carbon neutral construction strategies.
- Biodiversity Net Gain is improving planning certainty, strengthening environmental sustainability in construction and green infrastructure delivery. Clients are aligning schemes with breeam and breeam v7, advancing sustainable urban development and sustainable design while clarifying sustainable material specification.
- A landmark South Lanarkshire wind farm decommissioning achieved 99.9% reuse and recycling, proving the circular economy at industrial scale. The precedent accelerates circular economy in construction, circular construction strategies and end-of-life reuse in construction, underpinned by environmental product declarations (epds), embodied carbon in materials data, low embodied carbon materials, renewable building materials, green building materials and green building products.
- Direction of travel is clear: design for heat and water stress, build for disassembly, prioritise resource efficiency in construction and life cycle thinking in construction, verify nature gains and demand transparent reporting on embodied carbon. Planners and financiers are converting “transition plans” into conditions, pushing carbon footprint reduction, low-impact construction, sustainable building practices and sustainable architecture at every project stage while minimising the environmental impact of construction across the building lifecycle.
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