Photos @jameswhitlowdelano The Malaysian rainforest is believed to be 130...

Every Day Climate Change 1 year ago

Photos @jameswhitlowdelano The Malaysian rainforest is believed to be 130 million years old. It is the most diverse ecosystem on the planet and home to the Malayan tiger, Asian elephants, Malaysian gaur (the world’s largest wild cattle), tapir, gibbons, monkeys – a total of over 200 species of terrestrial animals, over 300 species of birds, over 1000 species of butterfly and over 14,500 species of flowering plants and trees. It is also deeply fragile. Cut down the forest, expose the tiny layer of soil to tropical rains, it washes into rivers, turning them orange and suffocating fish. Unlike in middle latitudes, the biomass is almost entirely above ground. Cut the forest and it can take centuries, maybe a millennia, to grow back, if it can at all. Photo# 1: Dipterocarp flowering season deep in the Belum Rainforest along the Perak River, the homeland of the indigenous Jahai people. Royal Belum State Park, Perak, Malaysia. Photo# 2: The Sungai Betis (Betis River) runs orange with soil washed down from the intense logging conducted in Temiar territory where recent fatal tiger attacks have occurred. Pulau Setelu, Kelantan, Malaysia. Photo# 3: Malaysia's largest expense of lowland rainforest, the most diverse ecosystem on the planet. The 434,300 hectare/ 1.1 million acre rainforest of Taman Negara National Park is also one of the oldest forests on earth. Near Kuala Koh, Kelantan, Malaysia # 4: Clear-cut, denuded hills that have been terraced in preparation for a new, monoculture oil palm plantation where the most diverse ecosystem on the planet, the Malaysian rainforest, once stood here - until very recently part of the shrinking habitat for the critically endangered Malayan tiger. Near Gua Musang, Kelantan, Malaysia # 5: The pristine rainforest, part of the Central Forest Spine on the Perak side of the Titiwangsa/Banjaran Besar Range. Logging is rampant just over the crest of those peaks on the Kelantan side. Malaysia Photo# 6: Forest, tiger and other megafauna habitat, absolutely decimated by loggers and bulldozers, under the guise of selective logging, on the road to Pos Pasik. Kelantan, Malaysia. #Malaysia #logging #environmentaldestruction #rainforest

layersDaily Sustainability Digest

Published about 10 hours ago



The sustainable construction sector is shifting rapidly from incremental improvement to verified decarbonisation. New material technologies demonstrate that embodied carbon reductions no longer compromise structural or aesthetic performance. The adoption of low carbon construction materials such as advanced concretes is driving progress toward net zero whole life carbon performance, supporting the transition to genuinely sustainable building design. These innovations enable life cycle thinking in construction, where the carbon footprint of construction is assessed across supply chains and operational stages through whole life carbon assessment and robust lifecycle assessment tools.

Policy reform is reinforcing this transformation. The UK government’s ongoing review of construction product safety and environmental performance standards indicates stronger alignment between regulatory accountability and environmental sustainability in construction. Transparent environmental product declarations (EPDs) and consistent carbon reporting will underpin future requirements for sustainable building practices. This signals a move toward life cycle cost optimisation and resource efficiency in construction, advancing the shift to circular economy principles and circular economy in construction frameworks.

Global market trends add momentum. With energy security driving demand for renewable energy systems, wind-assisted shipping and floating solar are reshaping the environmental impact of construction logistics. The sector’s progress towards net zero carbon buildings depends increasingly on low carbon design, carbon neutral construction methodologies, and integration of eco-design for buildings within green infrastructure planning. As the industry adopts sustainable material specification and end-of-life reuse in construction strategies, the link between embodied carbon in materials and overall building lifecycle performance becomes measurable.

Firms slow to embed whole life carbon strategies risk losing credibility as regulation and client priorities converge around measurable sustainability outcomes. Sustainable construction now requires more than branding; it demands scientifically defensible evidence of carbon footprint reduction and adherence to circular construction strategies that support the long-term decarbonising of the built environment.

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