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 7 hours ago



Sustainable construction is moving from ambition to delivery, with finance, planning and grid capacity now defining the pace of decarbonising the built environment. Climate risk is becoming a capital allocation issue, yet the gap between stated concern and investment remains severe, especially for SMEs facing a global green-finance shortfall for energy efficiency, clean technology and adaptation. For construction firms working on thin margins, net zero carbon buildings will depend on bankable resilience, credible life cycle cost analysis and procurement models that reward whole life carbon performance rather than short-term lowest cost.

The UK’s planned major electricity substation in Tees Valley underlines the scale of green infrastructure required to support industrial decarbonisation, heat electrification, energy-efficient buildings and low carbon construction materials. Grid reinforcement is critical to net zero carbon delivery because sustainable building design relies on clean power as much as sustainable material specification. Without resilient energy networks, low carbon design, renewable building materials and green building products cannot deliver meaningful carbon footprint reduction across the built environment.

Planning reform could accelerate retrofit, renewable infrastructure and sustainable urban development, provided faster approvals do not weaken scrutiny of embodied carbon, nature, resilience and the environmental impact of construction. Whole life carbon assessment, lifecycle assessment and life cycle thinking in construction should sit at the centre of decision-making, with BREEAM, BREEAM v7 and environmental product declarations (EPDs) helping clients compare embodied carbon in materials and building lifecycle performance. Speed must support high-quality sustainable design, not simply move weak schemes through the system faster.

The worsening climate outlook, including warnings on ice loss and a possible 2.6C warming trajectory, reinforces the need for eco-design for buildings that are resilient to future extremes rather than historic weather patterns. Environmental sustainability in construction now requires circular economy principles, circular economy in construction, end-of-life reuse in construction and resource efficiency in construction to reduce the carbon footprint of construction. The sector’s pragmatic next phase is clear: net zero whole life carbon, circular construction strategies, low embodied carbon materials and sustainable building practices must become standard practice in green construction, eco-friendly construction and carbon neutral construction.

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