Transitional forests between boreal and tundra regions in the far north are getting taller and greener due to global climate change. The shifts in vegetation structure will continue at least until 2100, according to @nasa scientists. 🌲
The new study found that trees and shrubs will both be larger and more abundant in transitional tundra and boreal landscapes where they are currently sparse. The team used millions of data points from NASA’s ICESat-2 and the NASA / @usgs Landsat missions.
Taller, greener forests could absorb more of the greenhouse gas carbon dioxide (CO2) from the atmosphere. However, the changes to forests could also lead to increased permafrost thawing, which would release ancient carbon stored in the ground into the atmosphere as CO2.
Image descriptions:
1: An image taken from the viewpoint of the plane. The image is mostly showing a green landscape below, with splotches of dark green tree covered area interspersing the lighter green grassy areas. Above is a bright blue sky with wispy clouds stretching horizontally across the sky.
2: A rendered map of the northern United States and Canada. The ocean is depicted as a light blue, while most of the land is depicted in grayscale. Data is overlaid onto the image in splotches of purple and green. A scale is at the bottom of the image, with a label stating Change in Tree Canopy Cover 1984-2020 (%/yr).
#Earth #NASA #Climate #ClimateChange #Forests #Boreal #Tundra #Science
Momentum in sustainable construction is uneven but accelerating as firms realign toward low carbon design, embodied carbon reduction and whole life carbon assessment. Mapei’s sector outlook places energy-efficient buildings and residential retrofits at the centre of recovery strategies, where life cycle cost and resource efficiency in construction drive both environmental and economic gains. These developments signal that decarbonising the built environment demands more than new projects; it relies on sustainable building design integrating circular economy in construction principles and eco-design for buildings that lower the carbon footprint of construction.
Despite this transition, data from the PMI indicate persistent weakness in traditional markets, intensifying the pressure on businesses to adopt sustainable building practices and green construction methods. Limited large-scale investment in net zero carbon buildings and low embodied carbon materials constrains growth. Financial fragility among small firms is slowing innovation in renewable building materials and circular construction strategies needed to achieve true net zero whole life carbon outcomes.
Practical demonstrations such as the adaptive reuse of Bacon Mews House exemplify sustainable architecture focused on embodied carbon in materials and end-of-life reuse in construction. These projects demonstrate how whole life carbon performance and lifecycle assessment can underpin sustainable urban development, transforming heritage spaces into low carbon buildings aligned with BREEAM and modern eco-friendly construction criteria. They prove that environmental sustainability in construction depends on measurable building lifecycle performance, not rhetoric.
Governments adopting circular economy policies and incentivising green building materials show that sustainable material specification and environmental product declarations (EPDs) can make decarbonising the built environment a market reality. Those clinging to outdated procurement frameworks risk undermining carbon footprint reduction and life cycle thinking in construction. The sector’s future resilience lies in embedding environmental impact of construction metrics into every phase, ensuring sustainable design delivers carbon neutral construction and low-impact construction from concept to completion.
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