Every month, NASA scientists estimate Earth’s average global temperature from...

NASA Climate Change 2 years ago

Every month, NASA scientists estimate Earth’s average global temperature from measurements taken around the world. We release the data as the global temperature update. But what does it mean? 🌡️ ➡️Swipe for the breakdown. #ClimateChange #Temperature #EarthData #GlobalTemperature #Climate #NASA #Earth #NASAEarth Image Descriptions (1 of 2, continued in the comments): 1: On the right of the slide is the leftmost third of the global equal-area map of the July 2024 temperature anomaly relative to the July 1951-1980 mean. Most of the map is in shades of red, representing warmer than average temperatures. White arrows point to the map. On top is a black box with white text that reads: Each month NASA releases a global temperature update – but what does it mean? A color bar below the text shows how color on the map corresponds to temperature anomaly in degrees Celsius. 2: The background is the middle section of the global equal-area map of the July 2024 temperature anomaly relative to the July 1951-1980 mean. Most of the map is in shades of red, representing warmer than average temperatures. On top is a black box with white text that reads: Every month, NASA scientists estimate the average global temperature from measurements taken around the world. They use weather stations, ships, buoys, and other surface sensors. A photo in the bottom left corner shows a NOAA weather station and an animation in the upper right hand corner shows the locations of temperature measurements on a globe. 3: On the left is the right section of the global equal-area map of the July 2024 temperature anomaly relative to the July 1951-1980 mean. Most of the map is in shades of red, representing warmer than average temperatures. White text against a black background reads: Each month, the monthly global temperature is compared to the baseline average for that month. NASA uses the period from 1951-1980 as its baseline. A white arrow is pointing to the words baseline. The arrow is connected to a box with text that reads: Baseline: a long-term average used for comparison purposes. The color bar from slide 1 is at the top of the slide.

layersDaily Sustainability Digest

Published about 11 hours ago



Sustainable construction is accelerating towards measurable decarbonisation as innovation, policy, and supply chain governance begin to align. In London, bio‑based wallboards such as Adaptavate’s Breathaboard—used in Legal & General’s new headquarters—demonstrate how low embodied carbon materials with environmental product declarations (EPDs) are entering large‑scale deployment. This marks a shift from theory to delivery in eco‑friendly construction and underscores the importance of Whole Life Carbon Assessment across sustainable building design.

UK policy now links agriculture and the built environment through a £240 million expansion of the Sustainable Farming Incentive, improving soil health and cutting reliance on high‑carbon fertilisers. These measures support decarbonising the built environment and address the embodied carbon in materials central to net zero Whole Life Carbon targets. As scrutiny of the Greenhouse Gas Protocol exposes inconsistencies in corporate carbon reporting, reliable lifecycle assessment frameworks are becoming critical to verifying low carbon building outcomes and aligning procurement with sustainable material specification.

Growth in renewables, driven by projections of a fourfold expansion in offshore wind capacity by 2035, is reshaping operational emissions and strengthening the foundation for carbon neutral construction and energy‑efficient buildings designed under BREEAM V7 guidelines. This integration of renewable building materials and design principles reflects a more mature phase in the industry’s evolution towards net zero carbon buildings and a functioning Circular Economy in construction.

The sector’s trajectory points towards verified performance, where Whole Life Carbon, Life Cycle Cost, and transparent building lifecycle performance replace aspirations with measurable delivery. The transition from demonstration to large‑scale adaptation defines modern environmental sustainability in construction, confirming that the next decade will test implementation rather than intent across every level of sustainable building practices and green construction worldwide.

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