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Harvard's climate action plan


neutral by 2026
By 2026 we will prioritize aggressive reductions of our campus energy use and strive to offset or neutralize any remaining greenhouse gas emissions by investing in off-campus projects such as renewable energy. Harvard will engage its researchers and industry climate leaders to identify and, where feasible, invest in projects that credibly reduce emissions while providing other positive benefits for human health, social equity, and ecosystem health.
As part of our climate strategy, our facilities leaders and building managers aggressively pursue energy efficiency. Explore our progress
How are we addressing Scope 3 emissions?
We are continuing our work to track and quantify the fossil fuel emissions associated with our supply chain for purchased goods or services that support campus operations. Once the magnitude of these so-called Scope 3 emissions are better known for areas such as food, air travel, and commuting, the University will ....

Charlotte Wagner , Emilyt Broas , Thomas Hollister , Russ Porter , Williamc Clark , Elsiem Sunderland , Thomasd Cabot , Andrew Obrien , Maggie Janik , Katie Lapp , Rebeccam Henderson , Patricia Byrne , David Buckley Borden , Charles Dyer Norton , Heather Henriksen , Rebecca Henderson , Meredith Weenick , Diane Davis , Environmental Law Program , Faculty Of Arts Sciences , Climate Change Task Force Co , Presidential Committee On Sustainability , Department Of Urban Planning , Harvey Brooks Professor Of International Science , Central Administration Members , Harvard University Center ,

Challenging the lateral-to-sagittal shift in mammalian locomotion


Challenging the lateral-to-sagittal shift in mammalian locomotion
Just because they kind of look like reptiles, does that mean they moved like reptiles? For a long time scientists thought so.
Nonmammalian synapsids, the extinct forerunners to mammals, like living reptiles, had limbs splayed out to the side instead of beneath like today’s mammals. So scientists believed that they must have also moved in similar ways, with spines more suited to the side-to-side flexing of a sashaying lizard instead of the up-and-down bending typical of a mammal in motion. It was thought that, over time, and in response to selective pressures, the mammal spine must have evolved to its present state. The transition is known as the lateral-to-sagittal paradigm. ....

Katrina Jones , Kenneth Angielczyk , Stephanie Smith , Aprili Neander , Thomasd Cabot , Blake Dickson , Field Museum Of Natural History , Museum Of Comparative Zoology , Duke University , Stephanie Pierce , Associate Professor , Evolutionary Biology , Comparative Zoology , Current Biology , Field Museum , Natural History , காற்றின ஜோன்ஸ் , மாற்றாந்தாய் ஸ்மித் , பிளேக் டிக்சன் , புலம் அருங்காட்சியகம் ஆஃப் இயற்கை வரலாறு , அருங்காட்சியகம் ஆஃப் ஒப்பீட்டு ஸுவாலஜீ , டியூக் பல்கலைக்கழகம் , மாற்றாந்தாய் துளை , இணை ப்ரொஃபெஸர் , பரிணாம வளர்ச்சி உயிரியல் , ஒப்பீட்டு ஸுவாலஜீ ,