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A new approach to recycling at UCL

As part of UCL’s ongoing work to improve recycling rates, a new approach to waste and recycling is being introduced across the university. This includes a new way to segregate waste, the introduction of hundreds of news bins and a unified waste signage scheme.  More...

Published: Sep 19, 2014 11:02:00 AM

New bike racks installed around UCL

As part of UCL's ongoing work to improve cycling facilities for staff and students, the UCL Sustainability Team have completed the installation of new parking spaces for 181 bikes around the Bloomsbury campus.  More...

Published: Aug 19, 2014 9:30:00 AM

UCL engineers work with contractors to boost biodiversity

The replacement of air handling equipment on a roof at 1-19 Torrington Place has been used to trial an innovative approach to working with UCL's contractors to boost biodiversity.  More...

Published: Aug 12, 2014 2:02:00 PM

Green UCL Annual Report published 

Green UCL’s Annual Report for 2012-13 is now ready. This report showcases examples of best practice and sets out our progress in creating a more sustainable UCL. More...

Published: Aug 5, 2014 3:54:00 PM

Irena McCabe (Science and Technology Studies): Display re environmental sustainability

From an impoverished background in Ireland, Tyndall rose to eminence as a scientist of versatility and distinction. The analysis of his discovery of the greenhouse gases in this poster focuses on his commitment, his procedures, and  the interpretation of his experimental results which  bear fruit today in the foundation of Tyndall Centre for Climate Change Research in the year 2000 with its headquarters at the  University of East Anglia, the participation of seven other UK Universities and the Fudan University in Shanghai,  constituting the Tyndall Consortium.

In 1850 Tyndall became inspired by the  book by an Italian physicist Macedonio Melloni’s (1798-1854) “La Thermochrose” in which the author, motivated by his love of nature, pioneered experimental investigations of the thermal properties of substances in the solid and liquid phase. Tyndall boldly resolved to do the same for gases.