Media coverage
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Media coverage
Title Minimising contrails through altitude diversions of aircraft Degree of recognition National Media name/outlet TU Delft Media type Web Duration/Length/Size 1 pag. Country/Territory Netherlands Date 2/02/24 Description On 30 January 2024, PhD candidate Esther Roosenbrand’s study on contrails and air traffic management was featured in an article from the New Scientist, presenting a simple yet effective operational solution to reduce the climate impact of aviation. URL https://intranet.tudelft.nl/-/minimising-contrails-through-altitude-diversions-of-aircraft?redirect=%252Flr Persons E.J. Roosenbrand Title Minder contrails door het aanpassen van vlieghoogte van vliegtuigen Degree of recognition National Media name/outlet TU Delft Media type Web Duration/Length/Size 1 pag. Country/Territory Netherlands Date 2/02/24 Description Op 30 januari 2024 werd het onderzoek van promovenda Esther Roosenbrand naar contrails en luchtverkeersbeheer gepubliceerd in een artikel van de New Scientist, waarin een eenvoudige maar effectieve operationele oplossing wordt gepresenteerd om de invloed van de luchtvaart op het klimaat te verminderen. URL https://intranet.tudelft.nl/-/minder-contrails-door-het-aanpassen-van-vlieghoogte-van-vliegtuigen?redirect=%252Flr Persons E.J. Roosenbrand Title Slight flight altitude changes could slash aviation's climate impact Degree of recognition International Media name/outlet NewScientist Media type Web Duration/Length/Size 1 pag. Country/Territory Netherlands Date 30/01/24 Description Contrail clouds that form behind planes are responsible for much of the climate warming effects of flying. Small altitude adjustments would help minimise them Producer/Author James Dinneen URL https://www.newscientist.com/article/2414433-slight-flight-altitude-changes-could-slash-aviations-climate-impact/ Persons E.J. Roosenbrand