*NOTE: This programme is full for winter 2021. The Anthropocene - or Human Age - is a proposed geological and cultural epoch, marked by wide scale human intervention on our planet. But what are the costs of such 'dominance' for our common future, and for the future of all forms of life on Earth? How do these tensions implicate us all, as well as the corporations, governments, and entities that drastically impact our environment? This graduate level winter programme will bring together diverse participants from a variety of fields from across the world, and is the ideal opportunity to broaden your (academic and professional) network.
|Mode of instruction:||Online (2 weeks)|
|Academic dates:||Monday 18 January - Friday 29 January 2021|
|Academic fees:||€750 read more about what is included.|
|Credits:||4 European Credits. Read more about credits and credit transfer.|
|Winter course admission deadline:||3 January 2021 is the final date to apply. Admissions for this course are processed on a rolling basis.|
Who is this programme for? This graduate level online course and workshop will bring together students and professionals interested in the Anthropocene from a variety of disciplinary backgrounds. Motivated 3rd and 4th year Bachelor students with special interest in these topics are also welcome to apply. This online programme is therefore an ideal opportunity to meet people from across the world working on similar projects, broadening our community of researchers in this field and thereby various comprehensions of the Anthropocene.
This online programme is designed to investigate a series of interwoven topics that help to understand the Anthropocene: a complex term and reality that is the direct outcome of increased human intervention in our environment. Participants will be given the opportunity to collaborate in interactive seminar sessions led by the Academic Director, as well as the chance to hear expert guest lectures on the topic, and discuss the topics at hand.
The ultimate goal of this winter course is not only to investigate some of the many facets of the Anthropocene, but also to begin to build a community of passionate researchers and professionals around the world who will be the experts of tomorrow in this increasingly important interdisciplinary field.
In 2000, Dutch geologist Paul Crutzen and a group of colleagues proposed to use the term to describe our current geological epoch. But the Anthropocene has far broader implications than only the geological strata of Earth.
While the geological record already registers widespread human impact (increased carbon levels, depletion of natural resources, terrestrial and marine plastic deposits, and growing radioactive particles from widespread nuclear proliferation, for example), we see its more pressing twin in ongoing ecosystem destruction, extreme weather events, and the rising level of greenhouse gasses. The Anthropocene and global climate change have become not only a geological, but also political and cultural debates that bring numerous important issues to the fore.
Studying the Anthropocene does not only mean understanding how we need to react now in order to ensure a safe and livable future, but also begs important questions about economic and social equity/equality, and the complicity of human created organisations and systems to the disastrous environmental and social effects of our globally integrated human (economic) systems.
Understanding the Anthropocene requires many lenses and angles of inquiry, and this programme is ideal for people from a wide variety of disciplines as we will approach the topic from a multi/interdisciplinary point of view.
Nadina specializes in the translation of scientific discovery into public knowledge. She works with urban ecologists and planners on applying today’s technology, so they can make better decisions to secure a greener urban future for all.
award-winning Ph.D. research in ecological engineering, the design of ecosystems for the mutual benefit of humans and nature, uses soil sensing and remote sensing technologies in an attempt to track the city’s underground communication network of microbes that connect trees.
MIT Senseable City Lab, under the supervision of Prof. Carlo Ratti, Nadina iterated several IoN applications such as soil sensors to account for soil spatial variability; high-resolution satellite imagery to quantify tree health; algorithms to understand citizens’ opinions about urban parks through TripAdvisor reviews; and diversity indices for urban forests.
Green City Watch, an open-source geoAI collective, and led the development of an urban tree-detecting algorithm. The work has been recognized by the World Bank, Maxar Technologies, Planet, and in 2019, was awarded two Space Oscars by the European Space Agency.
TEDx, Newsweek, ELLE, and the European Space Agency. In 2020, she was featured on the #ForbesUnder30 list for Science and Healthcare.
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|Credits||4 ECTS, 2 weeks|
|Language of instruction||English|