The mission of Future Earth is to accelerate transformations to global sustainability through research and innovation. To achieve this mission, Future Earth leads activities in four major areas:
1. To facilitate and amplify research
2. To convene and mobilise networks
3. To spark and promote innovation
4. To turn knowledge into action
Future Earth is rooted in the work of 20 Global Research Projects. These networks have a long history, in some cases stretching back decades, of generating research at the forefront of sustainability science. They played a critical role in forming the field of Earth system science – which considers how all of the parts of the planet, including human societies, connect to and shape each other. The Global Research Projects also led in defining the Anthropocene, a new epoch in the geologic history of Earth marked by the influence of humans on the planet.
Future Earth builds on this scientific legacy to accelerate transformations to sustainability through research and innovation. Future Earth is a major international convenor that fosters a culture of an engaged research based on the co-design and co-production of knowledge and tools. It works to incorporate the latest research findings into government, business and community decisions and policies. Future Earth experiments in generating new ideas, innovations, and collaborations and also foster networks of early career researchers, practitioners, and other innovators, encouraging new ways of thinking about how sustainability research and practice gets done.
The Sustainable Water Future Programme (Water Future) of Future Earth is a global platform facilitating international scientific collaboration to drive solutions to the world’s water problems. Consistent with the broad objectives of the Sustainable Development Goal for Water, research conducted through Water Future seeks to ensure a balance between the needs of humankind and nature, and to offer real solutions, underpinned by interdisciplinary science, to deliver a sustainable ‘water world’. Water Future champions the application of integrated research to generate solutions that can be used to support policies for sustainable development. The programme serves as an ideas incubator, network hub and translator of scientific findings to address science, engineering, governance and management issues and drive policy change. The programme brings a unique, systems-level perspective to develop integrated approaches for both diagnosing water-related challenges and crafting innovative solutions.
IISc established in 1909, is India’s leading institution of advanced education and research in the sciences and in engineering. From its beginnings, IISc has laid equal emphasis on fundamental investigations and the solution of practical problems in such a setting.
IISc’s reputation and preeminence ensures that it attracts the best of young faculty members trained in the best laboratories around the world. Our faculty, numbering around 500, carries out research across 42 departments in most areas of the basic and applied sciences, publishing vigorously in premier journals.
The Institute’s commitment to excellence is not restricted to the high calibre of its faculty. With some of the best students in the country seeking entry into IISc, the Institute ensures that the students who are admitted are exposed to a strong research training programme and pursue cutting edge research. The Institute has a student population of around 4,200, of which there are about 2,750 doctoral students, roughly 950 master’s students, and about 500 students in a four-year, research oriented undergraduate programme in the sciences. The doctoral students are carefully selected based on their performance in national examinations, in addition to personal interviews. All the degree programmes emphasise the Institute’s stated objective of conducting original investigations. The Institute also has a Centre for Continuing Education which offers several courses to those from outside IISc. These courses are designed keeping in mind the requirements of non-traditional students like high school teachers, researchers and engineers.
IISc has a vibrant and diverse campus spread over 440 acres of greenery in the city of Bengaluru, formerly Bangalore, India’s hub of high-technology companies (in aerospace, electronics, and information technology), educational and research institutions, and numerous start-ups.
The Divecha Centre for Climate Change was established at Indian Institute of Science in January 2009 with a generous financial contribution from Arjun and Diana Divecha and the Grantham Foundation for the Protection of the Environment.
The primary goal of this centre is to understand climate variability and climate change and its impact on the environment. The Centre has undertaken outreach activities to create awareness among people and policy makers about climate change and its consequences.This has been done through workshops, lectures and quiz contests. An annual invited public lecture called the 'Jeremy Grantham Lecture on Climate Change' has been organized.
The centre has identified technologies to mitigate climate change in collaboration with entrepreneurs and different engineering department in the Indian Institute of Science. The centre is also working with Grantham Institute for Climate Change at Imperial College, London, on the impact of climate change on water