Academic collaborations respond to climate challenges

A University of Leeds-led research partnership is bringing together experts from the UK and India to address some of the most critical challenges facing rapidly growing cities.

In collaboration with leading Indian institutions, this partnership focuses on developing practical and locally relevant solutions for issues such as solid waste management, urban pollution, circular economy approaches and climate-resilient infrastructure.

The initiative aims to foster cleaner and more sustainable urban development, while also contributing to India’s long-term goal of achieving net-zero carbon emissions by 2070.

By combining global expertise with local knowledge, the collaboration seeks to develop solutions that can influence policy and deliver measurable environmental benefits.

This collaboration comes at a time when urban centres across India are grappling with poor air quality, escalating waste volumes, traffic-related emissions and increasing pressure on civic infrastructure.

International university partnerships involving India are increasingly focusing on shared sustainability challenges alongside traditional academic exchanges.

Institutions such as Deakin University, Australia, and the University of Birmingham and Imperial College London in the UK are working with Indian partners on areas ranging from green hydrogen and battery technology to decarbonisation, air pollution, urban resilience and renewable energy.

Dr Sanjeev Vidyarthi, provost of Anant National University in Ahmedabad, Gujarat, said university partnerships can become significant drivers of climate action and sustainable development if they are built around real-world challenges rather than remaining limited to academic outputs.

He told University World News: “Meaningful collaborations bring together complementary expertise, diverse perspectives and different technological and policy approaches, enabling a more holistic understanding of complex issues.”

This latest project brings together researchers from the University of Leeds, King’s College London and the London School of Hygiene and Tropical Medicine, all in the UK, on a common platform with leading Indian institutions such as IIT Kharagpur and the CSIR-National Environmental Engineering Research Institute (NEERI).

“Climate challenges require shared knowledge and joint innovation. Research partnerships allow institutions to combine expertise and accelerate solutions in areas like renewable energy, urban resilience and sustainability,” said Ravneet Pawha, vice-president (Global Engagement) and CEO South Asia, Deakin University.

“This not only supports technology adoption but also helps build the expertise needed to scale renewable energy.”

According to Vidyarthi, many partnerships are increasingly involving industry, local governments and communities, creating opportunities to test research outcomes in real-world settings.

In a country where sustainability challenges are closely linked to rapid urbanisation and infrastructure expansion, such collaborations can help translate knowledge into practical solutions with benefits extending beyond academia.

A key focus of the research lies in the environmental impact of burning municipal waste and agricultural residues.

In many parts of the country, the improper segregation of waste, open dumping and the burning of household and agricultural refuse are continuously exacerbating air pollution and raising public health concerns.

Researchers note that these issues not only harm the environment but also place additional strain on healthcare systems and urban services

Opportunities for Knowledge Exchange

“Research creates real impact when it addresses pressing challenges faced by governments, industries or communities. Strong partnerships also involve policymakers, businesses and end users from the outset, making solutions more practical and easier to implement.

“Equally important is the ability to translate research into action, whether through new technologies, policy interventions or pilot projects,” said Pawha adding that, "Long-term commitment matters too, especially in areas such as climate change and sustainability, where progress requires sustained collaboration.

“Ultimately, the greatest impact comes from building skills and expertise, ensuring that future generations can continue the work,” she said.

Dr Vidyarthi also believes that: “Research collaborations between universities create opportunities for adapting successful ideas and approaches from one region to another while generating evidence needed for informed decision-making.”

He stated that in a diverse country like India – where issues related to the environment and climate vary across different regions – collaborative research can help identify effective solutions and provide a strong foundation for policy and planning decisions.

“Equally important is the role these partnerships play in nurturing future talent,” Vidyarthi said.

“By exposing students and researchers to interdisciplinary approaches, diverse perspectives and collaborative problem-solving frameworks, universities help prepare the workforce needed to support long-term climate resilience and sustainable development.”

As part of this collaboration, two major studies have been published, examining municipal solid waste management and the utilisation of agricultural residues.

The findings suggest that improving waste management systems and adopting circular bio -economy models could significantly reduce pollution while simultaneously supporting India’s decarbonisation goals.

Limited long-term impact

Despite these encouraging findings, experts caution that the long-term impact of such collaborations often depends on sustained funding and institutional commitment.

“Sustained institutional commitment through student exchanges, shared infrastructure, capacity building and continued stakeholder participation helps ensure that knowledge moves beyond reports and publications into active implementation and practice,” said Vidyarthi.

Researchers warn that if current trends persist, the generation of urban solid waste could rise sharply by 2050, making efficient waste management an urgent priority.

Experts involved in this project believe that technical innovation alone is not enough to solve these challenges. Effective policies, robust municipal systems, community participation and improved coordination between researchers and policymakers – all of these will play a key role.

Equally important is openness to diverse forms of knowledge. The most effective solutions often come when scientific and technical know-how is combined with local experience, design thinking, policy understanding and sensitivity towards social realities.

Bringing together different fields of expertise and adapting solutions to local needs can help research partnerships create a meaningful impact in society.

“Increasingly, universities are serving as testing grounds for innovations in areas such as renewable energy, sustainable infrastructure and water management.

In India, they can play a vital role in developing and scaling solutions for urban pollution, clean energy and climate resilience. Ultimately, the value of a university should be measured not only by its academic achievements but also by its real-world impact,” added Pawha.

Vidyarthi said universities can support informed policymaking, drive innovation and help prepare professionals capable of working across sectors and disciplines.

“By bringing together government bodies, industry, civil society organisations and communities, universities like Anant are fostering collaborations that are both intellectually rigorous and practically relevant,” added Vidyarthi.

If you would like to know more about how make international partnerships effective for achieving the SDGs, you may be interested to view the video of our webinar on Global North-South partnerships: How to achieve impact, which you can access here.