アベナヤカ アミラ

பிளாஸ்டிக் மாசுபாட்டை மதிப்பிடுவதற்கான பாரம்பரிய மற்றும் நவீன அனுகுமுறைகள்

The synergy of tradition and innovation plays a crucial role in assessing plastic pollution, offering a comprehensive approach that combines the wisdom of established practices with the power of modern technologies. This approach is essential to effectively tackle the...

The United Nations identifies the drivers of the planetary crisis as climate change, biodiversity loss, and pollution. Mitigation requires reliable science to inform decision-making. However, relevant research is often underutilized in policy planning and implementation because policy-making entities limit the ability of scientists to contribute to...

Reducing the use and promoting the environmentally sound management of single-use plastics in the tourism sector offers a great opportunity to tackle plastic pollution at the source. Similarly, addressing problematic plastics throughout tourism value chains can also drive a shift towards innovative and circular business models. In this context...

Amila Abeynayaka (Policy Researcher on Sustainable Consumption and Production at the IGES) and Simon Høiberg Olsen (Senior Policy Researcher at the IGES) shed light on the limitations faced by countries in Asia and the Pacific in actively monitoring plastics and plastic-related chemicals – hampering the effectiveness of any future legally binding...

The consideration of the full life cycle impacts of plastics (and substitutes) is mandatory to achieve sustainable solutions to end plastic pollution. This requires considerations of fossil-based and biobased feedstocks for plastic production, plastic chemicals and additives, plastic degradation pathways and intermediates, environmental impacts...

A global agreement to end plastic pollution must be based on pertinent, multi-disciplinary knowledge. Considering the entire life cycle impacts of plastics and substitutes is essential to achieve sustainable solutions rather than shifting the burden. Hence, this process requires considerations of fossil-based and biobased feedstocks for plastic...

This report aims to provide an overview of the information related to the plastics value chain in the ASEAN region. It focuses on the availability of local and national data used for material flow analyses (MFAs) – instead of actual data content – as this information aims to be a stocktaking exercise towards building capacity in the area of data...

Plastic pollution represents one of the most pressing environmental issues facing the planet today. This is largely due to the increasing mass production of single-use plastics (SUPs) including packaging materials and other items that are quickly outpacing the world’s ability to respond. Social, cultural and economic shift in addition to the...

Bringing together traditional methods and modern approaches is crucial when it comes to evaluating plastic pollution for the Development Officers from the Ministry of Environment in Sri Lanka. This approach blends well-established practices with the potential of today's technologies, creating a balanced plan to effectively tackle the complex issue...

Global freshwater scarcity is projected to be affecting almost half of the world’s population by 2025. Desalination has become a reliable option to provide freshwater, especially with climate change and its direct impact on water resources. The desalination technology transforms some non-traditional water sources either by processing brackish water...