A study conducted in Punjab, India, reveals a significant perception gap regarding air pollution from stubble burning. Residents are more likely to recognize severe air pollution in urban areas but underestimate its impact locally. Personal or familial health experiences play a crucial role in shaping awareness of the issue.
The study used a network of 30 sites to analyze air pollution in Delhi-NCR and found that crop residue burning in Punjab and Haryana has a lower contribution to PM2.5 levels than previously thought. The research suggests that the buildup of PM2.5 in Delhi-NCR is primarily of local origin.
A recent study used a dense measurement network to track the transport of crop residue burning pollutants from Punjab to Delhi NCR, revealing high levels of PM2.5. The measurements showed that the Indian national air quality standard for PM2.5 were frequently exceeded in the region.
A Japanese-led team used mapping techniques to quantify the impact of agriculture on high-priority conservation areas. The study found that commodities like beef, rice, and soybeans are often produced in high-conservation priority areas, while others like barley and wheat are sourced from low-priority areas.
Archaeologists discovered a critical storage site for food and items in the Mugharat al-Kahf cave, revealing how inhabitants adapted to a mobile lifestyle after a significant aridification event. The findings provide new insights into non-funerary characteristics of communities during this period.
A Japanese research team found that residents who engage in activities like camping and hiking experience increased happiness, while ownership has no effect. The study suggests better policies for enhancing forest relationships and measuring happiness based on the types of forest happiness.
A new study separated the impact of anthropogenic and natural pollutants on air quality during the COVID-19 pandemic. The researchers found that 72% of nitrogen oxides emissions in urban centers came from traffic and factories, while agricultural activities in rural areas contributed to faster recovery after lockdown.
A new study using bone collagen analysis shows that Japanese flounder exhibit behavioral groups with different migration patterns and feeding habits. The researchers analyzed vertebral-bone collagen isotope ratios to reconstruct individual migration and feeding history, revealing distinct differences among fish.
A new study reveals that rich countries' consumer demands for products like soybeans, cocoa, and timber lead to increased deforestation in poorer nations. The research found that different tree types have varying environmental impacts, and that policies aimed at preserving forests must also alleviate poverty.
Researchers have developed a new definition of sustainability that recognizes the interdependence of living beings and their wellbeing, expanding the concept to non-human species and their needs. This new approach has wide-ranging applications in fields such as landscape planning and urban greenspace design, aiming to enhance human-wil...
Researchers found that a video about coral reefs had less willingness to pay among audience members compared to those shown a slideshow with text and photographs. The study highlights the importance of information type and amount in science communication.
The COVID-19 pandemic is driving a global re-evaluation of values and lifestyles, leading to potential radical shifts in policy. RIHN is playing a central role in the Future Earth Knowledge-Action Network's initiative on sustainability transitions.
Researchers found that Japanese households with higher carbon footprints tend to consume more confectionary and alcohol, while also eating more vegetables and fish. The study suggests that targeting these food groups could be a more effective way to reduce carbon footprints than focusing on meat consumption.