A range of artworks are explored as source of information on biological diversity

Analysis on the link between biodiversity conservation, energy transition, and external financial support

By mapping urban heat patterns, this study highlights how cities intensify climate impacts—and how smarter urban design can reduce heat stress. It showcases practical pathways to make cities more livable and climate-resilient.

This study uncovers a surprising connection: climate-driven changes in water cycles may influence seismic activity. It highlights how deeply interconnected Earth systems are—and why understanding these links is critical for anticipating future risks.

Using satellite data, this research quantifies the real-world costs of floods and extreme weather, showing how climate change disproportionately affects vulnerable populations. It underscores that climate resilience is not just environmental—it is economic and social.

Climate change is significantly impacting aerobiology through increased pollen production, extended pollen seasons, enhanced allergenicity due to higher CO2 and ozone levels, and shifts in plant distribution patterns, while also affecting fungal spore concentrations and distribution. These changes are worsening allergic rhinitis, nonallergic rhinitis, and chronic rhinosinusitis by disrupting epithelial barriers, triggering eosinophilic inflammation, and acting as adjuvants that stimulate IgE-mediated responses, with air pollutants and greenhouse gases compounding these effect.

The authors evaluate marine macroalgae for removing methylene blue dye from water. They note macroalgae's potential as an eco-friendly, cost-effective solution for dye removal from contaminated water.

The authors utilized Revised Universal Soil Loss Equation (RUSLE) to assess the soil erosion vulnerabilityin Gebre Korke watershed of the Blue Nile basin in Central Ethiopia while taking various factors such as rainfall erosivity, soil erodibility, etc, into consideration. They also validated the model using numerical data and engagement with local community and experts through group discussions.

The authors analyzed the effects of PM2.5 particles on human cell cytotoxicity by collecting water-soluble extracts from 62 PM2.5 particles. Although, the samples were collected during the high and low pollution period, clear relation between the cytotoxicity in six types of human cells and severe air pollution was observed.

Improving farming techniques and agricultural methods with advanced technology is becoming more crucial on our fast-evolving and ecologically challenged planet, where challenges such as energy deficiency, drought, global warming, etc., have adverse effects on common agricultural practices. This paper discusses how the hybridization of energy generation from renewable resources and the field of artificial intelligence can aid in optimizing and improving the current best practices followed by farmers. We propose the concept of harnessing natural and artificial wind energy, the turbulence produced by the displacement of air due to the motion of objects such as trains. This energy harnessed can then be used in powering Internet of Things devices that enable AI-based smart farmland monitoring systems. The aim is to solve the challenges facing common agricultural practices in suburban and rural areas where vertical axis wind turbines can be set up, ultimately easing the lives of agriculturalists.