A new field evaluation identifies eight novel papaya hybrid lines with superior agronomic traits, early fruiting, and enhanced tolerance to Moroccan watermelon mosaic virus (MWMV), offering a sustainable solution to boost smallholder productivity in Kenya.

A new commentary outlines China’s ambitious national park strategy, which balances strict ecological protection, public welfare, and sustainable development to conserve key ecosystems and prioritize global biodiversity goals.

A study reveals how cottonseed waste can be transformed into clean energy, offering a promising path toward a self-sustaining and fossil fuel-free cotton industry.

Heavy metal pollution from mining and industrial activities continues to threaten soils, ecosystems, and human health worldwide. Contaminants such as lead and zinc can persist in soils for decades, entering the food chain and posing serious risks. A study offers a promising, nature-based solution by combining biochar with a carefully designed community of beneficial microorganisms to enhance plant-driven cleanup of polluted soils.

New research on Australia’s K’gari reveals high‑intensity human‑caused wildfires drastically reduce vertebrate diversity in fire‑adapted Banksia aemula woodlands, underscoring urgent needs for evidence‑based fire management.

Lensless multi-core fiber endoscopes suffer from honeycomb-like artifacts that obscure fine structures. To overcome this, researchers from Tsinghua University and Technische Universität Dresden developed SGARNet, which allows us to cleanly erase long-standing honeycomb artifacts via the frequency domain, bypass the need for massive paired data, and seamlessly recover high-fidelity images. The technique will open new avenues for future minimally invasive diagnostics and advanced endoscopic technologies.

A bimetallic NiFe catalyst was successfully constructed to overcome the activity–selectivity trade‑off in furfural hydrogenation. The introduction of Fe dilutes continuous Ni sites, modulates the electronic structure, and creates synergistic active sites: Ni for H₂ dissociation and Fe for carbonyl activation. This design boosts the selectivity toward furfuryl alcohol from 38% to >90% at nearly full conversion, while maintaining high activity and recycle stability.