A single-celled green alga from the sand dunes of the Negev Desert has, within just a few years, become a key model organism in modern photosynthesis research. Chlorella ohadii helps researchers better understand plants’ adaptability to extreme environmental conditions. These findings could help make crops more resilient to heat, drought, and other consequences of climate change in the future. Haim Treves, a professor of plant metabolism at RPTU, has been studying the desert alga since its discovery. His findings have now been published in the scientific journal New Phytologist.

Today’s review focuses on the AGM G3. This is a high-performance rugged device designed for operation in demanding environments and professional applications, supported by a set of specialized features. The smartphone complies with high protection standards, including IP68, IP69K, and MIL-STD. It is also equipped with a thermal imaging camera; the dedicated sensor enables real-time […] Post AGM G3 Rugged Smartphone Video Review at Root-Nation.com.

Phase transitions in metastable rutile-related V0.92O2 were studied with single-crystal X-ray diffraction and measurements of electronic transport properties at extreme conditions. The high-tem­per­a­ture incommensurate phase was found to be insulating.

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As IoT expands into extreme environments, it demands resilient designs for reliable data collection.

The unprecedented heat wave in Rio de Janeiro, reaching 44°C, highlights urgent climate-related challenges. Entrepreneurs are urged to develop health and safety products, engage communities in awareness campaigns, seek climate adaptation funding, and leverage technology for safety monitoring, fostering collaboration and innovation to ensure public safety during extreme weather events.