A research team led by Associate Professor Kana Kamimura from Shinshu University, Japan, studied tree movements under various forest configurations and weather conditions to understand how trees resist wind. Their research focused on how these responses differ depending on forest structure. In November 2017, they established two experimental plots of Cryptomeria japonica (Japanese cedar) at the Forestry and Forest Products Research Institute in Kasumigaura City.
Study investigated tree movements under different forest configurations

A breakthrough in ancient manuscript restoration
Ancient manuscripts hold valuable historical insights, but over time, age and poor storage conditions can damage their readability and erase important details. A new study in PLoS ONE introduces a restoration method that removes degradation patterns from aged color manuscripts. This approach uses single-sided RGB images, eliminating the need for recto-verso alignment. By individually analyzing and detecting patterns, the technique enhances clarity and preserves historical information more effectively.
Penguin poop’s significantly impacts climate change
Penguins play a surprising role in shaping Antarctica's atmosphere! A new study found that ammonia from penguin colonies, rather than the ocean, helps form new particles in the air when mixed with sulfuric acid from marine phytoplankton. Scientists used sensitive instruments to measure gases and particles on the Antarctic Peninsula, revealing how these processes contribute to cloud formation.
An ancient alien city lies on the dark side of the...
NASA’s Lunar Reconnaissance Orbiter (LRO) has been mapping the Moon since 2009, helping identify important scientific sites and potential landing areas for future missions. Recently, Scott Waring, a self-proclaimed UFO expert, claimed to have spotted a giant alien city on the Moon using Google’s Moon map. He shared his findings on his blog, saying he discovered a 9-mile-long (15 km) structure in the De Moraes Crater.
Mapping Our Cosmic Neighborhood: A 3D View of Near-Earth Objects
Astronomers discover many asteroids and comets each year, some of which are near-Earth objects (NEOs) that move through the inner solar system. NASA-funded researchers track these objects to identify potential threats to Earth. To help visualize them, NASA launched Eyes on Asteroids, a 3D real-time tool that shows NEOs moving through Earth’s orbital neighborhood.