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Science is what we do when we want to understand how things in the universe work. It is a process of discovering facts and developing theories about how things work and interact with each other. Science is not just limited to the physical world, but also includes the study of human behavior and social interactions. We use scientific methods to study everything from the behavior of animals to the effects of various drugs on people. By using the scientific method, we are constantly learning new things about the world around us. Science is important because it allows us to understand our surroundings and make informed decisions about our lives. It helps us to find solutions to problems and make predictions about future events. Without science, we would be living in complete darkness, unaware of the incredible complexities of the universe around us.
In what manner might interactive new media arts practices be used as an experimental psychological laboratory that aids in transforming human techno-attitude from a state of technophilia-technophobia conflict to one of human-technology symbiosis?
This study analyzes AOD and AE data (2010–2019) from AERONET to classify aerosols over Eurafrican stations. Results show Saharan dust dominates in the east, while finer aerosols appear in the west. Seasonal cycles highlight the monsoon as the main dust period.
Academic journals are critical for spreading new scientific knowledge, especially in fast-evolving fields like orthopedics and sports medicine. But have you ever wondered how the top journals in these fields have changed over time, and what that means for the research you read or trust?
Between 2003 and 2021, Earth saw a net boost in photosynthesis, mainly thanks to land plants thriving in warming, wetter conditions—especially in temperate and high-latitude regions. Meanwhile, ocean algae struggled in increasingly stratified and nutrient-poor tropical waters. Scientists tracked this global energy shift using satellite data, revealing that land ecosystems not only added more biomass but also helped stabilize climate by capturing more carbon.
This week: Geekologist, arguments about geology, arguments about arguments about anthropology, a good null hypothesis test, and more. Also, note that I'm traveling today, so comment moderation will be slow. Geekologist is the blog of Bruno Silva, Frederico Mestre, and Vinicius Bastazini. I applaud their attempt to get blog-reading ecologists today (already an old fashioned…
Predicting polymer properties before synthesis is vital for rational design yet remains challenging. We reveal a linear correlation between small‑molecule binding energy and polyurethane elastomer mechanics, proposing a novel “small‑to‑large” prediction strategy.
While most cell segmentation studies focus on isolated cells, we take a bold first step into the complex world of cardiac muscle monolayers—diverse, dynamic, and clinically relevant. A challenging journey into real heart tissue.
Sydney Sweeney has an ad for American Eagle, in which she simply buttons up a pair of genes in, I guess, a sultry way, while delivering a genetics lesson. It’s kind of a half-assed lesson. Ge…
This study explored how rainfall variability and drought patterns are shifting across the Niger River Basin in Nigeria. Using advanced statistical tools, it reveals key changes in seasonal rainfall and drought intensity, offering insights critical to water, agriculture, and ecosystem resilience.
We conducted the largest single SARS-CoV-2 sequencing effort in Pakistan to date, analyzing 1,052 samples from March-October 2021 using Oxford Nanopore Technologies. Our study reveals unprecedented insights into variant evolution, identifies Pakistan as harboring 34% of global AY.108 lineage cases.