From sharing nature photos to tracking microplastics, you can contribute to scientific research every day and help reach 1 million #ActsofScience during #CitizenScienceMonth. Get involved this month and beyond. https://lnkd.in/eM4msjc
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Did you know that the molecular structure of water is responsible for ice floating on top of it? Learn more about this fascinating concept and other scientific wonders on Why Does That Science, the website dedicated to making science accessible and interesting for all. #science #water #icefloating #molecularstructure #lifelonglearning https://lnkd.in/gJArHH27
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"Earth’s Magnetic Field Will Decrease to The Point Where Modern Society Breaks Down Between 2030 and 2050. In the Model Presented in This Book: The #Solar #Micronova, #Magnetic Excursion and Great Waves are Due to Occur within 10-40 years. I Expect a Reduction of 20-50% of the Earth’s Biology, Spread Between Extinctions and Non-Extinction Population Reductions. I Expect Human Losses Will Be 75-95%, Mainly Due to Our Lack of Survival Awareness...." (best scenario & latest). - Ben Davidson https://lnkd.in/eTiu6sNY
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In the rapidly evolving world of technology, selecting the right tool for your research is crucial. Psomagen offers three cutting-edge spatial biology technologies to elevate your studies. But how do you know which one to choose? To help you decide on the right spatial biology platform, we asked a few questions in our latest blog. ➡️ https://hubs.ly/Q02HHtQC0
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What is the process by which plants use #sunlight, water, and carbon dioxide to produce their own food, occurring within the cells of the flower's leaves? A) #Fertilization B) Transpiration C) #Photosynthesis D) Germination Science Quizzes: https://buff.ly/4b5MB21
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"My research focuses on working with a single-celled organism called Stentor coeruleus. I love being a scientist because I get to observe all the fascinating, intricate details of organisms under the microscope.” - Diana Ceron, student researcher in Raymond Esquerra's lab at San Francisco State University. Share your own #FaceOfScience selfie on Wed, 4/24! Learn more: enhancescience.org
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The annual #HorizonScan, a well-established method for predicting the most pressing issues for conservation the following year, has been released. Researchers identified 15 topics for 2024, including benchtop DNA printers, rapidly declining sea urchin populations, and rising temperatures in the Twilight Zone. #TrendsinEcologyandEvolution https://lnkd.in/eJjVuuRi
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The food and energy requirements of autotrophic organisms are fulfilled by the process called photosynthesis (photo = light; synthesis = to combine). This process helps autotrophs to take in substances from the outside and convert them into stored forms of energy. For such insightful factoids, explore the New Grow with Science – visit www.headword.in #Growwithscience #headwordpublishing #sciencetuesday #education #learning #science #photosynthesis #plants #newgrowwithscience #sciencewise
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Fluorescence Reveals Plant Stress! Researchers are harnessing chlorophyll fluorescence ratios (F687/F760) to detect environmental stressors like temperature swings and heavy metal contamination. Have insights on fluorescence in your research or fieldwork? Let's hear them! #PlantScience #EnvironmentalStress #ChlorophyllFluorescence
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Scientists use simple organisms like bacteria to more complex ones such as mice to understand biological processes that are common to all organisms, including humans. Explore our printable coloring pages featuring research organisms and their unique abilities: go.nih.gov/coloring-pages. #STEM #STEMEducation #STEMEd #ScienceEducation #ScienceLessons #ScienceActivities
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Lights! Camera! Mixotrophy! Research Scientist Karen Stamieszkin is using flowcam imagery of single-cell protists to model the volume and surface of these tiny organisms. She’ll then compare the models to the results of experiments on how flexible these organisms are when it comes to nutrient acquisition. Scientists have learned that many phytoplankton can switch between photosynthesis (like plants) and ingesting prey (like us) when it comes to getting their carbon — something that was once considered unusual, but might be the norm. For more on this evolving work, check out our mixotrophy story from last summer: https://ow.ly/IF9Z50RmwSa Images: Jay Krithivas from Northeastern University
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