Articles tagged with Darwinism
Comprehensive exploration of living organisms, biological systems, and life processes across all scales from molecules to ecosystems. Encompasses cutting-edge research in biology, genetics, molecular biology, ecology, biochemistry, microbiology, botany, zoology, evolutionary biology, genomics, and biotechnology. Investigates cellular mechanisms, organism development, genetic inheritance, biodiversity conservation, metabolic processes, protein synthesis, DNA sequencing, CRISPR gene editing, stem cell research, and the fundamental principles governing all forms of life on Earth.
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A dominant evolutionary theme emerges to predict cancer clinical outcomes, with tumors trending toward a more primitive ESC state having a worse prognosis. This study analyzed global gene expression profiles from 107 cells types and over 3,000 tumors, demonstrating the robustness of this pattern across various solid tumor cancers.
The study reveals that Darwin's finches have reached an equilibrium due to increased diversity, with no room for new species unless one existing species becomes extinct. Other species like mockingbirds are still diversifying and evolving more slowly.
A new algorithm allows robots to automatically adapt to injury, learning a compensatory behavior in under two minutes. The Intelligent Trial and Error algorithm enables robots to quickly discover a new way to walk or perform tasks despite damage.
A new paper by Dr Michael Weale from King's College London argues that Patrick Matthew deserves recognition alongside Darwin and Wallace as an originator of evolution by natural selection. Matthew's work, published in 1831, captures a valuable aspect of the theory that wasn't clear in Darwin's version.
Patrick Matthew described large-scale evolution through natural selection decades before Darwin, with some differing ideas but equal validity
A team of scientists found that cheater amoebae produce fewer high-quality spores, which survive better, suggesting a more balanced system than previously thought. This discovery has implications for developing therapies using socially successful bacteria to fight diseases.
A team of scientists has sequenced 120 birds to study the evolutionary history of Darwin's finches and identified a gene associated with beak shape variation. The research reveals that hybridization between species played a critical role in shaping the genetic diversity of these iconic birds.
Researchers discovered a type of sulfur bacteria preserved in rocks over 1.8 billion years old, which remain unchanged and indistinguishable from modern bacteria found in the same region. This finding supports Charles Darwin's theory of evolution by suggesting that evolution occurs only when environmental conditions change.
Researchers discovered that blind predatory water beetles express opsin genes, which are usually found in species with eyes. This finding supports non-adaptive evolutionary theory and suggests that these beetles may have evolved through neutral mutations.
A recent study supports Charles Darwin's insight that regions with deeper evolutionary histories are more likely to produce successful invaders. The 'Evolutionary Imbalance Hypothesis' (EIH) suggests that ecologists should consider historical evolutionary imbalance when analyzing invasiveness.
A team of researchers found that 71% of surveyed birds had female song, contradicting the long-held assumption that bird song is an exclusively male trait resulting from sexual selection. The study suggests that social selection may have played a role in the evolution of bird song, with both males and females competing for resources.
The Theory in Biosciences journal commemorates Alfred Russel Wallace's contributions to evolutionary biology and biogeography. Wallace was a leading scientist who published extensively on various topics, including natural selection and biodiversity research.
A study resolves Darwin's dilemma by explaining the Cambrian explosion as a result of 5x faster evolutionary rates. This suggests that natural selection can produce rapid changes in animal body plans and habits.
Researchers measured evolution rates during the Cambrian explosion, resolving 'Darwin's dilemma' and explaining the sudden appearance of modern animal groups. The study found that moderately accelerated evolution was sufficient to explain the emergence of arthropods.
The medium ground finch's genome has been sequenced, allowing researchers to study the genetics of trait evolution and vocal learning. The data also have implications for conservation efforts and will aid in population studies.
A computer program using Darwinian natural selection and public feedback creates sophisticated pop tunes. The algorithm, called DarwinTunes, evolves through generations of music, with listeners consistently ranking more evolved music as more appealing.
Research on Galapagos mockingbirds reveals co-evolutionary history with parasites, affecting bird survival and conservation. The study's findings highlight the importance of considering parasite histories in re-introducing birds to new islands.
David Sloan Wilson's book applies evolutionary theory to urban planning, using natural phenomena like wasps and crows to understand human behavior. He creates a map of Binghamton neighborhoods reflecting civic engagement, providing insights into how cities define us.
Researchers have identified a single nucleotide change that underlies variation in fruit morphology across different plant species, including Brassica and rice. This discovery suggests that evolutionary development may offer insights into plant breeding.
A large-scale citizen science project has found that banded snails have evolved to have a single dark spiral band around their shell, with no correlation to temperature changes. Researchers suspect this may be due to a decrease in bird predation or small environmental changes.
A team of researchers led by Dr. Hervé Philippe found that Xenoturbellida and Acoelomorpha marine worms evolved from more sophisticated ancestors through major simplifications, contradicting the idea of a linear hierarchy of evolution. The study demonstrates the importance of secondary simplification in evolution.
A NYU scientist concludes that Charles Darwin's theory of gradual evolution is not supported by geological history. Instead, Scottish horticulturist Patrick Matthew proposed a more accurate theory, highlighting the role of catastrophic mass extinctions in driving evolutionary changes.
W. Jason Niedermeyer, a high school biology teacher in Oregon, received the 2010 Evolution Education Award for his innovative approaches to teaching evolution. His curriculum focuses on inquiry-based learning and utilizes hands-on labs, class discussions, and student activities to promote accurate understanding of biological evolution.
The study confirms the protective brain hypothesis, suggesting that large-brained mammals live longer and reproduce more times due to enhanced survival. The analysis of 493 species reveals a link between brain size and longevity, with larger brains associated with greater survival rates.
A newly analyzed 47-million-year-old Darwinius fossil was found to not be a human ancestor, contrary to previous claims. The fossil is now believed to be a forebearer of modern-day lemurs and lorises, according to two papers published in the Journal of Human Evolution.
Researchers from Universitat Autònoma de Barcelona found that compound genomes lose essential properties for evolution when complex. The study challenges the 'metabolism first' theory and supports the idea that genetic information stored in nucleotide polymers, like RNA and DNA, is crucial for life to emerge.
The American Journal of Botany presents two papers exploring botanical history before Darwin, his research on plant movements and orchids. Research reveals that Darwin's ideas on plant movements contributed to the discovery of auxin, a hormone essential in plant growth processes.
Two peer-reviewed articles by Kevin Padian and James T. Costa explore common inaccuracies and insights into Darwin's life and work, shedding light on creative scientific thinking and the origins of his theory
Researchers compare DNA from museum specimens to that of living canids, revealing the Falklands wolf's closest living relative is the maned wolf. The team also finds a common ancestor at least 70,000 years ago, suggesting the wolves arrived in the islands before humans entered the New World.
Researchers at Penn University developed a new theory that explains the pace of evolution and determines the speed at which an organism adapts. The study predicts that some organisms, including humans, may not evolve indefinitely and that populations can accrue mutations at a constant rate even under Darwinian selection.
Darwin's private correspondence and notebooks reveal a detailed understanding of evolutionary processes underlying biodiversity. Despite mentioning 'Creator' in The Origin of Species, Darwin was troubled by the origin of life problem and had an advanced idea on its solution.
Termites' non-reproductive offspring may have inherited their parents' throne, answering a question posed by Charles Darwin nearly 150 years ago. This new research suggests staying at home could have given these first termites an advantage to become reproducers.
The Geological Society of America has awarded Judge John E. Jones III the prestigious President's Medal for his role in defending the teaching of evolution in schools. As part of a 5-member panel discussion on Darwin Day, he will explore issues related to presenting scientific knowledge and accommodating challenging concepts.
Researchers discovered molecular evidence supporting Darwin's theory of evolution, finding that complex machines evolved through a process of combination and modification of existing proteins. The study provides a blueprint for understanding the evolution of cellular machinery, contradicting Intelligent Design explanations.
Researchers at Duke University Medical Center propose that the appendix serves a critical function as a safe haven for good bacteria. A new study reveals the appendix is more widespread and has been around for at least 80 million years than previously thought, contradicting Darwin's theory of vestigial organs.
Darwin's work has withstood decades of analysis, confirming that animals' mating choices can drive evolutionary change. Molecular markers have also been developed to study paternity and the driving forces behind sexual selection.
In a study on female water striders, researchers found that females use morphological shields to protect their genitalia from male attempts at copulation. In response, males produce a courtship song by tapping the water surface, allowing females to expose their genitalia only after receiving the signal.
The study found that non-genetic variation acquired during an organism's life can be passed on to offspring through epigenetic means, affecting traits such as eye outgrowths and reproductive hormones. This phenomenon has significant implications for the study of evolution, heredity, and development.
The article argues that Darwin's background and research focus prevented him from interpreting the evidence for Mendelian inheritance. Mendel's work was rediscovered in the 20th century, revealing that his understanding of biology far surpassed Darwin's.
Researchers at Stanford University are using synchrotron X-ray technology to reveal previously unknown details about dinosaur fossils and ancient documents. By analyzing the chemical elements left behind in fossilized bones, scientists hope to gain new insights into the evolution of dinosaurs and their relationships with modern birds.
According to UCLA behavioral ecologist Daniel T. Blumstein, biology and evolution offer valuable lessons on managing security threats. By studying species' risk management strategies, we can learn how to allocate energy to defense versus other things, and how not to overreact.
The AAAS plenary lecture explores the origins of evolutionary thought through the adventures of intrepid scientists Charles Darwin, Alfred Russel Wallace, and Henry W. Bates. The talk will be presented by Sean Carroll, a leading evolutionary biologist and author, who will share the stories of these pioneers who changed our view of life.
This year marks the 200th birthday of Charles Darwin and the 150th anniversary of the publication of his theory. Genetic Engineering & Biotechnology News is celebrating this milestone by interviewing leading researchers in evolutionary science, including experts on Darwin.
Researchers at Princeton University have discovered that protein chains act as adaptive machines, controlling their own evolution in response to natural selection. This finding extends Darwin's model and suggests that organisms can subtly direct aspects of their evolution to create order out of randomness.
Recent discoveries of flatfish fossils have revealed a gradual evolution of asymmetrical skulls, contradicting Charles Darwin's explanations for the species' unique anatomy. The fossils, dated to the Eocene epoch, show intermediate stages between modern flatfish and their primitive ancestors.
A national survey of teachers found that one in eight high school biology teachers present creationism as a scientifically valid alternative to Darwinian evolution. The majority of teachers spend less than five hours on human evolution, suggesting pressure from the community may influence teaching practices. Raising certification stand...
A new study suggests that selfish individuals have a strategy called 'Selfish Punisher' that exploits altruists and punishes other selfish individuals, making it a successful approach in Darwinian terms. Altruism can evolve by natural selection as long as its collective advantage outweighs its local disadvantage.
Kenneth Miller, a renowned biologist, will argue at the AAAS symposium that science is grounded in the idea of 'design', highlighting the correlation between structure and function. He suggests that embracing this concept can help reclaim the language of design and make science more appealing to those seeking meaning.
David Sloan Wilson and Edward O. Wilson propose a new consensus and theoretical foundation for sociobiology, affirming Darwin's original conjecture that natural selection is a multilevel process. They show that adaptations can evolve at all levels of the biological hierarchy, from genes to ecosystems.
Scientists at the University of Oregon discovered that complexity evolved piecemeal through Molecular Exploitation. They found that old genes were recruited to participate in new interactions and functions, consistent with Darwinian evolution.
Researchers have achieved a record-breaking stop of light for over one second using electromagnetically induced transparency. A new model clarifying the mathematical basis for diversity in Darwinian evolution has been developed, suggesting that related species emerging from a common ancestor can quickly evolve in different directions.
The intelligent design movement argues that life's complexity demands a knowing designer, potentially altering the way science is taught in schools. While differing from scientific creationism, its agenda to weaken or eliminate evolution's teaching in public classrooms remains ambitious.
Hutton's animal and plant breeding experiments demonstrated seminal variation, passed on to offspring. Darwin applied this principle independently, assembling evidence that convinced the scientific world.
The Darwin Correspondence Project has published 12 of a projected 32-volume set of Charles Darwin's letters, providing a historical view of his ideas on evolution. The project, founded in 1974, is jointly managed by the American Council of Learned Societies and Cambridge University Library.
The Darwin Correspondence Project has published 12 of a projected 32-volume set of Darwin's letters, shedding light on his evolutionary ideas. The project is sending these volumes back to the Charles Darwin Research Station in the Galapagos, where Darwin's research began.
A new cellular evolution theory challenges Darwinian assumptions by emphasizing horizontal gene transfer as the driving force behind cellular life's evolution. This process allowed for the acquisition of alien cellular components, including genes and proteins, to promote evolutionary change.
A new study suggests that the shape of a bird's beak affects its courtship song, with smaller beaks producing quicker, more varied melodies. This finding has implications for our understanding of speciation, as different songs may help distinguish between species.