Core Viewpoint - Recent research by a team led by Academician Cao Xiaofeng from the Chinese Academy of Sciences provides significant evidence supporting Lamarck's theory of evolution, challenging the long-standing dominance of Darwin's natural selection theory [1][5]. Group 1: Evolutionary Theories - Darwin's theory posits that evolution is a lengthy and harsh "lottery," where random genetic mutations create differences that are then selected by the environment, encapsulated in the phrase "survival of the fittest" [4]. - In contrast, Lamarck's theory suggests that organisms can actively change in response to environmental pressures, and these acquired traits can be passed on to future generations [4][5]. Group 2: Key Findings - The research team discovered that rice plants from warmer southern regions developed increased cold resistance after being exposed to the colder northeastern environment, and this trait was inherited by their offspring [5]. - Initially, scientists suspected that genetic mutations were responsible for this cold resistance, but they found that the genes of the cold-resistant rice did not change. Instead, the resistance was linked to a specific chemical modification (DNA methylation) that had previously "locked" the cold-resistant genes [5]. - The environmental pressure experienced by the rice plants led to the "unlocking" of these genes, allowing them to express cold resistance and pass this trait on to their descendants [5][9]. Group 3: Implications for Evolution - The findings serve as a bridge between Darwin's and Lamarck's theories, indicating that evolution is influenced not only by random genetic mutations but also by environmental pressures that can trigger and select for epigenetic variations, thereby enhancing the survival of species [9]. - This complexity in the evolutionary process suggests that life is more intricate and refined than previously understood [9].

Core Viewpoint - A recent discovery by a research team from the Chinese Academy of Sciences provides significant evidence supporting Lamarck's theory of evolution, challenging the long-standing dominance of Darwin's natural selection theory [1][5]. Group 1: Evolutionary Theories - Darwin's theory posits that evolution is a long and harsh "lottery," where random genetic mutations create differences that are then selected by the environment, encapsulated in the phrase "survival of the fittest" [3]. - In contrast, Lamarck's theory suggests that organisms can actively change in response to environmental pressures, and these acquired traits can be passed on to future generations [3][5]. Group 2: Key Findings - The research team discovered that rice plants, when moved from warmer southern regions to the colder northeast, developed increased cold resistance, which could be inherited by their offspring [5][7]. - Initially, scientists suspected that genetic mutations were responsible for this cold resistance, but they found that the genes of the rice plants did not change [5][7]. Group 3: Mechanism of Inheritance - The study revealed that southern rice plants possessed inherent cold-resistant genes that were "locked" by specific chemical groups in a warm environment, akin to sealing a genetic capability [7]. - When exposed to cold conditions, the persistent environmental pressure caused the rice plants to "unlock" these genes, allowing them to exhibit cold resistance and pass this trait on to their descendants [7][9]. Group 4: Implications for Evolution - The findings bridge the gap between Darwin's natural selection and Lamarck's acquired inheritance, suggesting that evolution is influenced not only by random genetic variations but also by environmental pressures that can trigger and select epigenetic changes [9].

Core Insights - The seventh National Geological Paleontology Science Popularization Seminar and the New Era Science Popularization Innovation and Development Forum opened on June 17 in Baoding, focusing on the deep integration of geological paleontology science popularization and geological tourism [1][3] - The seminar includes six core topics aimed at exploring the development and innovation of geological paleontology science popularization in the new era [1][3] Group 1: Seminar Highlights - The seminar featured a ceremony for the awarding of the "National Science Popularization Education Base" title to the Baoding Natural Museum and the Guangzhou Zhengjia Natural Science Museum [3] - Keynote speeches were delivered by prominent figures, including academician Zhou Zhonghe, who discussed the evolution theory and its challenges, emphasizing the co-evolution of life and environment [5] Group 2: Expectations and Goals - Wang Jun, the president of the Chinese Paleontology Society, expressed three expectations for science popularization: balancing science and interest, promoting cross-disciplinary integration, and ensuring grassroots collaboration to benefit more communities [3] - Liu Jun highlighted the importance of innovative communication methods in the paleontology field to effectively deliver scientific knowledge to the public [3]