Tag: science communication

  • The essentials of plant biology

    The essentials of plant biology

    Essential Plant Biology by Alison Smith et al. offers a comprehensive overview of modern plant biology, emphasizing molecular genetics and biochemistry, crucial for understanding plant function today. Divided into six parts, the book covers topics from plant evolution to environmental interactions, targeting undergraduates with a foundation in molecular biology.

  • Setting scicomm standards (Part 2)

    Setting scicomm standards (Part 2)

    The post critiques the usage of “et al.” in science communication, particularly in a Phys.Org article discussing plant research. It emphasises the importance of following established standards for clarity and credibility in scientific writing, advocating for italicised and punctuated usage of “et al.” to maintain integrity in the communication of…

  • Setting scicomm standards (Part 1)

    Setting scicomm standards (Part 1)

    The post addresses the incorrect presentation of scientific names in science communication, specifically criticising Phys.Org for failing to italicise the name “Picea abies.” This oversight is seen as detrimental to effective science writing. Mr P Cuttings emphasises the importance of adhering to proper conventions to enhance public understanding of science.

  • Can pollen save coral reefs?

    Can pollen save coral reefs?

    Traditional sunscreens harm marine life, particularly corals. A new eco-friendly sunscreen using sporopollenin from tea pollen – developed by Chungmo Yang et al. – demonstrates effective UV protection without bleaching corals. This presents a potentially sustainable solution to mitigate environmental damage caused by conventional sun-blocking products.

  • A super book about fern biology

    A super book about fern biology

    Ferns: Lessons in Survival From Earth’s Most Adaptable Plants by Fay-Wei Li & Jacob S Suissa, illustrated by Laura Silburn, explores fern biology, diversity, and evolution. The book combines engaging text with extensive illustrations, making it visually appealing and informative. Although technical at times, it serves as an excellent introduction…

  • Some of 2025’s notable new plants

    Some of 2025’s notable new plants

    Creating weekly blog posts for Plantcuttings.uk is challenging, especially when facing inspiration blocks. Recently feeling pressured to maintain output levels, Mr Cuttings decided to discuss notable new plant discoveries of 2025. Drawing inspiration to do so from an article by Damian Carrington, he ultimately found renewed satisfaction in the writing…

  • Plants light up your life (and night…)

    Plants light up your life (and night…)

    Shuting Liu et al. (2025) explore the potential of engineered luminescent plants, specifically Echeveria ‘Mebina’. Injected with phosphorescent particles, these plants can absorb sunlight and emit light in various colors. While promising for sustainable lighting, challenges include labour-intensive production and the impact on plant physiology, limiting widespread application.

  • The killing power of spoiled wine

    The killing power of spoiled wine

    The article explores the transformation of vinegar, traditionally used for disinfection, into a more effective antibacterial agent by combining it with cobalt-doped carbon quantum dots. This innovative approach shows promise against antibiotic-resistant bacteria and highlights the urgent need for new microbial resistance solutions amid increasing health threats globally.

  • Prize-winning plant work

    Prize-winning plant work

    The post discusses the Ig Nobel Prize winners of 2025, highlighting their humorous yet insightful research related to plants and food. It emphasizes the absence of specific Nobel Prizes for botany, despite notable plant scientists obtaining Nobel recognition. The post reflects on the lighter side of science, showcasing how fun…

  • Rare earths: Botany meets geopolitics

    Rare earths: Botany meets geopolitics

    The post discusses He et al., 2025’s work with Blechnum orientale, a fern that accumulates rare earth elements (REEs), in particular the mineral monazite. This discovery raises important questions about plants being a sustainable source for REEs. The post also provides background to REEs, and doesn’t ignore their geopolitical significance.