Tag: botany
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These plants really are remarkable…
Remarkable Plants by Helen and William Bynum is a richly illustrated exploration of the complex relationships between plants and people. While this 2023 edition repackages their 2014 text with no major updates, it still offers engaging narratives and facts about significant plants and their cultural impacts (and is £5 cheaper…)..
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Fungi (and bacteria), living the high life…
Xavier Rodó et al. (2024) discovered fungi and bacteria at altitudes up to 10,000 feet above Chōfu, Japan, indicating long-distance microbial transport from Northeast China. The presence of potential human pathogens raises health concerns, especially regarding multi-drug resistant strains, highlighting risks associated with airborne microorganisms and their environmental impact.
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Shocking news about pollen
This post discusses a study by England and Robert (2024) exploring static electricity’s potential role in non-contact pollination by butterflies and moths. Their research suggests that these insects can attract pollen through static charges during flight. However, direct observation of pollen transfer is still needed to confirm this phenomenon’s occurrence…
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Inverting cellulose-degrading enzymes
The image of a springtail emphasizes the role of soil invertebrates in decomposition,. Traditionally as shredders of organic matter they help fungi and bacteria do their work. Research by Hannah Muelbaier et al. (2024) reveals cellulose-degrading genes in soil invertebrates like springtails and mites, suggesting they may contribute more directly…
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Intriguing uses of wood: future…
This post feature futuristic uses of wood uses – a wooden satellite from Japan and the development of super-black wood by UBC researchers. The satellite, LignoSat, which is encased in magnolia wood, is due to be launched to the ISS in September 2024. The super-black wood, named Nxylon, offers various…
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Intriguing uses of wood: present…
Unusual Present-day uses of wood include innovative materials such as engineered transparent wood (ETW) and wooden circuit boards. ETW, with 80% light transmittance, is a sustainable alternative to glass and can be used in solar cells, windows, and decorative materials. Researchers are also exploring wood-based materials for sustainable electronics in…



