Page 2: Research news on mosses

Mosses, as a topic, encompass the study of non-vascular bryophytes within the phylum Bryophyta, focusing on their morphology, life cycles, ecology, and evolutionary significance. Research addresses their dominant haploid gametophyte stage, specialized structures such as rhizoids and sporophytes with sporangia, and their reliance on water for fertilization. Topics include desiccation tolerance, carbon and nutrient cycling in ecosystems, roles in soil formation and water regulation, and use as bioindicators of pollution and climate change. Molecular and genomic studies investigate phylogenetic relationships, adaptation mechanisms, and developmental regulation in these structurally simple but ecologically important land plants.

Old air samples hint at effects of climate change

Through DNA analysis of old air samples collected by the Swedish Armed Forces, researchers at Lund University in Sweden can show that spore dispersal of northern mosses has shifted over the past 35 years. It now starts several ...

Moss spores survive 9 months outside International Space Station

Mosses thrive in the most extreme environments on Earth, from the peaks of the Himalayas to the sands of Death Valley, the Antarctic tundra to the lava fields of active volcanoes. Inspired by moss's resilience, researchers ...

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