k Moss sporangium, fluorescence micrograph Fluorescence micrograph of a transverse section through the upper part of a moss Tortula truncata sporangium. The sporangium is the final stage of moss sporophyte development. Spores are produced as a result of meiotic divisions of archesporial tissue inside the moss capsule. Moss capsules are closed with a lid util they are ripe . Every single haploid spore can germinate into a protonema and start moss gametophyte generation. Observed in ultraviolet UV light. Magnification x200 when printed at 10 x 10 cm., by MAGDA TURZANSKA SCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Moss sporangium, fluorescence micrograph Fluorescence micrograph of a transverse section through the upper part of a moss  Tortula truncata  sporangium. The sporangium is the final stage of moss sporophyte development. Spores are produced as a result of meiotic divisions of archesporial tissue inside the moss capsule. Moss capsules are closed with a lid util they are ripe . Every single haploid spore can germinate into a protonema and start moss gametophyte generation. Observed in ultraviolet  UV  light. Magnification: x200 when printed at 10 x 10 cm., by MAGDA TURZANSKA   SCIENCE PHOTO LIBRARY
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Moss sporangium, fluorescence micrograph

Fluorescence micrograph of a transverse section through the upper part of a moss (Tortula truncata) sporangium. The sporangium is the final stage of moss sporophyte development. Spores are produced as a result of meiotic divisions of archesporial tissue inside the moss capsule. Moss capsules are closed with a lid util they are ripe . Every single haploid spore can germinate into a protonema and start moss gametophyte generation. Observed in ultraviolet (UV) light. Magnification: x200 when printed at 10 x 10 cm., by MAGDA TURZANSKA / SCIENCE PHOTO LIBRARY

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