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bioDIVERsity. Ein Computerspiel gegen das Imageproblem von Wasserpflanzen

, , , , , and . Mitteilungen der Fränkischen Geographischen Gesellschaft, 0 (67): 29--36 (2021)

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30 Jahre Deltabildung am Chiemsee, and . 163, page 512. Bundesamt für Naturschutz, (April 2018)bioDIVERsity. Ein Computerspiel gegen das Imageproblem von Wasserpflanzen, , , , , and . Mitteilungen der Fränkischen Geographischen Gesellschaft, 0 (67): 29--36 (2021)Formative Integration of Julia Code into the Unity Game Engine:The Use Case of Diving into Aquatic Plant Growth, , , , and . (accepted)Functional assessment of invasive Salix fragilis L. in north-western Patagonian flood plains: A comparative approach, , , , , and . Acta oecologica, (2019)Wasserpflanzen in Bayern. Der Blick auf den See verrät nicht, was unter der Oberfläche passiert, and . Mitteilungen der Fränkischen Geographischen Gesellschaft, 0 (67): 19--28 (2021)Depth diversity gradients of macrophytes: Shape, drivers, and recent shifts, , and . Ecology and Evolution, 11 (20): 13830--13845 (September 2021)Potential change in the future spatial distribution of submerged macrophyte species and species richness: the role of today's lake type and strength of compounded environmental change, , , , and . Oikos, (2023)Integrating Julia Code into the Unity Game Engine to Dive into Aquatic Plant Growth., , , , and . IMET, page 97-100. Eurographics, (2023)Spatiotemporal dynamics of freshwater macrophytes in Bavarian lakes under environmental change. (2022)bioDIVERsity. Ein Computerspiel gegen das Imageproblem von Wasserpflanzen. Mitteilungen der Fränkischen Geographischen Gesellschaft, 0 (67): 29--36 (2022)