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ShareScore release 0.7.1
Dataset results
650 results for “angiosperm”
Osmorhiza longistylis (Apiaceae) - herbaceous angiosperms - fruit - section or open
Image of Osmorhiza longistylis (Apiaceae) - herbaceous angiosperms - fruit - section or open
Osmorhiza longistylis (Apiaceae) - herbaceous angiosperms - fruit - section or open
Image of Osmorhiza longistylis (Apiaceae) - herbaceous angiosperms - fruit - section or open
Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - stem - showing leaf bases
Image of Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - stem - showing leaf bases
Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - stem - showing leaf bases
Image of Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - stem - showing leaf bases
Osmorhiza longistylis (Apiaceae) - herbaceous angiosperms - fruit - section or open
Image of Osmorhiza longistylis (Apiaceae) - herbaceous angiosperms - fruit - section or open
Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - leaf - basal or on lower stem
Image of Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - leaf - basal or on lower stem
Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - inflorescence
Image of Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - inflorescence
Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - inflorescence
Image of Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - inflorescence
Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - stem
Image of Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - stem
Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - stem
Image of Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - stem
Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - leaf - basal or on lower stem
Image of Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - leaf - basal or on lower stem
Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - stem
Image of Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - stem
Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - leaf - basal or on lower stem
Image of Xyris tennesseensis (Xyridaceae) - herbaceous angiosperms - leaf - basal or on lower stem
Temporal dynamics of canopy properties and carbon and water fluxes in a temperate evergreen angiosperm forest
<p>Dataset and code for the Manuscript "<span>Temporal dynamics of canopy properties and carbon and water fluxes in a temperate evergreen angiosperm forest"</span></p>
Data from: A trait-based root acquisition-defence-decomposition framework in angiosperm tree species
<p>Plants make trade-offs between root resource acquisition and defence ability, for adapting to the complex belowground environment. This includes forming partnerships with different types of root associating microorganisms, such as arbuscular mycorrhizal and ectomycorrhizal fungi. These trade-offs, by mediating root chemistry, exert legacy effects on nutrient release during decomposition, which may, in turn, affect the ability of new roots to re-acquire resources, thereby generating a feedback loop. However, the linkages at the basis of this potential feedback loop remain largely unquantified. Here, we propose a trait-based root 'acquisition-defence-decomposition' conceptual framework and test the strength of relevant linkages across 90 angiosperm tree species. We show that, at the plant species level, the root-fungal symbiosis gradient within the root economics space, root chemical defence (condensed tannins), and root decomposition rate are closely linked, providing support to this framework. Beyond the dichotomy between arbuscular mycorrhizal-dominated versus ectomycorrhizal-dominated systems, we suggest a continuous shift in feedback loops, from "high arbuscular mycorrhizal symbiosis-low defence-fast decomposition-inorganic nutrition" by evolutionarily ancient taxa to "high ectomycorrhizal symbiosis-high defence-slow decomposition-organic nutrition" by more modern taxa. This 'acquisition-defence-decomposition' framework provides solid foundation for testable hypotheses on the multidimensional linkages between species' belowground strategies and ecosystem nutrient cycling in evolutionary context.</p>
Effects of eCO2 on plant growth and pollen chemistry in 14 angiosperms
<p>Elevated atmospheric carbon dioxide (eCO<sub>2</sub>) can affect plant growth and physiology, which can, in turn, impact herbivorous insects, including by altering pollen or plant tissue nutrition. Previous research suggests that eCO<sub>2</sub>can reduce pollen nutrition in some species, but it is unknown whether this effect is consistent across flowering plant species. We experimentally quantified the effects of eCO<sub>2</sub> across multiple flowering plant species on plant growth in 9 species and pollen chemistry (%N an estimate for protein content and nutrition in 12 species; secondary chemistry in 5 species) in greenhouses. For pollen nutrition, only buckwheat significantly responded to eCO<sub>2</sub>, with %N increasing in eCO<sub>2</sub>; CO<sub>2</sub> treatment did not affect pollen amino acid composition but altered secondary metabolites in buckwheat and sunflower. Plant growth under eCO<sub>2</sub> exhibited two trends across species: plant height was taller in 44% of species and flower number was affected for 63% of species (3 species with fewer and 2 species with more flowers). The remaining growth metrics (leaf number, above-ground biomass, flower size, and flowering initiation) showed divergent, species-specific responses, if any. Our results indicate that future eCO<sub>2</sub> is unlikely to uniformly change pollen chemistry or plant growth across flowering species but may have the potential to alter ecological interactions, or have particularly important effects on specialized pollinators.</p>
Fig. 52 in Plant Type Materials from Kanagawa Prefecture (Japan) in the Herbarium of the Komarov Botanical Institute (LE; Russia): Lycophytes, Ferns, Gymnosperms, and Angiosperms (Monocots and some Dicots)
Fig. 52. Isolectotype of Carex scita Maxim. (LE 10012387; KPM-NX0001328).
Fig. 50 in Plant Type Materials from Kanagawa Prefecture (Japan) in the Herbarium of the Komarov Botanical Institute (LE; Russia): Lycophytes, Ferns, Gymnosperms, and Angiosperms (Monocots and some Dicots)
Fig. 50. Lectotype of Carex scita Maxim. (LE 012388; KPMNX0001924).
Fig. 41 in Plant Type Materials from Kanagawa Prefecture (Japan) in the Herbarium of the Komarov Botanical Institute (LE; Russia): Lycophytes, Ferns, Gymnosperms, and Angiosperms (Monocots and some Dicots)
Fig. 41. Syntype of Eriocaulon nipponicum Maxim. (LE 01012448; KPM-NX0001312).
Fig. 40 in Plant Type Materials from Kanagawa Prefecture (Japan) in the Herbarium of the Komarov Botanical Institute (LE; Russia): Lycophytes, Ferns, Gymnosperms, and Angiosperms (Monocots and some Dicots)
Fig. 40. Syntype of Eriocaulon nipponicum Maxim. (LE 01012446; KPM-NX0001311).
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Allen Brain Atlas
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DANDI Archive for NWB datasets
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International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.