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31 results for “graminoid”
Data from: Beneficiary feedback effects on alpine cushion benefactors become more negative with increasing cover of graminoids and in dry conditions
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Fig. 8. Dendrobium butinii M in Morphological and anatomical investigation of New Caledonian graminoid Dendrobium (Orchidaceae) with the description of two new species
Fig. 8. Dendrobium butinii M.Pignal & Munzinger, sp. nov. Butin s.n. A. Habit. B. Sheath. C. Inflorescence. D. Flower. E. Lip. F. Dorsal sepal. G. Petal. H. Lateral sepal. I. Column. J. Fruit, profile. K. Fruit, face. L. Seed. Scale bars: A, C = 1 cm, B, E–I = 2 mm, D = 1 mm, J–K = 5 mm, L = 3.5 μm (A–B, E–L, J.-P. Butin s.n. [P00157228], C–D from a picture of J.-P. Butin). Drawing by Agathe Haevermans.
Fig. 4 in Morphological and anatomical investigation of New Caledonian graminoid Dendrobium (Orchidaceae) with the description of two new species
Fig. 4. Drawing of transverse sections of leaves of three graminoid species of Dendrobium. A. Total section of D. unicarinatum Kores (H.S. MacKee 44925). Vascular bundles are represented by empty circles and are numbered starting from the lamina margin, black spots indicate fibre bundles. B. Leaf margins sections, a. D. letocartiorum Munzinger & M.Pignal sp. nov. (H.S. MacKee 37760); b. D. camaridiorum Rchb.f. (H.S. MacKee 24639). Scale bar = 1 mm.
Fig. 7 in Morphological and anatomical investigation of New Caledonian graminoid Dendrobium (Orchidaceae) with the description of two new species
Fig. 7. Distribution of D. crassifolium Schltr., based on herbarium specimens (●) and field observations ().
Fig. 6 in Morphological and anatomical investigation of New Caledonian graminoid Dendrobium (Orchidaceae) with the description of two new species
Fig. 6. Distribution of D. camaridiorum Rchb.f., based on herbarium specimens (●) and field observations ().
Fig. 2 in Morphological and anatomical investigation of New Caledonian graminoid Dendrobium (Orchidaceae) with the description of two new species
Fig. 2. Distribution of D. unicarinatum Kores in New Caledonia, based on herbarium specimens (●) and field observations ().
Fig. 11 in Morphological and anatomical investigation of New Caledonian graminoid Dendrobium (Orchidaceae) with the description of two new species
Fig. 11. Distribution of D. letocartiorum Munzinger & M.Pignal sp. nov., based on herbarium specimens (●) and field observations (), 'T' indicates the type collection.
Fig. 1. A–E. Fruits. A. D. butinii M in Morphological and anatomical investigation of New Caledonian graminoid Dendrobium (Orchidaceae) with the description of two new species
Fig. 1. A–E. Fruits. A. D. butinii M.Pignal & Munzinger sp. nov., loc. Colnett Mountain, Oua Ina or Wé Ina; image n°PA211592. B. D. unicarinatum Kores, cult. Nouméa (original data: Mandjélia Mount or Tidiélic Mount, 780 m); image n°PA118035. C–D. D. letocartiorum Munzinger & M.Pignal sp. nov., Mandjélia Mount or Tidiélic Mount, 780 m; image n°PA182815. D. Dehiscent fruit, cult. Nouméa (original data: mt Mandjélia or Tidiélic, 780 m); image n°PC061498. E. D. camaridiorum Rchb.f., Col des Roussettes, Bouirou; 5 Apr. 2015; image n°P4057147. F–N. Flowers. F–G. D. letocartiorum Munzinger & M.Pignal sp. nov., cult. Nouméa (original data: Mandjélia Mount or Tidiélic Mount, 780 m; 6 Dec. 2014); image n°PC061503. G. Cult. Nouméa; (original data: Mandjélia Mount or Tidiélic Mount, 780 m; 6 Dec. 2014); image n°PC061504. H. D. butinii M.Pignal & Munzinger sp. nov., Colnett Mount, Ouanebatch We Ina, 300 m; 20 Jan. 2018; image n°P1211262. I–J. D. unicarinatum Kores. I. Cult. Nouméa; 15 Nov. 2015; (original data: Roches de la Ouaieme, 800 m; 23 Oct. 2015); image n°PB157702. J. Teratological flower, cult. Nouméa; 30 Jul. 2015; (original data: Mandjélia Mount or Tidiélic Mount, 780 m; 25 Oct. 2014); image n°P7314192. K–L. D. crassifolium Schltr., cult. Nouméa; 27 Nov. 2015. K. Image n°PB270172. L. Image n°PB2700199. M–N. D. camaridiorum Rchb.f., Bopope, Piémont (versant sud) du Kantalupaik, M. Pignal et al. 5165. N. Cult. Nouméa; 13 Nov. 2014; image n°PB130988. O–Q, S–T. Habits. O. D. crassifolium Schltr., cult. Nouméa; before 1998; digitized analogue image s.n. P. D. unicarinatum Kores, Koghis Mountains, Bouo Mount, 680 m; 31 Aug. 2003; image n°P8311086. Q. D. camaridiorum Rchb.f., Vallée de la Tchamba; 15 Sep. 2003; image n°P9151456. S. D. butinii M.Pignal & Munzinger sp. nov., Vallée de la Amoa Vaawe; 26 Feb. 2016; image n°P2260576. T. D. letocartiorum Munzinger & M.Pignal sp. nov., Mandjélia Mount ou Tidiélic Mount, 780 m; 24 Oct. 2018; image n°111258. R. Leaf of D. camaridiorum Rchb.f., J. Munzinger et al. 6358. A–L, N–S, T images by Christian Laudereau; M image by Jérôme Munzinger; R image by Peter P. Lowry.
A Global Perspective of the Functional Trait Responses of Graminoids to the Seasonality of Fire
<p>The dataset is data used for meta-analysis of graminoid functional trait responses to different seasons of fire</p>
Data from: The competition-dispersal trade-off exists in forbs but not in graminoids: a case study from multispecies alpine grassland communities
Much theoretical evidence has demonstrated that a trade-off between competitive and dispersal ability plays an important role in facilitating species coexistence. However, experimental evidence from natural communities is still rare. Here, we tested the competition-dispersal trade-off hypothesis in an alpine grassland in the Tianshan Mountains, Xinjiang, China, by quantifying competitive and dispersal ability using a combination of 4 plant traits (seed mass, ramet mass, height, and dispersal mode). Our results show that the competition-dispersal trade-off exists in the alpine grassland community and that this pattern was primarily demonstrated by forbs. The results suggest that most forb species are constrained to be either good competitors or good dispersers but not both, while there was no significant trade-off between competitive and dispersal ability for most graminoids. This might occur because graminoids undergo clonal reproduction, which allows them to find more benign microenvironments, forage for nutrients across a large area and store resources in clonal structures, and they are thus not strictly limited by the particular resources at our study site. To the best of our knowledge, this is the first time the CD trade-off has been tested for plants across the whole life cycle in a natural multispecies plant community, and more comprehensive studies are still needed to explore the underlying mechanisms and the linkage between the CD trade-off and community composition.
Data from: The competition-dispersal trade-off exists in forbs but not in graminoids: a case study from multispecies alpine grassland communities
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Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
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DANDI Archive for NWB datasets
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International Brain Laboratory public data
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OpenNeuro
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