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78 results for “tidal flat”
Human-wildlife interactions on the tidal flats of the Bijagós archipelago: does shellfishing affect migratory shorebirds?
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Microbial communities developing within bulk sediments under fish carcasses on a tidal flat
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Fig. 7 in Optimal fishing samplers to reveal the morphological structure of a fish assemblage in a subtropical tidal flat
Fig. 7. Morphospaces obtained using the first and second relative warps for large gillnet, small gillnet and hook and line. Warm colours in the Kernel density plots indicate the shapes of major occurrence.
Fig. 6 in Optimal fishing samplers to reveal the morphological structure of a fish assemblage in a subtropical tidal flat
Fig. 6. Morphospaces obtained using the first and second relative warps for cast net, fish trap and marginal encircling gillnet. Warm colours in the Kernel density plots indicate the shapes of major occurrence.
Fig. 5 in Optimal fishing samplers to reveal the morphological structure of a fish assemblage in a subtropical tidal flat
Fig. 5. Morphospaces obtained using the first and second relative warps for otter trawl, beach seine and inner encircling gillnet. Warm colours in the Kernel density plots indicate the shapes of major occurrence.
Fig. 3 in Optimal fishing samplers to reveal the morphological structure of a fish assemblage in a subtropical tidal flat
Fig. 3. Morphological diversification and variance explained for the relative warps (RW) 1 to 3 using the thin-plate spline.
Fig. 1. a in Optimal fishing samplers to reveal the morphological structure of a fish assemblage in a subtropical tidal flat
Fig. 1. a. Araçá Bay location, bordering São Sebastião Channel, north shore of São Paulo State, Brazil; b. Araçá Bay (Photo: Gabriel Monteiro).
Tidal flat topography along Jiangsu coast
<p>Tidal flat topography along Jiangsu coast derived from ICESat-2 dataset and Sentinel-2 imagery over 2019-2020</p>
Fig. 5 in Taxonomy and distribution of two small negligible diatoms of Plagiogrammopsis minima and Diploneis aestuarii from Northeast Asian tidal flats
Fig. 5. Scanning electron microscope (SEM) photographs of Diploneis aestuarii: A. External view of the whole valve; B. Arrow indicates central nodule with four areolae. Large Arrowhead indicates central raphe endings which are bent to the opposite direction; C, D. Large arrowhead indicates C-shaped foramen areolae. Arrows indicate terminal raphe endings which are bent to the same direction; E. Internal view of the whole valve; F. Arrow notes central raphe endings; G, H. Large arrowhead indicates rounded perforations of cribrum. Arrows indicate internal terminal fissures.
Fig. 2 in Taxonomy and distribution of two small negligible diatoms of Plagiogrammopsis minima and Diploneis aestuarii from Northeast Asian tidal flats
Fig. 2. Light microscope (LM) photographs of Plagiogrammopsis minima: A-D and G-J. Size range in valve view; E, F and K, L. Size range in girdle view. Scale bar = 10 μm.
Data for "Hydrodynamic and Geomorphological Responses of Tidal Flats to Extreme Climate Events with Implications for Coastal Managements"
<p>Data used for the plots can be found:</p> <p>1) <strong>uav_z.mat </strong>is used for producing figure 2 and 3.</p> <p>2) <strong>timeseries.mat </strong>is used for producing figure 5 and 6.</p>
Fig. 2 in Optimal fishing samplers to reveal the morphological structure of a fish assemblage in a subtropical tidal flat
Fig. 2. Landmarks and semilandmarks used in the geometric morphometric analysis (scale bar= 1 cm).
Fig. 1 in Taxonomy and distribution of two small negligible diatoms of Plagiogrammopsis minima and Diploneis aestuarii from Northeast Asian tidal flats
Fig. 1. The distribution of Plagiogrammopsis minima and Diploneis aestuarii in the Northeast Asia.
FIGURES 9–14 in Giffenia koreana sp. nov. (Bacillariophyta): A newly identified epipelic diatom in the tidal flat sediments of Suncheonman Bay, extant for over 1,400 Years
FIGURES 9–14. SEM images of Giffenia koreana sp. nov. featuring type materials. Fig. 9: A whole cell displaying the thin lip-shaped sternum (arrow), accompanied by numerous alveoli consisting of rows of pores. Fig. 10: The valve face with disrupted rows of pores and the thin lip-shaped sternum (arrow). Fig. 11: Side of the valve showing the continuous, whole raphe slit. Fig. 12: Internal valve face featuring the internal openings of the alveoli. Fig. 13: The valve face with a central thin lip-shaped sternum. Fig. 14: The alveoli with multiseriate pores on the external valve face. Scale bars: 10 µm for Figs 10–12, 14; 20 µm for Figs 9, 13.
A Tidal Flat Adjacent to a Fringe Mangrove Forest Mitigates pCO2 Increases and Enhances Lateral Export of Dissolved Carbon
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FIGURE 16 in Four palaeonemerteans (Nemertea: Anopla) from a tidal flat in middle Honshu, Japan
FIGURE 16. Hubrechtella ijimai (Takakura, 1922) comb. nov., ZIHU3122, female, drawing of a transverse section through the anterior intestinal region showing the arrangement of internal organs. BM, basement membrane; DV, middorsal vessel; EP, epidermis; IN, intestine; LL, lateral blood lacuna; LM, bodywall longitudinal muscle layer; LN, lateral nerve cord; LV, lateral blood vessel; NF, neurofibrous layer; OC, bodywall outer circular muscle layer; PR, proboscis; UD, upper middorsal nerve.
FIGURE 13 in Four palaeonemerteans (Nemertea: Anopla) from a tidal flat in middle Honshu, Japan
FIGURE 13. Callinera nishikawai sp. nov. Holotype, female, ZIHU3133. A, transverse section through the first region (referred to as Bergendal's region in the present paper) of the proboscis. B, transverse section through the second region of the proboscis. C, tangential section of the proboscis showing the well developed circular muscles, shown by the arrowhead, between the first and second regions of the proboscis. D, transverse section through the third region of the proboscis. E, 3D reconstruction of the styletlike apparatus of the proboscis, anterior to left. F–I, anteriortoposterior transverse sections through the styletlike apparatus. J, transverse section through the fifth region of the proboscis; arrowhead indicates proboscis lumen. K, transverse section through the posterior portion of the fifth region of the proboscis. PN, proboscis nerve.
FIGURE 12 in Four palaeonemerteans (Nemertea: Anopla) from a tidal flat in middle Honshu, Japan
FIGURE 12. Callinera nishikawai sp. nov. Holotype, female, ZIHU3133. Drawing of a transverse section through the posterior foregut region. BM, basement membrane; DM, diagonal muscle layer; EP, epidermis; FG, foregut; IC, bodywall inner circular muscle layer; LM, bodywall longitudinal muscle layer; LN, lateral nerve cord; LV, lateral blood vessel; OC, bodywall outer circular muscle layer; PR, proboscis; RL, rhynchocoel longitudinal muscle layer; RV, rhynchocoel vessel.
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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.
Annotated Behaviour and Observability Dataset (ABODe)
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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.