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17 results for “Trans-Himalayan”
Dataset of the article "Bayesian phylogenetics illuminate shallower relationships in Trans-Himalayan languages in Tibet-Arunachal area"
<p>This repository archives the dataset of the article "Bayesian phylogenetics illuminate shallower relationships in Trans-Himalayan languages in Tibet-Arunachal area". The cognate annotation of Tshangla, Kho-Bwa, Hrusish, Mishmic, and Tani languages were done by us. The cognate decision on the other languages was annotated by Sagart et al. (2019). Please use the following information to cite our work: <br> Wu, M.-S, Bodt, T. A, Tresoldi, T. (2022). Bayesian phylogenetics illuminate shallower relationships Trans-Himalayan languages in the Tibet-Arunachal area. Linguistics of the Tibeto-Burman Area. [forthcoming]</p>
Heat map of Trans-Himalayan languages
<p>This is a modified heat map showing the Trans-Himalayan languages used in the study by Wu, Bodt and Tresoldi (accepted; Supplement, page 11, Figure 4). The map has also been used in the publication Bodt (accepted).</p> <p>Wu, Mei-Shin, Timotheus A. Bodt & Tiago Tresoldi. accepted. Bayesian phylogenetics illuminate shallower relationships among Trans-Himalayan languages in the Tibet-Arunachal area. <em>Linguistics of the Tibeto-Burman Area.</em></p> <p>Bodt, Timotheus Adrianus. accepted. <em>Proto-Western Kho-Bwa: Reconstructing the past of a small indigenous community.</em> Academia Sinica Language and Linguistics monograph series.</p> <p> </p>
Data for: Glacial and Periglacial Geomorphology of the Drang Drung, Haskira, and Pensilungpa glaciers, Trans-Himalayan Ladakh, India
<p>The geopackage contains the glacial and periglacial geomorphological landforms/features of Drang Drung, Haskira and Pensilungpa glacier valleys mapped from a combination of Planetscope images and Pléiades data (images and digital surface model)</p>
Data from: Understanding carnivore interactions in a cold arid trans-Himalayan landscape: What drives co-existence patterns within predator guild along varying resource gradients?
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Data from: Response of the red fox to expansion of human habitation in the Trans-Himalayan mountains
Habitat modification through rural and urban expansions negatively impacts most wildlife species. However, anthropogenic food sources in habitations can benefit certain species. The red fox Vulpes vulpes can exploit anthropogenic food, but human subsidies sometimes also sustain populations of its potential competitor, the free-ranging dog Canis familiaris. As human habitations expand, populations of free-ranging dog are increasing in many areas, with unknown effects on wild commensal species such as the red fox. We examined occurrence and diet of red fox along a gradient of village size in a rural mountainous landscape of the Indian Trans-Himalaya. Diet analyses suggest substantial use of anthropogenic food (livestock and garbage) by red fox. Contribution of livestock and garbage to diet of red fox declined and increased, respectively, with increasing village size. Red fox occurrence did not show a clear relationship with village size. Red fox occurrence showed weak positive relationships with density of free-ranging dog and garbage availability, respectively, while density of free-ranging dog showed strong positive relationships with village size and garbage availability, respectively. We highlight the potential conservation concern arising from the strong positive association between density of free-ranging dog and village size.
FIGURE 9 in An updated checklist of the vascular flora of the Trans-Himalayan region of Ladakh, India
FIGURE 9. Number of species belonging to different (a) habit and (b) lifespan categories in the vascular flora of Ladakh.
FIGURE 6 in An updated checklist of the vascular flora of the Trans-Himalayan region of Ladakh, India
FIGURE 6. Representative Himalayan near endemic plants in Ladakh: (a) Aquilegia nivalis, (b) Inula racemosa, (c) Rheum webbianum, (d) Dactylorhiza hatagirea, (e) Rheum tibeticum, (f) Inula royleana, (g) Arnebia guttata,(h) Arnebia euchroma,(i) Meconopsis aculeata, (j) Meconopsis latifolia, (k) Onosma hispida (l) Morina coulteriana, (m) Primula macrophylla (n) Aconitum heterophyllum, (o) Aconitum violaceum, (p) Christolea crassifolia, (q) Primula denticulata, (r) Saussurea bracteata, (s) Podophyllum hexandrum, (t) Picrorhiza kurroa.
FIGURE 8 in An updated checklist of the vascular flora of the Trans-Himalayan region of Ladakh, India
FIGURE 8. Representative shrubs and trees of Ladakh: (a) Cotoneaster integerrimus, (b) Sorbaria tomentosa, (c) Hippophae rhamnoides, (d) Ribes orientale, (e) Salix caesia, (f) Lycium ruthenicum, (g) Rosa webbiana (h) Ephedra intermedia, (i) Farinopsis salesoviana, (j) Populus alba, (k) Morus alba (l) Prunus armeniaca. (m) Juniperus semiglobosa, (n) Elaeagnus angustifolia.
FIGURE 7 in An updated checklist of the vascular flora of the Trans-Himalayan region of Ladakh, India
FIGURE 7. Representative medicinal plants of Ladakh: (a) Geranium himalayense, (b) Cremanthodium ellisii, (c) Echinops cornigerus, (d) Prangos pabularia, (e) Cousinia thomsonii, (f) Campanula cashmeriana, (g) Oxyria digyna, (h) Swertia petiolata, (i) Allardia glabra, (j) Koenigia tortuosa, (k) Pedicularis bicornuta, (l) Iris hookeriana, (m) Aquilegia fragrans, (n). Physochlaina praealta, (o) Allium carolinianum, (p) Peganum harmala, (q) Delphinium brunonianum, (r) Dracocephalum heterophyllum, (s) Hippuris vulgaris, (t) Richteria pyrethroides, (u) Taraxacum officinale.
Data from: Response of the red fox to expansion of human habitation in the Trans-Himalayan mountains
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FIGURE 5 in An updated checklist of the vascular flora of the Trans-Himalayan region of Ladakh, India
FIGURE 5. The fifteen largest genera (with number of taxa) in the vascular flora of Ladakh.
FIGURE 3 in An updated checklist of the vascular flora of the Trans-Himalayan region of Ladakh, India
FIGURE 3. Map of study region showing the sampling sites.
FIGURE 1 in An updated checklist of the vascular flora of the Trans-Himalayan region of Ladakh, India
FIGURE 1. Map of study area showing the past records and present surveyed records.
FIGURE 4 in An updated checklist of the vascular flora of the Trans-Himalayan region of Ladakh, India
FIGURE 4. The ten largest families in terms of number of taxa in the vascular flora of Ladakh.
FIGURE 2 in An updated checklist of the vascular flora of the Trans-Himalayan region of Ladakh, India
FIGURE 2. Different types of habitats found in the study region.
Predicting parasite dynamics in mixed-use trans-Himalayan pastures to underpin management of cross-transmission between livestock and bharal
<p>The complexities of multi-use landscapes require sophisticated approaches to addressing disease transmission risks. We explored gastro-intestinal nematode (GINs) infections in the North India Trans-Himalayas through a socio-ecological lens, integrating parasite transmission modelling with field surveys and local knowledge, and evaluated the likely effectiveness of potential interventions. Bharal (blue sheep; <i>Pseudois nayaur</i>), a native wild herbivore, and livestock share pasture year-round and livestock commonly show signs of GINs infection. While both wild and domestic ungulates had GINs infections, egg counts indicated significantly higher parasite burdens in bharal than livestock. However, due to higher livestock densities, they contributed more to the total count of eggs and infective larvae on pasture. Herders also reported health issues in their sheep and goats consistent with parasite infections. Model simulations suggested that pasture infectivity in this system is governed by historical pasture use and gradually accumulated larval development during the summer, with no distinct short-term flashpoints for transmission. The most effective intervention was consequently predicted to be early-season parasite suppression in livestock using temperature in spring as a cue. A one-month pause in egg output from livestock could lead to a reduction in total annual availability of infective larvae on pasture of 76%, potentially benefitting the health of both livestock and bharal. Modelling suggested that climate change over the past 33 years has led to no overall change in GINs transmission potential, but an increase in the relative influence of temperature over precipitation in driving pasture infectivity. Our study provides a transferable multi-pronged approach to investigating disease transmission, in order to support herders' livelihoods and conserve wild ungulates.</p>
Predicting parasite dynamics in mixed-use trans-Himalayan pastures to underpin management of cross-transmission between livestock and bharal
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