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194 results for “Tributaries”
Distribution. Amur River and tributaries in Russian Far East (E from Zeya River) and S through Korean Peninsula and C & E China to E Sichuan and N Guangdong. in Erinaceidae
Distribution. Amur River and tributaries in Russian Far East (E from Zeya River) and S through Korean Peninsula and C & E China to E Sichuan and N Guangdong.
Distribution. SE Ecuador and NE Peru, known from five localities associated with N & S bank tributaries of Rio Maranon. in Cricetidae
Distribution. SE Ecuador and NE Peru, known from five localities associated with N & S bank tributaries of Rio Maranon.
Distribution. Restricted to E bank tributaries of Rio Iténez in Beni and Santa Cruz departments, NE Bolivia. in Cricetidae
Distribution. Restricted to E bank tributaries of Rio Iténez in Beni and Santa Cruz departments, NE Bolivia.
Subspecies and Distribution. C.w.wolfiMeyer,1891—DRCongo,betweentheCongoandSankururivers;StotheKasaiRiver(7°30"S);theCongo-LualabariversystemappearstobethemajorbarrierintheNandE. C.w.elegans—Dubois&Matschie,1912—DRCongobetweentheLomamiandLualabarivers(2—4°S),StothesavannaandNtothebarrierofaswampforestthatseparatesitfromthesubspecieswolfi. C. w. pyrogaster Lonnberg, 1919 — DR Congo S of Kasai River, limited to a narrow area between the Kwango River in the W and the Lulua River, a tributary of the Kasai River, in the E. in Cercopithecidae
Subspecies and Distribution. C.w.wolfiMeyer,1891—DRCongo,betweentheCongoandSankururivers;StotheKasaiRiver(7°30"S);theCongo-LualabariversystemappearstobethemajorbarrierintheNandE. C.w.elegans—Dubois&Matschie,1912—DRCongobetweentheLomamiandLualabarivers(2—4°S),StothesavannaandNtothebarrierofaswampforestthatseparatesitfromthesubspecieswolfi. C. w. pyrogaster Lonnberg, 1919 — DR Congo S of Kasai River, limited to a narrow area between the Kwango River in the W and the Lulua River, a tributary of the Kasai River, in the E.
F in The Simuliidae (Diptera) of the River Oder and its tributaries, with special reference to the re-appearance of Simulium (Schoenbaueria) nigrum (Meigen) in larger rivers in Central Europe
F. 4. Breakwaters on the lower course of the Oder at Reitwein (52°29.932 N, 14°37.823 E) during normal water levels.
F in The Simuliidae (Diptera) of the River Oder and its tributaries, with special reference to the re-appearance of Simulium (Schoenbaueria) nigrum (Meigen) in larger rivers in Central Europe
F. 2. Diagrams to show the proportions of aquatic stages of blackfly species in the lower course of the Oder, from Lebus to Szczecin (close to the mouth of the Oder in the Stettiner Haff).
FIGURES 20–25. Delicatophycus liuweii SEM. Internal views. 20–21 in Delicatophycus liuweii sp. nov., a new cymbelloid diatom (Bacillariophyceae) from an upper tributary of the Liujiang River, Guangxi, China
FIGURES 20–25. Delicatophycus liuweii SEM. Internal views. 20–21. internal view of a whole valve. 22–23. Showing valve apices. No differentiated porelli are apparent. 24–25. Internal view of valve center, 3–6 slit-like stigmata on the ventral side marked by irregular marginal tooth-like structures. Scale bars =2 μm.
Figure 5 in The impact of the Congo River and its tributaries on the rodent genus Praomys: speciation origin or range expansion limit?
Figure 5. Canonical analysis showing Praomys mutoni (left-bank specimens only), Praomys minor, and a group of specimens from the Central African Republic (CAR), including two specimens from Kisangani that are craniometrically similar to the CAR specimens (both are classified correctly in the CON-RCA (Congo - central African republic) operational taxonomical unit, OTU, not shown). The percentage of individuals correctly classified by the canonical analysis in the OTU is given in the header, together with the number of individuals correctly classified out of the total number of individuals. The genetic clade is indicated if specimens within the OTU were sequenced.
Figure 1 in The impact of the Congo River and its tributaries on the rodent genus Praomys: speciation origin or range expansion limit?
Figure 1. Map of Central Africa (inset: region of Kisangani in detail). Sampling localities are indicated with colours corresponding to the clade colours in Figure 2. Clade coulours: purple, clade I, Praomys jacksoni s.s.; brown, clade II, Praomys cf. jacksoni sp. nov; yellow, clade III, Praomys minor; orange, clade IV, Praomys cf. jacksoni; red, clade V, Praomys mutoni; green, clade VI, Praomys misonnei; and blue, clade VII, Praomys lukolelae. Sampling localities in Central Africa: 1, Kili; 2, Ngoud; 3, Réserve de faune du Dja; 4, Mayibout; 5, Odzala; 6, Réserve forestière de la Léfini; 7, Ngotto, Londo and Moloukou; 8, Lukolela; 9, Bamingui-Brendja; 10, Bohou; 11, Epulu; 12, Irangi; 13, Maragnagambo and Ruwenzori East; 14, Ankole (District); 15, Budongo, Malabigambo, Kigezi, Bufumira, Bubeke, Mbanga, Entebbe, Bugala Island (Kalangala), and Bukasa; 16, Nakiloro and Mount Elgon (Benet); 17, Kakamega; 18. Mount Kenya, Aberdares, and Gatamaiyu.
Figure 3 in The impact of the Congo River and its tributaries on the rodent genus Praomys: speciation origin or range expansion limit?
Figure 3. Canonical analysis revealing the presence of Praomys mutoni, Praomys misonnei, and Praomys lukolelae in the region of Kisangani, and that also illustrates that P. mutoni is craniometrically similar on both banks of the Congo River (dashed line, P. mutoni right-bank operational taxonomical unit, OTU). The percentage of individuals correctly classified by the canonical analysis in the OTU is given in the header, together with the number of individuals correctly classified out of the total number of individuals. The genetic clade is indicated if specimens within the OTU were sequenced. Ellipses represent 95%.
Figure 2. Phylogenetic relationships among the 78 in The impact of the Congo River and its tributaries on the rodent genus Praomys: speciation origin or range expansion limit?
Figure 2. Phylogenetic relationships among the 78 Praomys specimens retained, based on the maximum likelihood tree (PHYML). The total number of sequenced specimens from this clade in our unpublished data is noted in brackets. Support values: maximum parsimony, MP ± 85%; maximum likelihood, ML ± 85%; and Markov chain Monte Carlo, MCMC ± 0.99. Solid black nodes are supported by all three analyses, nodes with diagonal stripes are supported by MP and ML analyses, and nodes with horizontal lines are supported by MP and Bayesian analyses. Open nodes are only supported by MP. Country codes follow the ISO list: BF, Burkino Faso; BJ, Benin; CD, Democratic Republic of Congo; CF, Central African Republic; CG, Republic of the Congo (Brazzaville); CI, Ivory Coast; CM, Cameroon; GA, Gabon; GN, Guinea; KE, Kenya; LR, Liberia; ML, Mali; NG, Nigeria; SL, Sierra Leone; SN Senegal; TZ, Tanzania. The species abbreviation Mve stands for Praomys verschureni (identified as Malacomys on GenBank).
C:N:P stoichiometric indicator of net primary production of Cynodon dactylon (Linn.) Pers. in the riparian zone of a Three Gorges tributary
<p>Net primary production (NPP) was strongly influenced by the flooding stress, which is closely related to carbon (C), nitrogen (N) and phosphorus (P) allocation in plant aboveground (leaf-stem) and belowground (root) biomass. However, the relationship of NPP with the C:N:P stoichiometric ratio in plant tissues remains unknown, especially in the riparian zone of the Three Gorges Reservoir (TGR). In this study, the leaf-stem and root C, N, P content and biomass of <i>Cynodon dactylon (Linn.) Pers. </i>(<i>C. dactylon</i>) were investigated at the 145-155m, 155-165m and 165-175m altitudes of the riparian zone in TGR tributary-Pengxi River. The results showed that the biomass and NPP of <i>C. dactylon</i> had a similar trend along the riparian zone altitudes. The root showed much lower N and P content, but much higher N and P use efficiency with higher C:N and C:P ratio than that of leaf-stem under N limitation condition. Hydrological and C:N:P stoichiometric variables could predict 68% of the NPP variance. NPP was positively directly correlated to C:N in the stem-leaf to root ratio (C:N<sub>stem-leaf/root</sub>) and C:P ratio in the root<sub> </sub>(C:P<sub>root </sub>ratio ), thus could be regarded as the indicators of NPP in the riparian zone of the TGR.</p>
FIG. 3 in Ecosystem Functions of a Spring-Fed Tributary in Providing Foraging Habitat and Thermal Refuge for Juvenile Masu Salmon
FIG. 3. Seasonal changes in the population density of juvenile Oncorhynchus masou masou in the spring-fed tributary (A) and runoff tributary (B) reaches. Gray bands indicate the 95% confidence intervals of the estimated population densities.
FIG. 2 in Ecosystem Functions of a Spring-Fed Tributary in Providing Foraging Habitat and Thermal Refuge for Juvenile Masu Salmon
FIG. 2. Flow (A) and temperature (B) regimes of the spring-fed and runoff tributaries and mainstems. *Water levels were initially set to 0 cm (at the onset of monitoring).
Data for the "Hydrodynamic response of channel flow confluence to the tributary floodplain topography"
<p>These are data for the manuscript named "Hydrodynamic response of channel flow confluence to the tributary floodplain topography“. If you have any qusetion about the data, please contact us.</p>
C:N:P stoichiometric indicator of net primary production of Cynodon dactylon (Linn.) Pers. in the riparian zone of a Three Gorges tributary
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Data from: Investigation of nitrogen and phosphorus contents in water in the tributaries of Danjiangkou Reservoir
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Data from: Environmental DNA detection of rare and invasive fish species in two Great Lakes tributaries
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Tributary confluences are dynamic thermal refuges for a juvenile salmonid in a warming river network
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Fig. 2 in Food resource partitioning among species of Astyanax (Characiformes: Characidae) in the Lower Iguaçu River and tributaries, Brazil
Fig. 2. Volumetric percentage of the origin of food items in the diet of Astyanax species in the Low Iguaçu River and tributaries in Brazil.
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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
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
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
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