Search Results - Temperature (decrease OR increase)
Search alternatives:
- Temperature »
-
2141
Kiel Indoor Benthocosms
Published 2019Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2142
Methane fluxes in the foreland soil of Longxiazailongba Glacier on the Tibetan Plateau
Published 2022Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2143
Epidemiological study on some environmental and management parameters affecting on WSD occurrence in Fenneropenaeus indicus and Penaeus vannamei
Published 2016Fuente: AquaDocs / OceanDocsTipo de material: Recurso Open AccessAcceso al recurso -
2144
Feasibility study on semiintensive polyculture of chainess and Indian carps in I.R.IRAN (Guilan province)
Published 2011Fuente: AquaDocs / OceanDocsTipo de material: Recurso Open AccessAcceso al recurso -
2145
Laboratory particle reflectivity measurements of hollow glass microsphere products 'Potters 25P45' and '3M K1'
Published 2022Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2146
Sunflower mesh rheological properties analysis during pressing with varying temperature, pressure and oil content
Published 2019Fuente: AquaDocs / OceanDocsTipo de material: Recurso Open AccessAcceso al recurso -
2147
Spectral and Cross Spectral Analysis for IODP Site 361-U1476 SST and planktic d18Osw-ivc
Published 2023Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2148
Carbonate chemistry, temperature and salinity of Lady Elliot Island Reef 2009-2010
Published 2012Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2149
Seawater carbonate chemistry in Kongsfjorden, Svalbard, May 2009
Published 2009Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2150
Preliminary capture, husbandry and induced breeding results with the milkfish, Chanos chanos (Forskal)
Published 1976Fuente: AquaDocs / OceanDocsTipo de material: Recurso Open AccessAcceso al recurso -
2151
Table 1: Main characteristics of the BIOTA observatories included in this study & Table 3: Occurrence of termite taxa at the observatories
Published 2014Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2152
Climatic simulation from the equatorial Indian Ocean
Published 2022Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2153
Heat flow ratios of stations from the Iberian abyssal plain (Table 1)
Published 1997Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2154
Over-determined charbonate chemstry dataset from different kinds of manipulation (TA, DIC) and water types (natural and artificial seawater)
Published 2012Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2155
(Table 1) Sea ice and snow characteristics and heat fluxes observed during R/V Aurora Australis cruise to East Antarctica in September/October 2007
Published 2011Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2156
(Table 1) Experimental results of Kd at various conditions from ODP Hole 131-808C
Published 1996Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2157
Seawater carbonate chemistry and calcification rate of reef-building coral Siderastrea siderea
Published 2014Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso -
2158
Temperatura, salinidad, nutrientes y clorofila a en aguas costeras de la Ensenada del Sur de California
Published in Ciencias Marinas (2001)Fuente: Repositorio CICESE · Ciencias MarinasTipo de material: Recurso Open AccessDescripción: The seasonal variability of dissolved inorganic nutrients (phosphates, PO–34; nitrates, NO–3; nitrites, NO–2) and chlorophyll a was studied during five surveys in nearshore waters of the southern region of the Southern California Bight (SCB). The seasonal changes in the physical properties of the area are derived mainly from the regional processes of the adjacent Pacific Ocean. The water present in the coastal zone seems to be related to the dynamics of the California Current System and its seasonal variability. Highsalinity (33.7) and low-temperature (11ºC) water sampled in March and June is derived from upwelled subsurface water, and is associated with an increase in nutrient concentrations (nitrates, 127 µmol m–2; phosphates, 22 µmol m–2) and chlorophyll a (74 mg m–2) in the water column. The cool and relatively high-salinity water is the result of the mixing of modified Subarctic Water with Equatorial Pacific Water, which flows into SCB during coastal upwellings. The increase in temperature (~18°C) and decrease in salinity (~33.4) during September and October can be explained by the decrease in coastal upwelling due to reduced wind stress. During these months, there is an increase in the flow of warmer and surface water that is poor in nutrients, derived from the cyclonic eddy off the coast of SCB. The seasonal variability of temperature and salinity measured in the coastal zone follows the general pattern of the southern region of the SCB. Durante cinco muestreos realizados en aguas costeras del sur de la Ensenada del Sur de California (ESC), se estudió la variabilidad estacional de los nutrientes inorgánicos disueltos (fosfatos, PO–34;nitratos, NO–3; nitritos, NO–2) y clorofila a. Los cambios estacionales de las propiedades físicas en el área son principalmente derivados de los procesos regionales del Océano Pacífico adyacente. El agua presente en la zona costera parece estar relacionada con la dinámica del sistema de la Corriente de California y su variabilidad estacional. Durante los muestreos de marzo y junio se encontró agua con baja temperatura (11ºC) y alta salinidad (33.7), derivada del afloramiento de aguas subsuperficiales. Esta agua fría y salina está asociada con un incremento de las concentraciones de nutrientes en la columna de agua (127 µmol m–2 de nitratos y 22 µmol m–2 de fosfatos) y clorofila a (74 mg m–2). Las aguas frías y de relativa alta salinidad son el resultado de la mezcla del Agua Subártica modificada y Agua del Pacífico Ecuatorial, que fluye hacia la superficie de la ESC durante los periodos de afloramientos costeros. El incremento en la temperatura (~18°C) y el decremento en la salinidad (~33.4) durante septiembre y octubre es resultado de la disminución del afloramiento costero derivado del debilitamiento del esfuerzo del viento en la zona. Durante estos meses se incrementa el flujo de agua superficial más caliente y pobre en nutrientes, derivada del giro ciclónico frente a la costa de la ESC. La variabilidad estacional de la temperatura y salinidad medida en la zona costera sigue el patrón general de la región sur de la ESC, determinado por estudios mucho más extensos en tiempo y espacio.Acceso al recurso -
2159
Resposta das algas perifíticas da planície de inundação do alto rio Paraná às alterações de temperatura e ao enriquecimento artificial de nutrientes.
Published 2008Fuente: AquaDocs / OceanDocsTipo de material: Recurso Open AccessAcceso al recurso -
2160
Geographical variation in shell morphology of juvenile snails (Concholepas concholepas) along the physical-chemical gradient of the Chilean coast
Published 2013Fuente: PANGAEATipo de material: Dataset Open AccessAcceso al recurso