Matches in SemOpenAlex for { <https://semopenalex.org/work/W2914751750> ?p ?o ?g. }
- W2914751750 endingPage "1963" @default.
- W2914751750 startingPage "1945" @default.
- W2914751750 abstract "Abstract Physical and biogeochemical observations from an autonomous profiling Argo float in the Bay of Bengal show significant changes in upper ocean structure during the passage of tropical cyclone (TC) Hudhud (7–14 October 2014). TC Hudhud mixed water from a depth of about 50 m into the surface layers through a combination of upwelling and turbulent mixing. Mixing was extended into the depth of nutricline, the oxycline, and the subsurface‐chlorophyll‐maximum and thus had a strong impact on the biogeochemistry of the upper ocean. Before the storm, the near‐surface layer was nutrient depleted and was thus oligotrophic with the chlorophyll‐ a concentration of less than 0.15 mg/m 3 . Storm mixing initially increased the chlorophyll by 1.4 mg/m 3 , increased the surface nitrate concentration to about 6.6 μM/kg, and decreased the subsurface dissolved oxygen (30–35 m) to 31% of saturation (140 μM). These conditions were favorable for phytoplankton growth resulting in an estimated increase in primary productivity averaging 1.5 g C·m −2 ·day −1 over 15 days. During this bloom, chlorophyll‐ a increased by 3.6 mg/m 3 , and dissolved oxygen increased from 111% to 123% of saturation. Similar observations during TC Vardah (6–12 December 2016) showed much less mixing. Our analysis suggests that relatively small (high) translation speed and the presence of cold (warm) core eddy leads to strong (weak) oceanic response during TC Hudhud (TC Vardah ). Thus, although cyclones can cause strong biogeochemical responses in the Bay of Bengal, the strength of response depends on the properties of the storm and the prevailing upper ocean structure such as the presence of mesoscale eddies." @default.
- W2914751750 created "2019-02-21" @default.
- W2914751750 creator A5007914553 @default.
- W2914751750 creator A5018617195 @default.
- W2914751750 creator A5020702964 @default.
- W2914751750 creator A5026856644 @default.
- W2914751750 creator A5032459331 @default.
- W2914751750 creator A5038482607 @default.
- W2914751750 creator A5049043026 @default.
- W2914751750 creator A5066998482 @default.
- W2914751750 creator A5071241890 @default.
- W2914751750 creator A5073780162 @default.
- W2914751750 creator A5078492839 @default.
- W2914751750 creator A5090409289 @default.
- W2914751750 date "2019-03-01" @default.
- W2914751750 modified "2023-10-09" @default.
- W2914751750 title "Quantifying Tropical Cyclone's Effect on the Biogeochemical Processes Using Profiling Float Observations in the Bay of Bengal" @default.
- W2914751750 cites W1495828933 @default.
- W2914751750 cites W1518770248 @default.
- W2914751750 cites W1524306536 @default.
- W2914751750 cites W1579788615 @default.
- W2914751750 cites W1603448988 @default.
- W2914751750 cites W1633092280 @default.
- W2914751750 cites W1639204067 @default.
- W2914751750 cites W1803905400 @default.
- W2914751750 cites W1942058982 @default.
- W2914751750 cites W1966741944 @default.
- W2914751750 cites W1967496651 @default.
- W2914751750 cites W1970089610 @default.
- W2914751750 cites W1973984814 @default.
- W2914751750 cites W1979803504 @default.
- W2914751750 cites W1983102725 @default.
- W2914751750 cites W1984060428 @default.
- W2914751750 cites W1987916220 @default.
- W2914751750 cites W1996912616 @default.
- W2914751750 cites W1997280844 @default.
- W2914751750 cites W1997702663 @default.
- W2914751750 cites W2001578762 @default.
- W2914751750 cites W2004463485 @default.
- W2914751750 cites W2006063643 @default.
- W2914751750 cites W2007313587 @default.
- W2914751750 cites W2007625699 @default.
- W2914751750 cites W2008666370 @default.
- W2914751750 cites W2015554925 @default.
- W2914751750 cites W2016570116 @default.
- W2914751750 cites W2018349600 @default.
- W2914751750 cites W2018846628 @default.
- W2914751750 cites W2020107158 @default.
- W2914751750 cites W2021734244 @default.
- W2914751750 cites W2025598823 @default.
- W2914751750 cites W2029222794 @default.
- W2914751750 cites W2029363411 @default.
- W2914751750 cites W2035409758 @default.
- W2914751750 cites W2036246998 @default.
- W2914751750 cites W2037775701 @default.
- W2914751750 cites W2040364726 @default.
- W2914751750 cites W2040533063 @default.
- W2914751750 cites W2045885526 @default.
- W2914751750 cites W2046578675 @default.
- W2914751750 cites W2046772901 @default.
- W2914751750 cites W2051663919 @default.
- W2914751750 cites W2058313034 @default.
- W2914751750 cites W2060221356 @default.
- W2914751750 cites W2063935043 @default.
- W2914751750 cites W2065141406 @default.
- W2914751750 cites W2067697698 @default.
- W2914751750 cites W2067778845 @default.
- W2914751750 cites W2068942128 @default.
- W2914751750 cites W2071121321 @default.
- W2914751750 cites W2077224435 @default.
- W2914751750 cites W2078254882 @default.
- W2914751750 cites W2082265491 @default.
- W2914751750 cites W2087765083 @default.
- W2914751750 cites W2090058850 @default.
- W2914751750 cites W2094987107 @default.
- W2914751750 cites W2096670196 @default.
- W2914751750 cites W2108808553 @default.
- W2914751750 cites W2111782213 @default.
- W2914751750 cites W2114642727 @default.
- W2914751750 cites W2115185593 @default.
- W2914751750 cites W2117484182 @default.
- W2914751750 cites W2120004797 @default.
- W2914751750 cites W2124536441 @default.
- W2914751750 cites W2125507756 @default.
- W2914751750 cites W2126851605 @default.
- W2914751750 cites W2132294495 @default.
- W2914751750 cites W2133843670 @default.
- W2914751750 cites W2139158399 @default.
- W2914751750 cites W2139474773 @default.
- W2914751750 cites W2141467828 @default.
- W2914751750 cites W2145723790 @default.
- W2914751750 cites W2150372977 @default.
- W2914751750 cites W2160624586 @default.
- W2914751750 cites W2161524955 @default.
- W2914751750 cites W2162638727 @default.
- W2914751750 cites W2167348170 @default.
- W2914751750 cites W2167570311 @default.
- W2914751750 cites W2395131997 @default.