FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2978346389> ?p ?o ?g. }

• W2978346389 endingPage "117039" @default.
• W2978346389 startingPage "117039" @default.
• W2978346389 abstract "The Indian subcontinent (IS) is a region of increasing economic growth, urbanization, and consequently, anthropogenic emissions, altering tropospheric ozone (O3) over the region with impacts on the lives and health of 1.3 billion people. We have developed a comprehensive data set of the tropospheric O3 for 16 years (2000–2015) for the region between 50-115°E and 0–45°N, focusing on the IS. The data set included available balloon-borne, aircraft, and satellite-based measurements. We used a global three-dimensional chemical transport model, GEOS-Chem, at a 2° × 2.5° resolution to calculate daily tropospheric O3 over the region. The simulated O3 abundances in the boundary layer and lower, mid, and upper troposphere were compared with ozonesonde, aircraft, and satellite observations. The statistical analyses indicate that the model simulated boundary layer and lower, mid, and upper tropospheric O3 column abundances reasonably well with a mean bias ~1–3 DU in comparison to observations, but within the uncertainties of the observations. The model reproduced the vertical profiles of O3 and CO with a bias of less than 20% over different regions in the IS. The simulated tropospheric column NO2 was higher by a factor of ~1.5 compared to satellite observations. The model reproduced the regional difference in seasonal variations of tropospheric column O3 as observed by the Ozone Monitoring Instrument. We conclude that the CO emissions from the IS are underestimated while those of NOx are overestimated, both by around 20–30%." @default.
• W2978346389 created "2019-10-10" @default.
• W2978346389 creator A5021026341 @default.
• W2978346389 creator A5028213538 @default.
• W2978346389 creator A5032789461 @default.
• W2978346389 creator A5043435216 @default.
• W2978346389 creator A5049434478 @default.
• W2978346389 creator A5053994402 @default.
• W2978346389 creator A5078186110 @default.
• W2978346389 date "2019-12-01" @default.
• W2978346389 modified "2023-10-17" @default.
• W2978346389 title "Tropospheric ozone over the Indian subcontinent from 2000 to 2015: Data set and simulation using GEOS-Chem chemical transport model" @default.
• W2978346389 cites W1559153677 @default.
• W2978346389 cites W1569385087 @default.
• W2978346389 cites W1629506230 @default.
• W2978346389 cites W1709520312 @default.
• W2978346389 cites W1862105058 @default.
• W2978346389 cites W1894008648 @default.
• W2978346389 cites W1943880065 @default.
• W2978346389 cites W1969834329 @default.
• W2978346389 cites W1976980884 @default.
• W2978346389 cites W1978153810 @default.
• W2978346389 cites W1979421088 @default.
• W2978346389 cites W1986062747 @default.
• W2978346389 cites W1986840430 @default.
• W2978346389 cites W1988684440 @default.
• W2978346389 cites W1991954766 @default.
• W2978346389 cites W1992410486 @default.
• W2978346389 cites W2001436182 @default.
• W2978346389 cites W2003819082 @default.
• W2978346389 cites W2004661833 @default.
• W2978346389 cites W2005789004 @default.
• W2978346389 cites W2011472763 @default.
• W2978346389 cites W2011500080 @default.
• W2978346389 cites W2014931100 @default.
• W2978346389 cites W2017220203 @default.
• W2978346389 cites W2025171076 @default.
• W2978346389 cites W2033167669 @default.
• W2978346389 cites W2035710500 @default.
• W2978346389 cites W2038356934 @default.
• W2978346389 cites W2041168099 @default.
• W2978346389 cites W2045252193 @default.
• W2978346389 cites W2046368721 @default.
• W2978346389 cites W2047462322 @default.
• W2978346389 cites W2050891247 @default.
• W2978346389 cites W2056749632 @default.
• W2978346389 cites W2065195967 @default.
• W2978346389 cites W2065856729 @default.
• W2978346389 cites W2070533532 @default.
• W2978346389 cites W2071556276 @default.
• W2978346389 cites W2076861176 @default.
• W2978346389 cites W2084059271 @default.
• W2978346389 cites W2096900909 @default.
• W2978346389 cites W2099905167 @default.
• W2978346389 cites W2102843477 @default.
• W2978346389 cites W2102948292 @default.
• W2978346389 cites W2103394287 @default.
• W2978346389 cites W2111660147 @default.
• W2978346389 cites W2112442849 @default.
• W2978346389 cites W2114802047 @default.
• W2978346389 cites W2119567876 @default.
• W2978346389 cites W2124153666 @default.
• W2978346389 cites W2125803230 @default.
• W2978346389 cites W2129420167 @default.
• W2978346389 cites W2133220833 @default.
• W2978346389 cites W2147983221 @default.
• W2978346389 cites W2151181273 @default.
• W2978346389 cites W2151848396 @default.
• W2978346389 cites W2154710695 @default.
• W2978346389 cites W2155829461 @default.
• W2978346389 cites W2163747888 @default.
• W2978346389 cites W2164197621 @default.
• W2978346389 cites W2164567703 @default.
• W2978346389 cites W2167225704 @default.
• W2978346389 cites W2167530014 @default.
• W2978346389 cites W2170202293 @default.
• W2978346389 cites W2170849738 @default.
• W2978346389 cites W2190067011 @default.
• W2978346389 cites W2202013945 @default.
• W2978346389 cites W2304076871 @default.
• W2978346389 cites W2338187201 @default.
• W2978346389 cites W2417776180 @default.
• W2978346389 cites W2530095340 @default.
• W2978346389 cites W2575591472 @default.
• W2978346389 cites W2611561848 @default.
• W2978346389 cites W2738101449 @default.
• W2978346389 cites W2751634377 @default.
• W2978346389 cites W2756670892 @default.
• W2978346389 cites W2783562159 @default.
• W2978346389 cites W2786604241 @default.
• W2978346389 cites W2794987129 @default.
• W2978346389 cites W2901175206 @default.
• W2978346389 cites W2904895227 @default.
• W2978346389 cites W2955601895 @default.
• W2978346389 cites W4299322449 @default.
• W2978346389 cites W2965546720 @default.
• W2978346389 doi "https://doi.org/10.1016/j.atmosenv.2019.117039" @default.
• W2978346389 hasPublicationYear "2019" @default.

• next