FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3021541185> ?p ?o ?g. }

• W3021541185 endingPage "46" @default.
• W3021541185 startingPage "46" @default.
• W3021541185 abstract "The insolation a planet receives from its parent star is the main driver of the climate and depends on the planet's orbital configuration. Planets with non-zero obliquity and eccentricity experience seasonal insolation variations. As a result, the climate exhibits a seasonal cycle, with its strength depending on the orbital configuration and atmospheric characteristics. In this study, using an idealized general circulation model, we examine the climate response to changes in eccentricity for both zero and non-zero obliquity planets. In the zero obliquity case, a comparison between the seasonal response to changes in eccentricity and perpetual changes in the solar constant shows that the seasonal response strongly depends on the orbital period and radiative timescale. More specifically, using a simple energy balance model, we show the importance of the latitudinal structure of the radiative timescale in the climate response. We also show that the response strongly depends on the atmospheric moisture content. The combination of an eccentric orbit with non-zero obliquity is complex, as the insolation also depends on the perihelion position. Although the detailed response of the climate to variations in eccentricity, obliquity, and perihelion is involved, the circulation is constrained mainly by the thermal Rossby number and the maximum temperature latitude. Finally, we discuss the importance of different planetary parameters that affect the climate response to orbital configuration variations." @default.
• W3021541185 created "2020-05-13" @default.
• W3021541185 creator A5029226983 @default.
• W3021541185 creator A5036348596 @default.
• W3021541185 date "2020-09-21" @default.
• W3021541185 modified "2023-10-12" @default.
• W3021541185 title "Atmospheric Dynamics on Terrestrial Planets with Eccentric Orbits" @default.
• W3021541185 cites W142156371 @default.
• W3021541185 cites W1917075353 @default.
• W3021541185 cites W1965679932 @default.
• W3021541185 cites W1971835449 @default.
• W3021541185 cites W1986579444 @default.
• W3021541185 cites W2009136847 @default.
• W3021541185 cites W2012122274 @default.
• W3021541185 cites W2027780622 @default.
• W3021541185 cites W2047751764 @default.
• W3021541185 cites W2052975256 @default.
• W3021541185 cites W2055478960 @default.
• W3021541185 cites W2059809169 @default.
• W3021541185 cites W2064065475 @default.
• W3021541185 cites W2064797278 @default.
• W3021541185 cites W2067378138 @default.
• W3021541185 cites W2067919405 @default.
• W3021541185 cites W2080973334 @default.
• W3021541185 cites W2085391280 @default.
• W3021541185 cites W2088554718 @default.
• W3021541185 cites W2091591798 @default.
• W3021541185 cites W2099743374 @default.
• W3021541185 cites W2101776268 @default.
• W3021541185 cites W2102148809 @default.
• W3021541185 cites W2118611283 @default.
• W3021541185 cites W2119351603 @default.
• W3021541185 cites W2119858929 @default.
• W3021541185 cites W2122277707 @default.
• W3021541185 cites W2124057726 @default.
• W3021541185 cites W2132768279 @default.
• W3021541185 cites W2134437302 @default.
• W3021541185 cites W2135607622 @default.
• W3021541185 cites W2136512068 @default.
• W3021541185 cites W2143043219 @default.
• W3021541185 cites W2144312484 @default.
• W3021541185 cites W2153015746 @default.
• W3021541185 cites W2159712612 @default.
• W3021541185 cites W2162702020 @default.
• W3021541185 cites W2164630816 @default.
• W3021541185 cites W2220736670 @default.
• W3021541185 cites W2328514772 @default.
• W3021541185 cites W2550289038 @default.
• W3021541185 cites W2554389505 @default.
• W3021541185 cites W2560222380 @default.
• W3021541185 cites W2744758004 @default.
• W3021541185 cites W2751160779 @default.
• W3021541185 cites W2786692014 @default.
• W3021541185 cites W2903880180 @default.
• W3021541185 cites W2908460887 @default.
• W3021541185 cites W2917143444 @default.
• W3021541185 cites W2943445855 @default.
• W3021541185 cites W2949090801 @default.
• W3021541185 cites W2992128364 @default.
• W3021541185 cites W2995366186 @default.
• W3021541185 cites W3015681226 @default.
• W3021541185 cites W3038623393 @default.
• W3021541185 cites W3099187861 @default.
• W3021541185 cites W3099857841 @default.
• W3021541185 cites W3099898587 @default.
• W3021541185 cites W3101015605 @default.
• W3021541185 cites W3101543589 @default.
• W3021541185 cites W3101707945 @default.
• W3021541185 cites W3101888558 @default.
• W3021541185 cites W3102488594 @default.
• W3021541185 cites W3102668200 @default.
• W3021541185 cites W3103920178 @default.
• W3021541185 cites W3104146260 @default.
• W3021541185 cites W3105071262 @default.
• W3021541185 cites W3105695945 @default.
• W3021541185 cites W3106268550 @default.
• W3021541185 cites W3121965341 @default.
• W3021541185 cites W3123492532 @default.
• W3021541185 cites W4229698746 @default.
• W3021541185 cites W4230043286 @default.
• W3021541185 doi "https://doi.org/10.3847/1538-4357/abaef8" @default.
• W3021541185 hasPublicationYear "2020" @default.
• W3021541185 type Work @default.
• W3021541185 sameAs 3021541185 @default.
• W3021541185 citedByCount "8" @default.
• W3021541185 countsByYear W30215411852020 @default.
• W3021541185 countsByYear W30215411852021 @default.
• W3021541185 countsByYear W30215411852022 @default.
• W3021541185 countsByYear W30215411852023 @default.
• W3021541185 crossrefType "journal-article" @default.
• W3021541185 hasAuthorship W3021541185A5029226983 @default.
• W3021541185 hasAuthorship W3021541185A5036348596 @default.
• W3021541185 hasBestOaLocation W30215411851 @default.
• W3021541185 hasConcept C121332964 @default.
• W3021541185 hasConcept C125311221 @default.
• W3021541185 hasConcept C154010619 @default.
• W3021541185 hasConcept C17744445 @default.
• W3021541185 hasConcept C190538878 @default.

• next