FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2789389117> ?p ?o ?g. }

• W2789389117 abstract "Knowing the spatial and temporal distribution of the underwater light field, i.e., the spectral and angular structure of the radiant intensity at any point in the water column, is essential to understanding the biogeochemical processes that control the composition and evolution of aquatic ecosystems and their impact on climate and reaction to climate change. At present, only a few properties are reliably retrieved from space, either directly or via water-leaving radiance. Existing satellite products are limited to planar photosynthetically available radiation (PAR) and ultraviolet (UV) irradiance above the surface and diffuse attenuation coefficient. Examples of operational products are provided, and their advantages and drawbacks are examined. The usefulness and convenience of these products notwithstanding, there is a need, as expressed by the user community, for other products, i.e., sub-surface planar and scalar fluxes, average cosine, spectral fluxes (UV to visible), diurnal fluxes, absorbed fraction of PAR by live algae (APAR), surface albedo, vertical attenuation, and heating rate, and for associating uncertainties to any product on a pixel-by-pixel basis. Methodologies to obtain the new products are qualitatively discussed in view of most recent scientific knowledge and current and future satellite missions, and specific algorithms are presented for some new products, namely sub-surface fluxes and average cosine. A strategy and roadmap (short, medium, and long term) for usage and development priorities is provided, taking into account needs and readiness level. Combining observations from satellites overpassing at different times and geostationary satellites should be pursued to improve the quality of daily-integrated radiation fields, and products should be generated without gaps to provide boundary conditions for general circulation and biogeochemical models. Examples of new products, i.e., daily scalar PAR below the surface, daily average cosine for PAR, and sub-surface spectral scalar fluxes are presented. A procedure to estimate algorithm uncertainties in the total uncertainty budget for above-surface daily PAR, based on radiative simulations for expected situations, is described. In the future, space-borne lidars with ocean profiling capability offer the best hope for improving our knowledge of sub-surface fields." @default.
• W2789389117 created "2018-03-29" @default.
• W2789389117 creator A5001527904 @default.
• W2789389117 creator A5014122969 @default.
• W2789389117 creator A5025145834 @default.
• W2789389117 creator A5030104268 @default.
• W2789389117 creator A5040113358 @default.
• W2789389117 creator A5050444907 @default.
• W2789389117 creator A5051658234 @default.
• W2789389117 creator A5054209744 @default.
• W2789389117 creator A5058924210 @default.
• W2789389117 creator A5072553193 @default.
• W2789389117 creator A5079240161 @default.
• W2789389117 date "2018-02-14" @default.
• W2789389117 modified "2023-10-06" @default.
• W2789389117 title "Satellite Radiation Products for Ocean Biology and Biogeochemistry: Needs, State-of-the-Art, Gaps, Development Priorities, and Opportunities" @default.
• W2789389117 cites W1532270673 @default.
• W2789389117 cites W1860322032 @default.
• W2789389117 cites W1975881204 @default.
• W2789389117 cites W1986021413 @default.
• W2789389117 cites W1991464748 @default.
• W2789389117 cites W1992010259 @default.
• W2789389117 cites W2005883769 @default.
• W2789389117 cites W2007425069 @default.
• W2789389117 cites W2012471223 @default.
• W2789389117 cites W2026800169 @default.
• W2789389117 cites W2029222794 @default.
• W2789389117 cites W2030749086 @default.
• W2789389117 cites W2033148357 @default.
• W2789389117 cites W2040123287 @default.
• W2789389117 cites W2044119708 @default.
• W2789389117 cites W2049411535 @default.
• W2789389117 cites W2049579307 @default.
• W2789389117 cites W2052514057 @default.
• W2789389117 cites W2053022429 @default.
• W2789389117 cites W2060437357 @default.
• W2789389117 cites W2064402331 @default.
• W2789389117 cites W2069714786 @default.
• W2789389117 cites W2075828063 @default.
• W2789389117 cites W2084231380 @default.
• W2789389117 cites W2085687328 @default.
• W2789389117 cites W2086814542 @default.
• W2789389117 cites W2087669129 @default.
• W2789389117 cites W2090294525 @default.
• W2789389117 cites W2104548825 @default.
• W2789389117 cites W2108084128 @default.
• W2789389117 cites W2109979560 @default.
• W2789389117 cites W2111630036 @default.
• W2789389117 cites W2113882197 @default.
• W2789389117 cites W2115338450 @default.
• W2789389117 cites W2119022049 @default.
• W2789389117 cites W2120544856 @default.
• W2789389117 cites W2126353128 @default.
• W2789389117 cites W2127721506 @default.
• W2789389117 cites W2128968708 @default.
• W2789389117 cites W2137896344 @default.
• W2789389117 cites W2139455631 @default.
• W2789389117 cites W2145344555 @default.
• W2789389117 cites W2151328940 @default.
• W2789389117 cites W2170696551 @default.
• W2789389117 cites W2172000614 @default.
• W2789389117 cites W2188098015 @default.
• W2789389117 cites W2268448246 @default.
• W2789389117 cites W2466624252 @default.
• W2789389117 cites W4206050372 @default.
• W2789389117 cites W4233728267 @default.
• W2789389117 doi "https://doi.org/10.3389/fmars.2018.00003" @default.
• W2789389117 hasPublicationYear "2018" @default.
• W2789389117 type Work @default.
• W2789389117 sameAs 2789389117 @default.
• W2789389117 citedByCount "27" @default.
• W2789389117 countsByYear W27893891172018 @default.
• W2789389117 countsByYear W27893891172019 @default.
• W2789389117 countsByYear W27893891172020 @default.
• W2789389117 countsByYear W27893891172021 @default.
• W2789389117 countsByYear W27893891172022 @default.
• W2789389117 countsByYear W27893891172023 @default.
• W2789389117 crossrefType "journal-article" @default.
• W2789389117 hasAuthorship W2789389117A5001527904 @default.
• W2789389117 hasAuthorship W2789389117A5014122969 @default.
• W2789389117 hasAuthorship W2789389117A5025145834 @default.
• W2789389117 hasAuthorship W2789389117A5030104268 @default.
• W2789389117 hasAuthorship W2789389117A5040113358 @default.
• W2789389117 hasAuthorship W2789389117A5050444907 @default.
• W2789389117 hasAuthorship W2789389117A5051658234 @default.
• W2789389117 hasAuthorship W2789389117A5054209744 @default.
• W2789389117 hasAuthorship W2789389117A5058924210 @default.
• W2789389117 hasAuthorship W2789389117A5072553193 @default.
• W2789389117 hasAuthorship W2789389117A5079240161 @default.
• W2789389117 hasBestOaLocation W27893891171 @default.
• W2789389117 hasConcept C121332964 @default.
• W2789389117 hasConcept C1276947 @default.
• W2789389117 hasConcept C131366478 @default.
• W2789389117 hasConcept C153294291 @default.
• W2789389117 hasConcept C183688256 @default.
• W2789389117 hasConcept C19269812 @default.
• W2789389117 hasConcept C205649164 @default.
• W2789389117 hasConcept C23690007 @default.
• W2789389117 hasConcept C39432304 @default.
• W2789389117 hasConcept C41008148 @default.

• next