FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2969410822> ?p ?o ?g. }

• W2969410822 endingPage "116907" @default.
• W2969410822 startingPage "116907" @default.
• W2969410822 abstract "Dust deposition represents an important flux of rock-derived nutrients such as phosphorus to ecosystems on highly weathered soils. Direct measurements of terrestrial dust deposition and its spatial variability are rare, yet they are essential for testing models of dust deposition processes and understanding the biogeochemical effects of dust. Long-term records of precipitation chemistry are available in the Luquillo Mountains of Puerto Rico, which are downwind of the world's largest dust source in Africa. We analyzed 20-year datasets of openfall, throughfall, and wet-only precipitation chemistry with weekly resolution at two different locations in the Luquillo Mountains to evaluate spatial and temporal variability of dust inputs and compare the observational records with models. Based on rainwater dissolved silica and total suspended solids content, the measured dust flux varied by a factor of 2 over a distance of 10 km despite similarities between sites in elevation and rainfall amount. In comparison with simulated dust deposition from ten models in the Aerosol Comparisons between Observations and Models (AeroCom) project, the empirical rainfall chemistry agrees well with the mean of the models on the seasonal distribution of wet dust distribution. Both the data and the models show a summer maximum in wet dust deposition that is consistent with variation in transport pathways and the dust source area emission strength based on environmental conditions in the Sahel region. The rainfall chemistry record and AeroCom models also agree in terms of attributing ~70% of the total dust deposition overall to dry deposition, although the range of uncertainty in the models is large. The results indicate value in combining long-term analysis of rainfall chemistry with data from satellites and models, and highlight the need for accurate ground-based metrics for dry deposition to improve understanding and modeling of dust deposition processes. The dataset complements earlier studies that characterize the dust plume originating from Northern Africa and its impact on ecosystems in South America and the Caribbean." @default.
• W2969410822 created "2019-08-29" @default.
• W2969410822 creator A5040181823 @default.
• W2969410822 creator A5044459485 @default.
• W2969410822 creator A5045600214 @default.
• W2969410822 creator A5047516621 @default.
• W2969410822 creator A5052244847 @default.
• W2969410822 date "2019-11-01" @default.
• W2969410822 modified "2023-10-09" @default.
• W2969410822 title "African dust deposition in Puerto Rico: Analysis of a 20-year rainfall chemistry record and comparison with models" @default.
• W2969410822 cites W1599746352 @default.
• W2969410822 cites W1847149472 @default.
• W2969410822 cites W1965791645 @default.
• W2969410822 cites W1971996107 @default.
• W2969410822 cites W1978466808 @default.
• W2969410822 cites W1978556416 @default.
• W2969410822 cites W1987065018 @default.
• W2969410822 cites W1988890686 @default.
• W2969410822 cites W1990273669 @default.
• W2969410822 cites W1991267783 @default.
• W2969410822 cites W1993013648 @default.
• W2969410822 cites W1996028250 @default.
• W2969410822 cites W1998413576 @default.
• W2969410822 cites W2008056674 @default.
• W2969410822 cites W2009110968 @default.
• W2969410822 cites W2010653658 @default.
• W2969410822 cites W2013163928 @default.
• W2969410822 cites W2014371700 @default.
• W2969410822 cites W2015959311 @default.
• W2969410822 cites W2016022149 @default.
• W2969410822 cites W2016100909 @default.
• W2969410822 cites W2016191290 @default.
• W2969410822 cites W2018849085 @default.
• W2969410822 cites W2019837688 @default.
• W2969410822 cites W2020270153 @default.
• W2969410822 cites W2020813076 @default.
• W2969410822 cites W2040011295 @default.
• W2969410822 cites W2043630037 @default.
• W2969410822 cites W2044499383 @default.
• W2969410822 cites W2049015867 @default.
• W2969410822 cites W2051233694 @default.
• W2969410822 cites W2052115471 @default.
• W2969410822 cites W2056717381 @default.
• W2969410822 cites W2064080102 @default.
• W2969410822 cites W2064723558 @default.
• W2969410822 cites W2068975292 @default.
• W2969410822 cites W2078517784 @default.
• W2969410822 cites W2078857153 @default.
• W2969410822 cites W2078954124 @default.
• W2969410822 cites W2081423293 @default.
• W2969410822 cites W2084780196 @default.
• W2969410822 cites W2085382828 @default.
• W2969410822 cites W2086450648 @default.
• W2969410822 cites W2086764528 @default.
• W2969410822 cites W2094408786 @default.
• W2969410822 cites W2095207756 @default.
• W2969410822 cites W2097070483 @default.
• W2969410822 cites W2098126077 @default.
• W2969410822 cites W2104517030 @default.
• W2969410822 cites W2106042984 @default.
• W2969410822 cites W2122702323 @default.
• W2969410822 cites W2131992506 @default.
• W2969410822 cites W2133490524 @default.
• W2969410822 cites W2136232583 @default.
• W2969410822 cites W2137542121 @default.
• W2969410822 cites W2139836399 @default.
• W2969410822 cites W2143914070 @default.
• W2969410822 cites W2145265567 @default.
• W2969410822 cites W2149484514 @default.
• W2969410822 cites W2154889667 @default.
• W2969410822 cites W2155447354 @default.
• W2969410822 cites W2160365743 @default.
• W2969410822 cites W2162500211 @default.
• W2969410822 cites W2163988141 @default.
• W2969410822 cites W2168409555 @default.
• W2969410822 cites W2169258810 @default.
• W2969410822 cites W2170312901 @default.
• W2969410822 cites W2170831368 @default.
• W2969410822 cites W2171452112 @default.
• W2969410822 cites W2192149213 @default.
• W2969410822 cites W2346709004 @default.
• W2969410822 cites W2565342488 @default.
• W2969410822 cites W2586398696 @default.
• W2969410822 cites W2602962734 @default.
• W2969410822 cites W2770549216 @default.
• W2969410822 cites W2799424960 @default.
• W2969410822 cites W2873887678 @default.
• W2969410822 doi "https://doi.org/10.1016/j.atmosenv.2019.116907" @default.
• W2969410822 hasPublicationYear "2019" @default.
• W2969410822 type Work @default.
• W2969410822 sameAs 2969410822 @default.
• W2969410822 citedByCount "16" @default.
• W2969410822 countsByYear W29694108222021 @default.
• W2969410822 countsByYear W29694108222022 @default.
• W2969410822 countsByYear W29694108222023 @default.
• W2969410822 crossrefType "journal-article" @default.
• W2969410822 hasAuthorship W2969410822A5040181823 @default.
• W2969410822 hasAuthorship W2969410822A5044459485 @default.

• next