FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2988186520> ?p ?o ?g. }

• W2988186520 endingPage "117528" @default.
• W2988186520 startingPage "117528" @default.
• W2988186520 abstract "Abstract A recently developed online GIS tool, Nitrogen Critical Loads Assessment by Site (N-CLAS), was used to assess the effects of nitrogen (N) deposition and climate change on 23 tree species of management concern in the northeastern United States. The N-CLAS tool calculates and maps critical loads, target loads, and exceedances across the landscape by linking information on the relationships between N deposition, tree growth and environmental conditions with high resolution geospatial data for species composition and abiotic modifying factors (topography, climate, and soils). Outputs can be customized to capture specific species, locations or applications of interest to land managers. The summary analyses presented here show that most forests in the northeastern United States are at risk of detrimental effects from N deposition, although the extent and magnitude of the risk varies spatially. Eighty-six percent of the forested area in the region (98 M acres) is in exceedance of the critical load. The magnitude of this exceedance is highest (6–8 kg N ha−1 yr−1) in the southwestern part of the study region where N deposition is highest (e.g. North Central Hardwood Forests, Erie Drift Plain, Driftless Area, and Southern Michigan/Northern Indiana Drift Plains ecoregions). The magnitude of exceedance is lowest (1–2 kg N ha−1 yr−1) in the northeastern and northwestern part of the study area where N deposition is lowest (e.g. Acadian Plains and Hills and the Northern Minnesota Wetland ecoregions). White pine (Pinus strobus), quaking aspen (Populus tremuloides), yellow birch (Betula alleghaniensis), northern red oak (Quercus rubra) and bigtooth aspen (Populus grandidentata) are in exceedance of the critical load across large portions of the study area–between 31 and 56 million acres are in exceedance for each species. Red pine (Pinus resinosa), pitch pine (Pinus rigida), and chestnut oak (Quercus montana), which occur over a small geographic extent, are in exceedance of the critical load over 89 to 100 percent of their range. N-CLAS provides land managers easy access to a tool with significant refinement in determining empirical critical loads at a spatial resolution applicable to forest management. This represents an important step towards improving our understanding of the potential risk to forests in the northeastern U.S and linking current state of the science to decision making processes on the ground." @default.
• W2988186520 created "2019-11-22" @default.
• W2988186520 creator A5011889042 @default.
• W2988186520 creator A5025923980 @default.
• W2988186520 creator A5054322740 @default.
• W2988186520 creator A5058304577 @default.
• W2988186520 creator A5080744200 @default.
• W2988186520 date "2019-12-01" @default.
• W2988186520 modified "2023-10-16" @default.
• W2988186520 title "Tree species at risk from nitrogen deposition in the northeastern United States: A geospatial analysis of effects of multiple stressors using exceedance of critical loads" @default.
• W2988186520 cites W1482774530 @default.
• W2988186520 cites W1535144338 @default.
• W2988186520 cites W1548346113 @default.
• W2988186520 cites W1875055667 @default.
• W2988186520 cites W1879909559 @default.
• W2988186520 cites W1935089707 @default.
• W2988186520 cites W1971645052 @default.
• W2988186520 cites W1982856194 @default.
• W2988186520 cites W1987692325 @default.
• W2988186520 cites W1991621279 @default.
• W2988186520 cites W1992324742 @default.
• W2988186520 cites W1996007188 @default.
• W2988186520 cites W2003579727 @default.
• W2988186520 cites W2004515934 @default.
• W2988186520 cites W2017280273 @default.
• W2988186520 cites W2018510764 @default.
• W2988186520 cites W2025114417 @default.
• W2988186520 cites W2031340082 @default.
• W2988186520 cites W2040321523 @default.
• W2988186520 cites W2044200233 @default.
• W2988186520 cites W2047051159 @default.
• W2988186520 cites W2048503953 @default.
• W2988186520 cites W2049285655 @default.
• W2988186520 cites W2054369096 @default.
• W2988186520 cites W2058602547 @default.
• W2988186520 cites W2070644578 @default.
• W2988186520 cites W2082487771 @default.
• W2988186520 cites W2094975224 @default.
• W2988186520 cites W2097004990 @default.
• W2988186520 cites W2109458835 @default.
• W2988186520 cites W2115458453 @default.
• W2988186520 cites W2121267901 @default.
• W2988186520 cites W2130602797 @default.
• W2988186520 cites W2130691471 @default.
• W2988186520 cites W2130701908 @default.
• W2988186520 cites W2145184384 @default.
• W2988186520 cites W2160424609 @default.
• W2988186520 cites W2166669664 @default.
• W2988186520 cites W2167228893 @default.
• W2988186520 cites W2169490754 @default.
• W2988186520 cites W2174802474 @default.
• W2988186520 cites W2178014801 @default.
• W2988186520 cites W2265787531 @default.
• W2988186520 cites W2322905197 @default.
• W2988186520 cites W2380865741 @default.
• W2988186520 cites W2460755360 @default.
• W2988186520 cites W2461640389 @default.
• W2988186520 cites W2517900613 @default.
• W2988186520 cites W2762610215 @default.
• W2988186520 cites W2784994713 @default.
• W2988186520 cites W2794103499 @default.
• W2988186520 cites W2797382834 @default.
• W2988186520 cites W2804729150 @default.
• W2988186520 cites W2890688813 @default.
• W2988186520 cites W2891213529 @default.
• W2988186520 cites W2897838436 @default.
• W2988186520 cites W2904980512 @default.
• W2988186520 doi "https://doi.org/10.1016/j.foreco.2019.117528" @default.
• W2988186520 hasPublicationYear "2019" @default.
• W2988186520 type Work @default.
• W2988186520 sameAs 2988186520 @default.
• W2988186520 citedByCount "2" @default.
• W2988186520 countsByYear W29881865202021 @default.
• W2988186520 countsByYear W29881865202023 @default.
• W2988186520 crossrefType "journal-article" @default.
• W2988186520 hasAuthorship W2988186520A5011889042 @default.
• W2988186520 hasAuthorship W2988186520A5025923980 @default.
• W2988186520 hasAuthorship W2988186520A5054322740 @default.
• W2988186520 hasAuthorship W2988186520A5058304577 @default.
• W2988186520 hasAuthorship W2988186520A5080744200 @default.
• W2988186520 hasBestOaLocation W29881865201 @default.
• W2988186520 hasConcept C125370674 @default.
• W2988186520 hasConcept C151730666 @default.
• W2988186520 hasConcept C169760540 @default.
• W2988186520 hasConcept C18903297 @default.
• W2988186520 hasConcept C205649164 @default.
• W2988186520 hasConcept C2816523 @default.
• W2988186520 hasConcept C39432304 @default.
• W2988186520 hasConcept C62649853 @default.
• W2988186520 hasConcept C64297162 @default.
• W2988186520 hasConcept C86803240 @default.
• W2988186520 hasConcept C9770341 @default.
• W2988186520 hasConceptScore W2988186520C125370674 @default.
• W2988186520 hasConceptScore W2988186520C151730666 @default.
• W2988186520 hasConceptScore W2988186520C169760540 @default.
• W2988186520 hasConceptScore W2988186520C18903297 @default.
• W2988186520 hasConceptScore W2988186520C205649164 @default.
• W2988186520 hasConceptScore W2988186520C2816523 @default.

• next