Matches in SemOpenAlex for { <https://semopenalex.org/work/W2589165142> ?p ?o ?g. }
- W2589165142 endingPage "431" @default.
- W2589165142 startingPage "423" @default.
- W2589165142 abstract "Effects of increased N deposition, caused by agricultural practices and combustion of fossil fuels in traffic and industry, have been studied in detail for soil and water chemistry as well as for vegetation and ecosystem functioning. Knowledge on fauna is limited to descriptive and correlative data for a small number of species or communities. Therefore, mechanisms behind effects of N deposition on animal species and diversity remain unclear, which hampers optimisation of nature restoration and conservation measures. The aim of this review is to identify and structure possible different pathways in which fauna is affected by high N deposition. We identify ten pathways leading to six basic potentially negative bottlenecks: (1) chemical stress, (2) a levelled and humid microclimate, (3) decrease in reproductive habitat, (4) changes in food plant quantity, (5) changes in nutritional quality of food plants and (6) changes in availability of prey or host species due to cumulative effects in the food web. Depending on species and habitat type, different pathways play a dominant role and interference between different pathways can strengthen or weaken the net effect of N deposition. Although all identified pathways and bottlenecks are supported by peer reviewed literature, we conclude that scientific evidence on the causal relationship between increased N deposition and effects on fauna in the complete causal chain is still insufficient. We recommend that future research should aim to clarify the causal mechanisms underlying the observed changes in species composition attributed to N deposition. The most severe gaps in knowledge concern subtle changes in plant chemistry and changes in availability of prey and host species to higher trophic levels." @default.
- W2589165142 created "2017-03-03" @default.
- W2589165142 creator A5067100175 @default.
- W2589165142 creator A5075660316 @default.
- W2589165142 creator A5079364614 @default.
- W2589165142 date "2017-08-01" @default.
- W2589165142 modified "2023-09-26" @default.
- W2589165142 title "Pathways for the effects of increased nitrogen deposition on fauna" @default.
- W2589165142 cites W1044363481 @default.
- W2589165142 cites W107287227 @default.
- W2589165142 cites W1540959363 @default.
- W2589165142 cites W1619568991 @default.
- W2589165142 cites W1672945501 @default.
- W2589165142 cites W1882561460 @default.
- W2589165142 cites W1903091437 @default.
- W2589165142 cites W1946277022 @default.
- W2589165142 cites W1970261692 @default.
- W2589165142 cites W1971869570 @default.
- W2589165142 cites W1974988972 @default.
- W2589165142 cites W1978469672 @default.
- W2589165142 cites W1978953648 @default.
- W2589165142 cites W1980394481 @default.
- W2589165142 cites W1981821325 @default.
- W2589165142 cites W1984364109 @default.
- W2589165142 cites W2000824131 @default.
- W2589165142 cites W2005529191 @default.
- W2589165142 cites W2007407429 @default.
- W2589165142 cites W2008995622 @default.
- W2589165142 cites W2015422910 @default.
- W2589165142 cites W2015706476 @default.
- W2589165142 cites W2023178673 @default.
- W2589165142 cites W2028265631 @default.
- W2589165142 cites W2032416783 @default.
- W2589165142 cites W2035131343 @default.
- W2589165142 cites W2036214554 @default.
- W2589165142 cites W2037273950 @default.
- W2589165142 cites W2039707893 @default.
- W2589165142 cites W2047986771 @default.
- W2589165142 cites W2048139323 @default.
- W2589165142 cites W2048309708 @default.
- W2589165142 cites W2048635384 @default.
- W2589165142 cites W2050423853 @default.
- W2589165142 cites W2051479597 @default.
- W2589165142 cites W2053280118 @default.
- W2589165142 cites W2056828705 @default.
- W2589165142 cites W2057584107 @default.
- W2589165142 cites W2058799713 @default.
- W2589165142 cites W2064707328 @default.
- W2589165142 cites W2065155505 @default.
- W2589165142 cites W2066051823 @default.
- W2589165142 cites W2066447990 @default.
- W2589165142 cites W2068324418 @default.
- W2589165142 cites W2071987827 @default.
- W2589165142 cites W2072566652 @default.
- W2589165142 cites W2075704311 @default.
- W2589165142 cites W2076716384 @default.
- W2589165142 cites W2081072667 @default.
- W2589165142 cites W2084536228 @default.
- W2589165142 cites W2089894319 @default.
- W2589165142 cites W2091007910 @default.
- W2589165142 cites W2096137026 @default.
- W2589165142 cites W2096892444 @default.
- W2589165142 cites W2097839394 @default.
- W2589165142 cites W2097960435 @default.
- W2589165142 cites W2110025746 @default.
- W2589165142 cites W2111474584 @default.
- W2589165142 cites W2112148277 @default.
- W2589165142 cites W2114426392 @default.
- W2589165142 cites W2115603187 @default.
- W2589165142 cites W2119446105 @default.
- W2589165142 cites W2120486358 @default.
- W2589165142 cites W2131009088 @default.
- W2589165142 cites W2131429824 @default.
- W2589165142 cites W2132044804 @default.
- W2589165142 cites W2135351102 @default.
- W2589165142 cites W2145378458 @default.
- W2589165142 cites W2145595881 @default.
- W2589165142 cites W2145657064 @default.
- W2589165142 cites W2146323422 @default.
- W2589165142 cites W2147666562 @default.
- W2589165142 cites W2147924676 @default.
- W2589165142 cites W2149035972 @default.
- W2589165142 cites W2154914314 @default.
- W2589165142 cites W2160526382 @default.
- W2589165142 cites W2162247935 @default.
- W2589165142 cites W2164990605 @default.
- W2589165142 cites W2165108478 @default.
- W2589165142 cites W2167374169 @default.
- W2589165142 cites W2169490754 @default.
- W2589165142 cites W2290034724 @default.
- W2589165142 cites W2322905197 @default.
- W2589165142 cites W2324839961 @default.
- W2589165142 cites W2329908302 @default.
- W2589165142 cites W2332860974 @default.
- W2589165142 cites W2510149979 @default.
- W2589165142 cites W2520693259 @default.
- W2589165142 cites W4249652642 @default.
- W2589165142 doi "https://doi.org/10.1016/j.biocon.2017.02.022" @default.