Matches in SemOpenAlex for { <https://semopenalex.org/work/W4207062795> ?p ?o ?g. }
- W4207062795 abstract "The content of various chemical elements such as metals, metalloids, and nonmetals in the environment is associated with natural and anthropogenic sources. It is necessary to normalize the content of metals, metalloids, and nonmetals as potentially toxic elements (PTE) in the Haplic Chernozem. The soils of the Southern Russia are of high quality and fertility. However, this type of soil, like Haplic Chernozem, is subject to contamination with a wide range of PTE. The aim of the work was to rank metals, metalloids, and nonmetals by ecotoxicity in Haplic Chernozem. To assess the ecotoxicity of chernozem, data for 15 years (2005-2020) were used. Biological indicators used to assess the ecotoxicity of Haplic Chernozem: catalase activity, cellulolytic activity, number of bacteria, Azotobacter spp. abundance, to change of length of radish's roots. Based on these biological indicators, an integral indicator of the state of Haplic Chernozem was calculated. The ecotoxicity of 23 metals (Cd, Hg, Pb, Cr, Cu, Zn, Ni, Co, Mo, Mn, Ba, Sr, Sn, V, W, Ag, Bi, Ga, Nb, Sc, Tl, Y, Yb), 5 metalloids (B, As, Ge, Sb, Te) and 2 nonmetals (F, Se) as priority pollutants. It is proposed to distinguish three hazard classes of metals, metalloids, and nonmetals to Haplic Chernozem: I class - Te, Ag, Se, Cr, Bi, Ge, Sn, Tl, Hg, Yb, W, Cd; II class - As, Co, Sc, Sb, Cu, Ni, B, Nb, Pb, Ga; III class - Sr, Y, Mo, Zn, V, Ba, Mn, F. It is advisable to use the results of the study for predictive assessment of the impact of metals, metalloids, and nonmetals on the ecological state of the soil during pollution." @default.
- W4207062795 created "2022-01-26" @default.
- W4207062795 creator A5000953468 @default.
- W4207062795 creator A5009943647 @default.
- W4207062795 creator A5018782249 @default.
- W4207062795 creator A5028083522 @default.
- W4207062795 creator A5067305913 @default.
- W4207062795 date "2022-01-01" @default.
- W4207062795 modified "2023-10-16" @default.
- W4207062795 title "Assessment of the Ecotoxicity of Pollution by Potentially Toxic Elements by Biological Indicators of Haplic Chernozem of Southern Russia (Rostov region)" @default.
- W4207062795 cites W1549552139 @default.
- W4207062795 cites W1640204656 @default.
- W4207062795 cites W188944441 @default.
- W4207062795 cites W1970858339 @default.
- W4207062795 cites W1970914383 @default.
- W4207062795 cites W1972879760 @default.
- W4207062795 cites W1974285157 @default.
- W4207062795 cites W1977918723 @default.
- W4207062795 cites W1978216727 @default.
- W4207062795 cites W1980389512 @default.
- W4207062795 cites W1988174605 @default.
- W4207062795 cites W1989324059 @default.
- W4207062795 cites W1996752420 @default.
- W4207062795 cites W1998086209 @default.
- W4207062795 cites W2011525200 @default.
- W4207062795 cites W2021464455 @default.
- W4207062795 cites W2030402216 @default.
- W4207062795 cites W2030523541 @default.
- W4207062795 cites W2033441569 @default.
- W4207062795 cites W2036947395 @default.
- W4207062795 cites W2045348517 @default.
- W4207062795 cites W2055533986 @default.
- W4207062795 cites W2057475387 @default.
- W4207062795 cites W2064919423 @default.
- W4207062795 cites W2068862699 @default.
- W4207062795 cites W2070564439 @default.
- W4207062795 cites W2071221365 @default.
- W4207062795 cites W2073655517 @default.
- W4207062795 cites W2083389735 @default.
- W4207062795 cites W2085241772 @default.
- W4207062795 cites W2117551418 @default.
- W4207062795 cites W2123240837 @default.
- W4207062795 cites W2140554211 @default.
- W4207062795 cites W2150451762 @default.
- W4207062795 cites W2161390561 @default.
- W4207062795 cites W2194029725 @default.
- W4207062795 cites W2209376337 @default.
- W4207062795 cites W2225404942 @default.
- W4207062795 cites W2328875383 @default.
- W4207062795 cites W2417707949 @default.
- W4207062795 cites W2472975927 @default.
- W4207062795 cites W2520106930 @default.
- W4207062795 cites W2523163542 @default.
- W4207062795 cites W2556593058 @default.
- W4207062795 cites W2562071640 @default.
- W4207062795 cites W2578580861 @default.
- W4207062795 cites W2579239654 @default.
- W4207062795 cites W2600019921 @default.
- W4207062795 cites W2735393459 @default.
- W4207062795 cites W2744259482 @default.
- W4207062795 cites W2749265708 @default.
- W4207062795 cites W2749450160 @default.
- W4207062795 cites W2755204832 @default.
- W4207062795 cites W2797798641 @default.
- W4207062795 cites W2800136544 @default.
- W4207062795 cites W2808369694 @default.
- W4207062795 cites W2886024445 @default.
- W4207062795 cites W2888925329 @default.
- W4207062795 cites W2890546321 @default.
- W4207062795 cites W2942983052 @default.
- W4207062795 cites W2953700951 @default.
- W4207062795 cites W2969879076 @default.
- W4207062795 cites W2970871755 @default.
- W4207062795 cites W2974314285 @default.
- W4207062795 cites W2977794428 @default.
- W4207062795 cites W3008580797 @default.
- W4207062795 cites W3011778499 @default.
- W4207062795 cites W3017238544 @default.
- W4207062795 cites W3035135120 @default.
- W4207062795 cites W3040804626 @default.
- W4207062795 cites W3084357599 @default.
- W4207062795 cites W3091659051 @default.
- W4207062795 cites W3097658590 @default.
- W4207062795 cites W3109481225 @default.
- W4207062795 cites W3136003390 @default.
- W4207062795 cites W3140320501 @default.
- W4207062795 cites W3140931767 @default.
- W4207062795 cites W3153701668 @default.
- W4207062795 cites W3177719151 @default.
- W4207062795 cites W3186569370 @default.
- W4207062795 cites W3211068907 @default.
- W4207062795 cites W422047883 @default.
- W4207062795 cites W4233349315 @default.
- W4207062795 cites W4239560189 @default.
- W4207062795 cites W4249381394 @default.
- W4207062795 cites W55555764 @default.
- W4207062795 cites W853639617 @default.
- W4207062795 cites W975657096 @default.
- W4207062795 cites W2054657989 @default.
- W4207062795 doi "https://doi.org/10.1007/s11270-021-05496-3" @default.