Matches in SemOpenAlex for { <https://semopenalex.org/work/W4213090385> ?p ?o ?g. }
- W4213090385 endingPage "119015" @default.
- W4213090385 startingPage "119015" @default.
- W4213090385 abstract "Estuarine environments faced with contaminations from coastal zones and the inland are vital sinks of antibiotic resistance genes (ARGs). However, little is known about the temporal-spatial pattern of ARGs and its predominant constraints in estuarine environments. Here, we leveraged metagenomics to investigate ARG profiles from 16 China's estuaries across 6 climate zones in dry and wet seasons, and disentangled their relationships with environmental constraints. Our results revealed that ARG abundance, richness, and diversity in dry season were higher than those in wet season, and ARG abundance exhibited an increasing trend with latitude. The prevalence of ARGs was significantly driven by human activities, mobile gene elements, microbial communities, antibiotic residuals, physicochemical properties, and climatic variables. Among which, climatic variables and human activities ranked the most important factors, contributing 44% and 36% of the total variance of observed ARGs, respectively. The most important climatic variable shaping ARGs is temperature, where increasing temperature is associated with decreased ARGs. Our results highlight that the prevalence of ARGs in estuarine environments would be co-driven by anthropogenic activities and climate, and suggest the dynamics of ARGs under future changing climate and socioeconomic development." @default.
- W4213090385 created "2022-02-24" @default.
- W4213090385 creator A5011681774 @default.
- W4213090385 creator A5017353282 @default.
- W4213090385 creator A5033517683 @default.
- W4213090385 creator A5045247136 @default.
- W4213090385 creator A5052351065 @default.
- W4213090385 creator A5066077692 @default.
- W4213090385 creator A5084370585 @default.
- W4213090385 creator A5089839962 @default.
- W4213090385 creator A5089928436 @default.
- W4213090385 date "2022-05-01" @default.
- W4213090385 modified "2023-10-17" @default.
- W4213090385 title "Metagenomics highlights the impact of climate and human activities on antibiotic resistance genes in China's estuaries" @default.
- W4213090385 cites W1913957972 @default.
- W4213090385 cites W1963962444 @default.
- W4213090385 cites W1982932624 @default.
- W4213090385 cites W2006805047 @default.
- W4213090385 cites W2009256745 @default.
- W4213090385 cites W2012365024 @default.
- W4213090385 cites W2025644793 @default.
- W4213090385 cites W2030239110 @default.
- W4213090385 cites W2092643722 @default.
- W4213090385 cites W2100572199 @default.
- W4213090385 cites W2113679889 @default.
- W4213090385 cites W2127591463 @default.
- W4213090385 cites W2133856765 @default.
- W4213090385 cites W2134519766 @default.
- W4213090385 cites W2134830426 @default.
- W4213090385 cites W2143325926 @default.
- W4213090385 cites W2148953395 @default.
- W4213090385 cites W2156701707 @default.
- W4213090385 cites W2189978128 @default.
- W4213090385 cites W2207760002 @default.
- W4213090385 cites W2236556070 @default.
- W4213090385 cites W2253902135 @default.
- W4213090385 cites W2300011769 @default.
- W4213090385 cites W2305920654 @default.
- W4213090385 cites W2329136689 @default.
- W4213090385 cites W2380447136 @default.
- W4213090385 cites W2544493586 @default.
- W4213090385 cites W2548218217 @default.
- W4213090385 cites W2567251708 @default.
- W4213090385 cites W2582227287 @default.
- W4213090385 cites W2736364303 @default.
- W4213090385 cites W2740067891 @default.
- W4213090385 cites W2740382444 @default.
- W4213090385 cites W2749113454 @default.
- W4213090385 cites W2765615498 @default.
- W4213090385 cites W2782290462 @default.
- W4213090385 cites W2789581664 @default.
- W4213090385 cites W2791781902 @default.
- W4213090385 cites W2791857906 @default.
- W4213090385 cites W2792807658 @default.
- W4213090385 cites W2793059972 @default.
- W4213090385 cites W2795200507 @default.
- W4213090385 cites W2800780133 @default.
- W4213090385 cites W2801272476 @default.
- W4213090385 cites W2803599078 @default.
- W4213090385 cites W2807993794 @default.
- W4213090385 cites W2810891287 @default.
- W4213090385 cites W2811346317 @default.
- W4213090385 cites W2883715112 @default.
- W4213090385 cites W2887136521 @default.
- W4213090385 cites W2889006122 @default.
- W4213090385 cites W2901488627 @default.
- W4213090385 cites W2914099451 @default.
- W4213090385 cites W2914109077 @default.
- W4213090385 cites W2921342657 @default.
- W4213090385 cites W2922904366 @default.
- W4213090385 cites W2923995015 @default.
- W4213090385 cites W2944548763 @default.
- W4213090385 cites W2947262247 @default.
- W4213090385 cites W2971589181 @default.
- W4213090385 cites W2972260587 @default.
- W4213090385 cites W2973432546 @default.
- W4213090385 cites W2983228455 @default.
- W4213090385 cites W2997103190 @default.
- W4213090385 cites W2999657166 @default.
- W4213090385 cites W3015325053 @default.
- W4213090385 cites W3016604471 @default.
- W4213090385 cites W3020979633 @default.
- W4213090385 cites W3023402377 @default.
- W4213090385 cites W3026426932 @default.
- W4213090385 cites W3029740676 @default.
- W4213090385 cites W3037440324 @default.
- W4213090385 cites W3039328198 @default.
- W4213090385 cites W3039563080 @default.
- W4213090385 cites W3043135777 @default.
- W4213090385 cites W3082729799 @default.
- W4213090385 cites W3087620477 @default.
- W4213090385 cites W3092066761 @default.
- W4213090385 cites W3092082280 @default.
- W4213090385 cites W3119125484 @default.
- W4213090385 cites W3129388394 @default.
- W4213090385 doi "https://doi.org/10.1016/j.envpol.2022.119015" @default.
- W4213090385 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35183662" @default.
- W4213090385 hasPublicationYear "2022" @default.