№ files_lp_4_process_3_125486
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Study manuscript detailing how the diversity of Lemna aequinoctialis influences heavy metal toxicity through modifications in the metabolic functions of associated microbial communities.
Year: 2016
Region / City: Baoding, Hebei Province, China
Subject: Plant biology, environmental toxicology, microbial interactions
Document Type: Research manuscript
Institution: College of Life Science, Hebei University
Author: Zhao Zhao, Huijuan Shi, Cunqi Liu, Yueqiang Guan, Xianjiang Kang, Lingci Chen, Xiaofei Liang, Lei Jin
Target Audience: Researchers in plant science and environmental microbiology
Species Studied: Lemna aequinoctialis
Collection Site: Dong Lake, Baoding City, Hebei Province, China
Cultivation Method: Maintained in 50 L glass aquarium with environmental water, transferred to 1/10 Hoagland E+ solution; no genetic modifications
Publication: Chemosphere
Date of Collection: 2016-06-24
RDSC Submission: University of Jena
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Duckweed Species Collection and Cultivation Records, March–May 2019
Document Type: Species collection and cultivation records
Record IDs: 5656–5663
Date Range: March 22, 2019 – May 23, 2019
Collector: Takuji Usui
Affiliation: Department of Botany, University of British Columbia
Contact Phone Number: 6046006673
Contact Email: [email protected]
Species: Lemna minor; Lemna japonica
Collection Locations: Biodiversity Research Centre, University of British Columbia, Vancouver, BC, Canada; Ditch by West 53rd and Balaclava St, Vancouver, BC, Canada; Ditch by Celtic Avenue and Balaclava St, Vancouver, BC, Canada; Ditch by Celtic Avenue and Blenheim St, Vancouver, BC, Canada; South ponds of Hinge Park, Vancouver, BC, Canada; Duck pond, Granville Island, Vancouver, BC, Canada; Cranby Lake, Texada Island, BC, Canada; Small polluted ditch by Burnaby Lake, BC, Canada
Geographic Coordinates: 49.2–49.7 N, -123.1 to -124.5 W
Cultivation Conditions: Bleach treated and axenic cultures cultivated in Appenroth media (“N-media”)
Intended Collection Submission: RDSC University of Jena
Molecular Markers Referenced: atpF-atpH barcode; psbK-psbI barcode; AFLP genotypes
Consistent ozone-induced decreases in pasture forage quality across several grassland types and consequences for UK lamb production
Year: 2007–2020
Region / Country: United Kingdom
Subject: Ozone impact on pasture quality and lamb production
Document type: Research article
Institution: Centre for Ecology and Hydrology; Ricardo-AEA; University of York; Newcastle University
Authors: Felicity Hayes, Gina Mills, Laurence Jones, John Abbott, Mike Ashmore, Jeremy Barnes, J Neil Cape, Mhairi Coyle, Simon Peacock, Naomi Rintoul, Sylvia Toet, Kerstin Wedlich, Kirsten Wyness
Keywords: grazing, air pollution, pasture quality, livestock production, ozone, metabolisable energy, sheep, lambs
Methodology: Seven ozone exposure experiments across mesotrophic, calcareous, haymeadow, and sanddune unimproved grasslands
Data resolution: 1 km²
Main findings: Ozone exposure increased fibre and lignin content, reducing metabolisable energy and potentially lowering UK lamb production by ~4% in 2020 compared to 2007
Implications: Potential economic impact on livestock farming and long-term pasture management considerations
Supporting Information for Organic fertilizers shape the bacterial communities harboring pqqC and phoD genes by altering organic acids, leading to improved phosphorus utilization
Document type: Supporting information
Related article title: Organic fertilizers shape the bacterial communities harboring pqqC and phoD genes by altering organic acids, leading to improved phosphorus utilization
Authors: Liying Zhi; Bangxiao Zheng; Yunjie Xu; Jiayang Xu; Josep Peñuelas; Jordi Sardans; Yixiao Chang; Shuquan Jin; Hong Ying; Kai Ding
Affiliations: Key Laboratory of Urban Environment and Health, Institute of Urban Environment, Chinese Academy of Sciences, Xiamen, China; College of JunCao Science and Ecology, Fujian Agriculture and Forestry University, Fuzhou, China; School of Environmental Science and Engineering, Xiamen University of Technology, Xiamen, China; Bureau of Agriculture and Rural Affairs, Wencheng, China; University of Chinese Academy of Sciences, Beijing, China; CSIC, Global Ecology Unit, CREAF-CSIC-UAB, Bellaterra, Spain; CREAF, Cerdanyola del Vallès, Spain; Institute of Ecological Environment, Ningbo Academy of Agricultural Sciences, Ningbo, China; Yangtze Delta Region Healthy Agricultural Institute (Zhejiang) Co., Ltd, Tongxiang, China
Number of pages: 12
Number of figures: 9
Number of tables: 5
Subject area: Soil microbiology
Keywords: organic fertilizer; inorganic fertilizer; pqqC gene; phoD gene; bacterial community; soil physicochemical properties; organic acids; phosphorus activation rate
Experimental design: Fertilizer treatment groups including chemical and organic amendments
Analytical methods: PCOA based on Bray-Curtis dissimilarity; Spearman correlation analysis; quantitative PCR; soil physicochemical and enzyme assays
Gene targets: 16S rRNA; pqqC; phoD
Measured parameters: Soil pH; SOC; TN; TP; TK; AN; AP; AK; organic acid content; enzyme activities (ACP, ALP)
Topics: Duckweed decreases altering