Effects of Lead and Arsenic in Soils from Former Orchards on Growth of Three Plant Species

Author:

Fritz Bradley G.1ORCID,Appriou Delphine1,Counts Jonathan R.1,Sample Bradley E.2,Bunn Amoret L.1,Dimson Jared F.3,West Molly T.4

Affiliation:

1. Pacific Northwest National Laboratory Richland Washington USA

2. Ecological Risk Rancho Murieta California USA

3. US Forest Service Ely Nevada USA

4. Pasco School District, Pasco Washington USA

Funder

U.S. Department of Energy

Publisher

Wiley

Subject

Health, Toxicology and Mutagenesis,Environmental Chemistry

Reference28 articles.

1. Arsenic and lead in an orchard environment

2. Bisping L. E. Wagner K. A. &Bunn A. L.(2017).Data quality assessment for the remedial investigation of the 100‐OL‐1 operable unit Hanford orchard lands(PNNL‐26948). Pacific Northwest National Laboratory.

3. Bunn A. L. Fritz B. G. Pulsipher B. A. Gorton A. M. Bisping L. E. Brandenberger J. M. Pino C. Martinez D. M. Rana K. &Wellman D. M.(2014).100‐OL‐1 operable unit pilot study: XRF evaluation of select pre‐Hanford orchards. (PNNL‐23868). Pacific Northwest National Laboratory.

4. Bunn A. L. Wagner K. A. Fritz B. G. Bisping L. E. Mendez J. L. Liss S. A. Day J. T. &Gorton A. M.(2019).Remedial investigation for the 100‐OL‐1 operable unit Hanford orchard lands(DOE/RL‐2016‐54). Pacific Northwest National Laboratory.

5. Effect of Flooding Lead Arsenate–Contaminated Orchard Soil on Growth and Arsenic and Lead Accumulation in Rice

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