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Tuesday, July 21, 2020 | History

4 edition of Biological residue data for evaporation ponds in the San Joaquin Valley, California found in the catalog.

Biological residue data for evaporation ponds in the San Joaquin Valley, California

Stephen B. Moore

Biological residue data for evaporation ponds in the San Joaquin Valley, California

by Stephen B. Moore

  • 327 Want to read
  • 12 Currently reading

Published by San Joaquin Valley Drainage Program] in [Sacramento, Calif .
Written in English

    Subjects:
  • Drainage -- Environmental aspects -- California -- San Joaquin Valley,
  • Irrigation water -- Environmental aspects -- California -- San Joaquin Valley,
  • Trace elements in water -- California -- San Joaquin Valley,
  • San Joaquin Valley (Calif.)

  • Edition Notes

    StatementStephen B. Moore, Steven J. Detwiler, Joy Winckel, Mark D. Weegar.
    ContributionsDetwiler, Steven J., Winckel, Joy., Weegar, Mark D., San Joaquin Valley Drainage Program.
    The Physical Object
    Pagination1 v. (various pagings) :
    ID Numbers
    Open LibraryOL23119894M
    OCLC/WorldCa20892830

    Germination Responses and Boron Accumulation in Germplasm from Chile and the United States M. D. , Biological Residue Data for Evaporation Ponds in the San Joaquin Valley, California, Sacramento, CA and Biota Associated with Irrigation Drainage in the Tulare Lake Bed Area, Southern San Joaquin Valley, California, –, 88 Cited by: Main office: W. Oak Avenue Visalia, CA

    SALT PONDS October SAN FRANCISCO BAY CONSERVATION AND DEVELOPMENT COMMISSION 50 California Street, Suite San Francisco, CA Information: () Fax: () a result of evaporation. Beginning with an intake pond, where Bay water is taken into the salt pond. STUDIES OF EVAPORATION , CO Q _i o CO Q LU > O CO CO Q 10, 1, Great Salt Lake Salton Sea Sea water EXPLANATION Based on data from International Critical Tabhs Extrapolated Average natural water Computed for hypothetical combinations of sa'*s in selected natural waters Decrease in saturation vapor pressure owing to salinity _Cited by:

    Full text of "Agricultural drainage water contamination in the San Joaquin Valley: public health perspective for selenium, boron, and molybdenum" See other formats. 7 Nutrient removal in ponds Nitrogen removal Phosphorus removal 8 Ponds for the post-treatment of the effluent from anaerobic reactors 9 Construction of stabilisation ponds Introduction Location of the ponds Deforestation, cleaning and excavation of the soil Slopes Bottom of the.


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Biological residue data for evaporation ponds in the San Joaquin Valley, California by Stephen B. Moore Download PDF EPUB FB2

Get this from a library. Biological residue data for evaporation ponds in the San Joaquin Valley, California. [Stephen B Moore; San Joaquin Valley Drainage Program.;]. The Technical Committee on Evaporation Ponds prepared this report, one of eight reports commissioned by the San Joaquin Valley Drainage Implementation Program.

Each of the Technical Committees (source reduction, drainwater reuse, drainwater treatment, land retirement, evaporation ponds, groundwater management, river discharge. Sediment quality in evaporation basins used for the disposal of agricultural subsurface drainage water in the San Joaquin Valley, California: – (Report).

Sacramento: California Central Valley Regional Water Quality Control : Suduan Gao, Andrew C. Chang. Bioaccumulation of Trace Elements in Agricultural Evaporation Pond Organisms in the San Joaquin Valley, California. Abstract from Joint Annual Meeting of the Northwest and Western Sections of The Wildlife Society, Sparks, by: Evaporation ponds used for agricultural subsurface drainage water disposal in the Tulare Lake Bed (TLB) of the San Joaquin Valley, California, USA, have elevated levels of U.

Waterfowl which inhabit and forage the ponds and surrounding areas are threatened by exposure to ponds, which receive irrigation drainage waters and seasonal rain, are subject to wetting and drying by: Evaporation ponds in the San Joaquin Valley (SJV), CA, used for the disposal of irrigation drainage waters, contain elevated levels of uranium.

The ponds are filled periodically and support algae which upon evaporation become incorporated in the sediments as layers of decaying organic by: For example, early studies of the San Joaquin Valley region noted Se concentrations up to mg/kg in the sediments of evaporation ponds (Dungan and Frankenberger, ; Saiki and Lowe, The accumulation of selenium in evaporation basins (or ponds) in the San Joaquin Valley, California is of a great concern due to its potential hazards to environments.

San Joaquin County, the U.S. Geological Survey, in cooperation with the San Joaquin County Flood Control and Water Conservation District, began a three- phase study in the summer of to evaluate the potential for artificially recharging the aquifer system with sur­ plus surface water that is availableAuthor: S.N.

Hamlin. This report is an update of DWR’s Crop Water Use – A Guide for Scheduling Irrigations in the Southern San Joaquin Valley, – It summarizes estimates of weekly and monthly crop water use calculated by DWR, and provided to cooperating farm advisors in southern counties of the San Joaquin Valley from to File Size: KB.

aeration ponds are used for storage, biological treatment, and evaporation and the ponds are currently the only on-site method of disposal for the wastewater. The ponds are equipped with an engineered synthetic liner and mechanical surface brush-type aerators.

The dimensions of each pond are feet long by feet wide by Chapter 8. Chemical and biological processes of evaporation ponds. In A. Chang and D.B. Silva (Eds.) Salinity and Drainage in San Joaquin Valley, California Science, Technology and Policy. New York, NY. Springer, p. Full text of "Evaluation of methods to minimize contamination hazards to wildlife using agricultural evaporation ponds in the San Joaquin Valley, California: final report" See other formats.

The evaporation ponds in use in the San Joaquin Valley were designed and constructed to dispose of agricultural drainage water in a region of low soil permeability and high water table.

Since constructing the ponds between andunforeseen environmental concerns have arisen, chiefly the contamination of wildlife by trace elements in the by: 1. In areas of the San Joaquin Valley where natural drainage is limited, growers are using agricultural evaporation ponds to dispose of their saline subsurface drainage waters.

Of the 28 evaporation ponds or basins installed between andfive are now either inactive or being closed. These ponds occupy about 7, acres and vary in size Cited by: Disposal of saline subsurface drainage waters from croplands into evaporation basins (or ponds) in the San Joaquin Valley of California causes excessive accumulation of salts and elevated concentrations of arsenic (As), a potentially high risk element with little information about its fate, in the agricultural evaporation ponds.

We examined dissolved As concentration, speciation, and Cited by: California Agriculture - Archive. On-farm and regional evaporation ponds for disposal of saline drain waters are increasing in the San Joaquin Valley as a result.

Inthe Central Valley Regional Water Quality Control Board adopted waste discharge requirements for evaporation ponds. The California Department of Fish and Wildlife, U.S. Fish and Wildlife Service and evaporation pond operators have used the Tulare Lake Basin as a testing ground for new methods to avoid and mitigate the impacts of.

Study areas from the 1) San Joaquin Valley and San Francisco Bay-Delta Estuary, California, 2) watersheds of the Colorado River and other arid basins of the western US; 3) upper Blackfoot River watershed, Idaho; 4) upper Mud River watershed and other Appalachian basins, West Virginia; and 5) coal ash receiving basins such as Belews Lake in.

Selenium Verification Studies; San Joaquín Valley Drainage Program, Biological Residue Data for Evapora-tion Ponds in the San Joaquín Valley, California (); and Fish and Wildlife Resources. In some species of ducks using the Tulare Basin ponds, over one-third of all embryos were deformed, compared to the 5 percent at Kesterson that provoked.

Full text of "Technical Report: agricultural drainage water treatment, reuse, and disposal in the San Joaquin Valley" See other formats SJVDP Reports Library Rm W ID No.

j£^o^V ^>*^ ^y*^^>Cn^ SEPTEMBER San Joaquin Valley Drainage Program AGRICULTURAL DRAINAGE WATER TREATMENT, REUSE, AND DISPOSAL IN THE SAN JOAQUIN VALLEY PART II REUSE AND DISPOSAL UBRARY COPY SAN JOAQUIN .Fifty-five percent of agricultural land that has a high risk of development is high-quality farmland.

Exploring the Intersection of Agricultural Land & Water Resources in California’s San Joaquin Valley San Joaquin Land and Water Strategy. 3. Due to a variety of factors, water demand could increase byacre-feet per year by mid-century. 4.The San Joaquin Valley includes roughly the southern two-thirds of the Great Central Valley of California.

It is a broad structural trough surrounded by mountains. The northern part of the valley drains through the San Joaquin River northward to San Francisco Bay ; the southern part of the valley normally is a basin of interior drainage tributary to evaporation sumps in the trough of the.