JANUARY 1992 - SEPTEMBER 1996
201 citations from AGRICOLA
by
Joe Makuch
Water Quality Information Center
***********************************************************
This electronic bibliography is intended primarily to provide
awareness of recent investigations and discussions of a topic
and is not intended to be in-depth and exhaustive. The
inclusion or omission of a particular publication or citation
should not be construed as endorsement or disapproval.
Send suggestions for electronic bibliographies related to
water resources and agriculture to wqic@nalusda.gov
To locate a publication cited in this bibliography, please
contact your local, state, or university library. If you are
unable to locate a particular publication, your library can
contact the National Agricultural Library (please see
"Document Delivery Services" at http://www.nal.usda.gov/ddsb).
**********************************************************
Constructed Wetlands and Water Quality Improvement
1. Accumulation of organic solids in gravel-bed constructed
wetlands.
Tanner, C. C.; Sukias, J. P.
Water-sci-technol v.32, p.229-239. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; schoenoplectus-; gravel-;
waste-water-treatment; dairy-wastes; dairy-effluent;
waste-water; deposition-; organic-matter; pollutants-;
hydrology-; new-zealand; suspended-solids;
schoenoplectus-validus; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
2. Actual experiences with the use of reed bed systems for
wastewater treatment in single households.
Perfler, R.; Haberl, R.
Water-sci-technol v.28, p.141-148. (1993).
Proceedings of the 2nd International Conference on, "Design
and Operation of Small Wastewater Treatment Plants," June
28-30, 1993, Trondheim, Norway / edited by H. Odegaard.
Descriptors: waste-water-treatment; rural-areas; wetlands-;
pollution-control; phragmites-australis; filter-beds;
biological-treatment; chemical-oxygen- demand;
biochemical-oxygen-demand; ammonium-nitrogen; nitrogen-;
phosphorus-; costs-; nutrient-removal
NAL Call No.: TD420.A1P7
*******************************************************
3. Agricultural best management practices and surface water
improvement and management.
Anderson, D. L.; Flaig, E. G.
Water-sci-technol v.31, p.109-121. (1995).
In the series analytic: Integrated water resources management
/ edited by S.H. Hosper, R.D. Gulati, L. van Liere, and
R.M.M. Rooijackers.
Descriptors: water-pollution; phosphorus-; runoff-;
runoff-water; drainage-; drainage-water; pollution-control;
agricultural-land; farmland-; wetlands-; lakes-;
national-parks; watershed-management; florida-;
lake-okeechobee; everglades-national-park;
nonpoint-source-pollution
NAL Call No.: TD420.A1P7
*******************************************************
4. Ammonium and nitrate removal in vegetated and unvegetated
gravel bed microcosm wetlands.
Zhu, T.; Sikora, F. J.
Water-sci-technol v.32, p.219-228. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; gravel-; ammonium-;
ammonium-nitrogen; nitrate-; nitrate-nitrogen; removal-;
denitrification-; nitrification-; phalaris- arundinacea;
phragmites-australis; scirpus-; typha-latifolia;
nutrient-uptake; roots-; immobilization-; biomass-;
microorganisms-; redox-potential; alabama-;
scirpus-atrovirens; constructed-wetlands; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
5. Ammonium removal in constructed wetlands with
recirculating subsurface flow: removal rates and mechanisms.
Sikora, F. J.; Tong, Z.; Behrends, L. L.; Steinberg, S. L.;
Coonrod, H. S.
Water-sci-technol v.32, p.193-202. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; ammonium-; removal-; nutrient-uptake;
aquatic-plants; typha-; scirpus-; scirpus-acutus;
phragmites-australis; phalaris- arundinacea;
ammonium-nitrogen; seasonal-variation; phosphorus-;
sorption-; immobilization-; biomass-; microorganisms-;
nitrification-; waste- water-treatment;
chemical-oxygen-demand; denitrification-; alabama-;
macrophytes-; scirpus-atrovirens; scirpus-cyperinus;
vegetated-submerged-bed-wetlands; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
6. Artificial wetlands for the treatment of mill effluent.
Schumann, G. T.
Proc-Annu-Congr-S-Afr-Sugar-Technol-Assoc p.228-232. (1991).
Meeting held on June 10-12, 1991, Durban and Mount Edgecombe,
South Africa.
Descriptors: sugar-factory-waste; waste-water-treatment;
factory-effluents; roller-mills; biological-treatment;
wetlands-; phragmites-australis; typha- latifolia
NAL Call No.: 65.9-SO83
*******************************************************
7. Artificial wetlands for wastewater treatment. University
of Nebraska--Lincoln thesis : Civil Engineering.
Streckfuss, T. H.
1991. vi, 169 leaves : ill..
Thesis (M.S.)--University of Nebraska--Lincoln, 1991.
NBU LD3656-1991-S774
*******************************************************
8. An assessment of the root zone method of wastewater
treatment.
Conley, L. M.; Dick, R. I.; Lion, L. W.
Res-j-Water-Pollut-Control-Fed v.63, p.239-247. (1991).
Includes references.
Descriptors: wetlands-; aquatic-plants;
waste-water-treatment; biochemical-oxygen-demand; removal-;
roots-; water-flow; design-; waste-water; scirpus- ; typha-;
phragmites-; constructed-wetlands; subsurface-flow
NAL Call No.: TD419.R47
*******************************************************
9. Benefits from restoring wetlands for nitrogen abatement :
a case study of Gotland.
Gren, I. M.
Stockholm, Sweden : Beijer Internantional Institute of
Ecological Economics, 1992. 19 p..
Cover title.
Descriptors: Wetlands-Sweden-Gotland; Nitrogen-;
Water-Purification-Sweden-Gotland
NAL Call No.: QH87.3.G73--1992
*******************************************************
10. Benefits to downstream flood attenuation and water
quality as a result of constructed wetlands in agricultural
landscapes.
De Laney, T. A.
J-soil-water-conserv v.50, p.620-626. (1995).
Special issue on wetlands.
Descriptors: agricultural-land; wetlands-; construction-;
geographical-distribution; flood-control; pollution-control;
agricultural-chemicals; sediment-; water-quality
NAL Call No.: 56.8-J822
*******************************************************
11. Biochemical treatment of metal-chloride-enriched
wastewater by simulated constructed wetlands by Linda Kay
Mitchell.
Mitchell, L. K. 1.
1992. ix, 129 leaves : ill..
Includes vita and abstract.
Descriptors: Wetlands-; Water-reuse; Water-Purification
NAL Call No.: KyU Thesis-1992-Mitchell
*******************************************************
12. Biogeochemical characteristics of wetlands developed
after strip mining for coal.
Sistani, K. R.; Mays, D. A.; Taylor, R. W.
Commun-soil-sci-plant-anal v.26, p.3221-3229. (1995).
Includes references.
Descriptors: wetlands-; disturbed-soils; mined-land;
reclamation-; biogeochemistry-; characterization-;
chemical-composition; wetland-soils; comparisons-; alabama-;
constructed-wetlands-versus-natural-wetlands
Abstract: Since the costly practice of toxic spoil burial and
topsoil replacement during surface mine reclamation are
mandated by law, it has become feasible to consider creation
of constructed wetlands for wildlife habitat as an
alternative mined land reclamation practice on active or
abandoned mine sites. This is also a novel approach for
metigation of lost natural wetland in the past.
Implementation of this concept will require proper baseline
information from the biogeochemical properties of constructed
wetlands developed on surface mined sites. Baseline data
were collected from two wetlands developed on strip mined
sites in Alabama. We took samples from each wetland in April
and September 1992. Since the naturalization of these
wetlands with regard to the spatial variabilities within each
wetland were the main objective of this work, a natural
wetland developed on undisturbed soil was sampled at the same
time so that it could be used as a reference to wetlands
developed on disturbed soils. The natural wetland was
dominated by cattail (Typha latifolia) and smartweed
(Polygonum sp.) while the dominant emergent vegetation of
the stripmined site wetlands was bulrush (Scirpus sp.) and
cattail. The pH of the mineral and organic substrate in the
natural wetland ranged from 7.7 to 7.8 while in the
mined-site wetlands, pH ranged from 6.7 to 7.4. Dry soil
adjacent to mined site wetlands had pHs of 4.1 and 5.0,
compared to 6.5 for dry soil adjacent to the natural wetland.
Higher levels of extractable calcium (Ca), magnesium (Mg),
potassium (K), sodium (Na), aluminum (Al), iron (Fe),
manganese (Mn), and zinc (Zn) were measured in April than
September for all wetlands. Metal concentrations did not
show any consistent trend. coal will gain biogeochemical
characteristics similar to those of natural wetlands
regardless of the initial chemical characteristics of the
mined spoil materials. However, more studies with regard to
the direct comparison of constructed versus natural wetlands
at different locations is warranted.
NAL Call No.: S590.C63
*******************************************************
13. Busch wildlife area constructed wetland.
Schneider, J. H.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1991. (912505) 29 p.
Paper presented at the "1991 International Winter Meeting
sponsored by the American Society of Agricultural Engineers,"
December 17- 20, 1991, Chicago, Illinois.
Descriptors: water-quality; wetlands-
NAL Call No.: 290.9-Am32P
*******************************************************
14. Carcoar Wetland--a wetland system for river nutrient
removal.
White, G. C.; Smalls, I. C.; Bek, P. A.
Water-sci-technol v.29, p.169-176. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: wetlands-; nutrients-; phosphorus-; removal-;
nutrient-uptake; aquatic-plants; design-; new-south-wales;
constructure-wetlands; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
15. Case studies of wetland filtration of mine waste water in
constructed and naturally occurring systems in Northern
Australia.
Noller, B. N.; Woods, P. H.; Ross, B. J.
Water-sci-technol v.29, p.257-265. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: wetlands-; filtration-; waste-water;
drainage-water; mined-land; mine-spoil; metals-; metal-ions;
removal-; northern-territory; constructed-wetlands;
artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
16. Challenges for the development of advanced constructed
wetlands technology.
Bavor, H. J.; Roser, D. J.; Adcock, P. W.
Water-sci-technol v.32, p.13-20. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment;
structural-design; nutrients-; removal-; expert-systems;
decision-making; databases-; sewage-effluent; waste-water;
aquatic-plants; cycling-; aquatic-organisms; microorganisms-;
microbial-degradation; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
17. Cleopatra's bathwater: an informal introduction to the
art and science of bioremediation.
Ausubel, K.
Arid-Lands-Newsl. Tucson, Ariz. : Office of Arid Lands
Studies, University of Arizona. Spring/Summer 1992. v. 32 p.
2-4.
Descriptors: biotechnology-; water-resources; wetlands-;
waste-water-treatment; marshes-; arizona-
NAL Call No.: S612.A753
*******************************************************
18. Cold-climate constructed wetlands.
Maehlum, T.; Jenssen, P. D.; Warner, W. S.
Water-sci-technol v.32, p.95-101. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-treatment;
waste-water-treatment; nutrients-; removal-; phosphorus-;
nitrogen-; chemical-oxygen-demand; biochemical-
oxygen-demand; water-flow; horizontal-flow; organic-matter;
norway-; artificial-wetlands; subsurface-flow
NAL Call No.: TD420.A1P7
*******************************************************
19. The combination of a flood-retarding basin and a wetland
to manage the impact of urban runoff.
Breen, P. F.; Mag, V.; Seymour, B. S.
Water-sci-technol v.29, p.103-109. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: wetlands-; flood-control; runoff-; runoff-water;
urban-areas; aquatic-plants; waste-water-treatment;
biological-treatment; victoria-; artificial-wetlands;
constructed-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
20. Comparing microbial parameters in natural and constructed
wetlands.
Duncan, C. P.; Groffman, P. M.
J-environ-qual v.23, p.298-305. (1994).
Includes references.
Descriptors: wetlands-; pollution-control; water-quality;
microbial-activities; biomass-production;
soil-organic-matter; soil-ph; soil-water; denitrification-;
enzyme-activity; mineralization-; nitrification-;
massachusetts-; rhode-island
Abstract: Microbial biomass C, soil respiration,
denitrification enzyme activity (DEA), and potential net N
mineralization and nitrification were compared in two
constructed and three natural wetlands in Massachusetts and
Rhode Island. The constructed wetlands studied had marsh and
wet meadow vegetation and received storm water discharge
directly from a large shopping mall and its associated
parking lots. The natural sites encompassed three soil
drainage classes (moderately well drained, poorly drained,
and very poorly drained) across an upland to wetland
transition zone with red maple (Acer rubrum L.) swamps and
mixed oak (Quercus sp.) forests in the transition zone. Our
objective was to determine if microbial biomass and activity
were similar in the constructed wetlands and the most common
type of natural wetland in our area. Microbial biomass C,
DEA, and potential net N mineralization and nitrification
were similar among the constructed and natural wetland sites.
In all cases, levels of these parameters in the constructed
wetlands fell within the range of variability observed in the
natural wetlands. Denitrification enzyme activity was higher
(p < 0.05) in the constructed wetlands than in the moderately
well drained soils at the natural sites. Soil respiration
was generally lower (p < 0.05) in the constructed wetlands
than in the natural wetlands. The results suggest that the
constructed wetlands have a significant and active microbial
community that facilitates nutrient cycling and water quality
maintenance functions similar to natural wetlands. The
successful development of the microbial community n these
wetlands was likely due to the use of organic substrates.
NAL Call No.: QH540.J6
*******************************************************
21. Constructed reed beds: appropriate technology for small
communities.
Green, M. B.; Upton, J.
Water-sci-technol v.32, p.339-348. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment; runoff-water;
sewage-; sewage-effluent; phragmites-australis; nutrients-;
pollutants-; removal-; nitrogen-; biochemical-oxygen-demand;
ammonium-nitrogen; suspended-solids; constructed-wetlands;
storm-water-treatment
NAL Call No.: TD420.A1P7
*******************************************************
22. Constructed "source" wetland concepts applied to urban
landscapes.
Hopkins, B.; Argue, J. R.
Water-sci-technol v.29, p.133-140. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: wetlands-; water-management; runoff-;
urban-areas; groundwater-recharge; aquifers-;
south-australia; constructed-wetlands; artificial-wetlands;
urban-runoff; stormwater-
NAL Call No.: TD420.A1P7
*******************************************************
23. Constructed wetland design--the first generation.
Reed, S. C.; Brown, D. S.
Water-Environ-Res v.64, p.776-781. (1992).
Includes references.
Descriptors: refuse-; industrial-wastes;
waste-water-treatment; wetlands-; construction-; design-;
environmental-protection; federal-government; public-
agencies; inventories-; performance-appraisals; usa-;
environmental-protection-agency; constructed-wetland-systems;
organic-loading-on-wetlands
NAL Call No.: TD419.R47
*******************************************************
24. Constructed wetland for treating swine lagoon effluent.
Payne, V. W. E.; McCaskey, T. A.; Eason, J. T.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1992. (92-4526) 6 p.
Paper presented at the "1992 International Winter Meeting
sponsored by the American Society of Agricultural Engineers,"
December 15- 18, 1992, Nashville, Tennessee.
Descriptors: pigs-; lagoons-; effluents-;
waste-water-treatment; wetlands-; construction-
NAL Call No.: 290.9-Am32P
*******************************************************
25. Constructed wetland-pond systems for treating
agricultural runoff in Northern Maine. CIVIL ENGINEERING -
1992.
Higgins, M. J. 1.
Orono, Me., 1992. vi, 113 leaves : ill..
Includes vita.
Descriptors: Agricultural-pollution;
Watershed-management-Environmental-aspects-Maine
NAL Call No.: MeU Univ.-1992-H54
*******************************************************
26. Constructed wetland site design and installation.
Ulmer, R.; Cathcart, T.; Strong, L.; Pote, J.; Davis, S.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1992. (92-4528) 8 p.
Paper presented at the "1992 International Winter Meeting
sponsored by the American Society of Agricultural Engineers,"
December 15- 18, 1992, Nashville, Tennessee.
Descriptors: dairy-effluent; waste-water-treatment;
wetlands-; construction-; lagoons-
NAL Call No.: 290.9-Am32P
*******************************************************
27. Constructed wetland systems for water pollution control
in North China.
Li, X. F.; Jiang, C. C.
Water-sci-technol v.32, p.349-356. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment; sewage-;
sewage-effluent; water-flow; pollution-control;
water-pollution; lagoons-; ponds-; phragmites- australis;
xinjiang-; liaoning-; beijing-; yunnan-; shandong-;
artificial-wetlands; surface-flow
NAL Call No.: TD420.A1P7
*******************************************************
28. Constructed wetland treatment of animal waste in Indiana:
management implications.
Reaves, R. P.; DuBowy, P. J.; Jones, D. D.; Sutton, A. L.
Clean water, clean environment, 21st century team
agriculture, working to protect water resources conference
proceedings, March 5-8, 1995, Kansas City, Missouri /. St.
Joseph, Mich. : ASAE, c1995.. v. 2 p. 179-182.
Includes references.
Descriptors: wetlands-; aquatic-plants;
waste-water-treatment; waste-treatment; dairy-effluent;
piggery-effluent; lagoons-; indiana-; swine-lagoon-effluent
NAL Call No.: TD365.C54-1995
*******************************************************
29. Constructed wetland treatment of swine wastewater.
Hunt, P. G.; Humenik, F. J.; Szogi, A. A.; Rice, J. M.;
Stone, K. C.; Cutts, T. T.; Edwards, J. P.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1993. (93-2601/93-3510) 12 p.
Paper presented at the "1993 International Winter Meeting
sponsored by the American Society of Agricultural Engineers,"
December 14- 17, 1993, Chicago, Illinois.
Descriptors: wetlands-; waste-water-treatment; animal-wastes;
glycine-max; oryza-sativa; nitrogen-; redox-potential;
redox-reactions
NAL Call No.: 290.9-Am32P
*******************************************************
30. Constructed wetlands: an approach for animal waste
treatment.
Rieck, A.; Langston, J.; VanDevender, K.
FSA-Coop-Ext-Serv-Univ-Arkansas. Little Rock, Ark. : The
Service. Apr 1993. (3005) 4 p.
Includes references.
Descriptors: animal-wastes; waste-treatment; wetlands-;
regulations-; state-government; arkansas-
NAL Call No.: S37.F72
*******************************************************
31. Constructed wetlands clean up: they could be an
inexpensive, low-tech cure for farm pollution headaches.
Becker, H.
Agric-res p.20. (1993).
Descriptors: dairy-farming; waste-water; water-management;
wetlands-
NAL Call No.: 1.98-Ag84
*******************************************************
32. Constructed wetlands for acid drainage control in the
Tennessee Valley.
Brodie, G. A.
[Chattanooga, Tenn.? : Tennessee Valley Authority?, 1987?] 1
v. (unpaged).
Caption title.
Descriptors: Constructed-wetlands
NAL Call No.: TD756.5.B76-1987
*******************************************************
33. Constructed wetlands for animal waste management :
proceedings of workshop, 4-6 April 1994, Lafayette, Indiana.
Dubowy, P. J. P. J. 1.; Reaves, R. P. R. P. 1.
West Lafayette, In. : Department of Forestry and Natural
Resources, Purdue University, c1994. vi, 188 p. : ill..
Includes bibliographical references.
Descriptors: Animal-waste-Management-Congresses;
Constructed-wetlands-Congresses
NAL Call No.: TD930.C644--1994
*******************************************************
34. Constructed wetlands for animal wastewater treatment.
Humenik, F.; Zublena, J.; Barker, J.
AG-NC-Agric-Ext-Serv. Raleigh : North Carolina Agricultural
Extension Service,. Oct 1993. (473-13) 3 p.
In subseries: Water Quality & Waste Management.
Descriptors: wetlands-; construction-; design-;
waste-water-treatment; water-quality; simulation-;
north-carolina
NAL Call No.: S544.3.N6N62
*******************************************************
35. Constructed wetlands for dairy wastewater treatment.
Davis, S. H.; Ulmer, R.; Strong, L.; Cathcart, T.; Pote, J.;
Brock, W.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1992. (92-4525) 11 p.
Paper presented at the "1992 International Winter Meeting
sponsored by the American Society of Agricultural Engineers,"
December 15- 18, 1992, Nashville, Tennessee.
Descriptors: dairy-effluent; waste-water-treatment;
wetlands-; construction-; nitrification-;
biochemical-oxygen-demand; dissolved-oxygen; mississippi-
NAL Call No.: 290.9-Am32P
*******************************************************
36. Constructed wetlands for industrial wastewater.
Gillette, B.
Biocycle v.35, p.80, 82-83. (1994).
Descriptors: waste-water; waste-water-treatment; wetlands-;
kentucky-
NAL Call No.: 57.8-C734
*******************************************************
37. Constructed wetlands for milkhouse wastewater treatment.
Zimmerman, T.; Lefever, J. L.; Warns, M.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Summer 1994. (94-1075/94-2020) 12 p.
Paper presented at the "1994 International Summer Meeting
sponsored by The American Society of Agricultural Engineers,"
June 19-22, 1994, Kansas City, Missouri.
Descriptors: waste-water-treatment; wetlands-
NAL Call No.: 290.9-Am32P
*******************************************************
38. Constructed wetlands for river water quality improvement.
Kadlec, R. H.; Hey, D. L.
Water-sci-technol v.29, p.159-168. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: wetlands-; water-quality; sediment-;
phosphorus-; nitrogen-; removal-; atrazine-; nutrients-; -;
hydrology-; water-pollution; watersheds-; illinois-;
non-point-source-pollution; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
39. Constructed wetlands for treating agricultural
wastewater.
United States. Environmental Protection Agency.
West Lafayette, IN : The Center, [1993?] 1 sheet.
Caption title.
Descriptors: Wetland-ecology; Agricultural-pollution
NAL Call No.: QH541.5.M3C66--1993
*******************************************************
40. Constructed wetlands for treatment of acid mine drainage
: a preliminary review.
Girts, M. A.
[Morgantown, WV? : West Virginia University?, 1986?] p.
165-171.
Caption title. December 8-11, 1986.
Descriptors: Constructed-wetlands
NAL Call No.: TD756.5.G57-1986
*******************************************************
41. Constructed wetlands for wastewater treatment and
wildlife habitat : 17 case studies.
United States. Environmental Protection Agency.
[Washington, DC] : U.S. Environmental Protection Agency :
[Supt. of Docs., U.S. G.P.O., distributor, 1993] iv, 174 p. :
ill. (some col.), maps.
Cover title.
Descriptors: Constructed-wetlands-United-States-Case-studies;
Sewage-Purification-Biological-treatment-United-States-Case-studies; Habitat-Ecology-
Modification-United-States-Case-studies
NAL Call No.: TD756.5.C65--1993
*******************************************************
42. Constructed wetlands for wastewater treatment in the
Czech Republic--State of the art.
Vymazal, J.
Water-sci-technol v.32, p.357-364. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment; sewage-;
sewage-effluent; phragmites-australis; phalaris-arundinacea;
glyceria-maxima; biochemical- oxygen-demand;
chemical-oxygen-demand; pollutants-; water-flow;
czechoslovakia-; reed-bed-system; artificial-wetlands;
suspended-solids; susburface-flow
NAL Call No.: TD420.A1P7
*******************************************************
43. Constructed wetlands for water quality improvement.
Moshiri, G. A.
Boca Raton : Lewis Publishers, c1993. 632 p. : ill., maps.
Papers presented at the Pensacola conference.
Descriptors: Constructed-wetlands-Congresses;
Water-quality-management-Congresses;
Constructed-wetlands-Case-studies-Congresses
NAL Call No.: TD756.5.M67--1993
*******************************************************
44. Constructed wetlands handle waste.
Taylor, S.
Soil-Water-Conserv-U-S-Dep-Agric-Soil-Conserv-Serv v.11,
p.5-6. (1991).
Descriptors: wetlands-; animal-wastes; planting-; georgia-
NAL Call No.: aS622.S6
*******************************************************
45. Constructed wetlands in Europe.
Haberl, R.; Perfler, R.; Mayer, H.
Water-sci-technol v.32, p.305-315. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment; water-flow;
horizontal-flow; dewatering-; sewage-sludge; nutrients-;
removal-; ammonium-nitrogen; nitrogen-; phosphorus-; europe-;
artificial-wetlands; subsurface-flow
NAL Call No.: TD420.A1P7
*******************************************************
46. Constructed wetlands in water pollution control:
fundamentals to their understanding.
Wood, A.
Water-sci-technol v.32, p.21-29. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment;
pollution-control; aquatic-plants; nutrient-uptake;
nutrients-; removal-; aquatic-organisms; microorganisms-;
microbial-degradation; cycling-; surface-flow-wetlands;
subsurface-flow-wetlands; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
47. Constructed wetlands successfully treat swine wastewater.
McCaskey, T. A.; Eason, J. T.; Hammer, D. A.; Pullin, B. P.;
Payne, V. W. E.; Bransby, D. I.
Highlights-Agric-Res-Ala-Agric-Exp-Stn v.39, p.13. (1992).
Descriptors: pigs-; waste-water; waste-water-treatment;
wetlands-; aquatic-plants; ammonia-; nitrogen-content;
alabama-
NAL Call No.: 100-AL1H
*******************************************************
48. Constructed wetlands to control nonpoint source
pollution.
Wengrzynek, R. J.
United States Department of Agriculture patents. [Washington,
D.C.? : The Department, 1900?-. Dec 29, 1992. (5,174,897) 1
p.
Copies of USDA patents are available for a fee from the
Commissioner of Patents and Trademarks, U.S. Patents and
Trademarks Office, Washington, D.C. 20231.
Descriptors: soil-pollution; pollution-control; patents-;
usda-; wetlands-; ponds-; vegetation-; detoxification-; usa-;
us005174897a-
Abstract: Abstract: The construct containing in hydraulic
order a sediment basin, level-lip spreader, grassy filter,
wetland, and deep pond can be used to remove pollutants from
nonpoint source runoff. Wetlands are planted with vegetation
that encourages growth of aerobic and anaerobic bacteria
which are helpful in removing and detoxifying contaminants.
NAL Call No.: aT223.V4A4
*******************************************************
49. Coupling wetland treatment to land treatment: an
innovative method for nitrogen stripping.
Cooper, A. B.
Water-sci-technol v.29, p.141-149. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; wetlands-;
typha-orientalis; carex-; azolla-filiculoides; nitrate-;
removal-; nutrient-uptake; denitrification-; new- zealand
NAL Call No.: TD420.A1P7
*******************************************************
50. Created and natural wetlands for controlling nonpoint
source pollution.
Olson, R. K.; United States. Environmental Protection Agency.
Office of Research and Development.
Boca Raton, Fla. : C.K. Smoley, c1993. v, 216 p. : ill.,
maps.
"U.S. EPA, Office of Research and Development, and Office of
Wetlands, Oceans, and Watersheds.".
Descriptors: Water-quality-management-United-States;
Water-Pollution-United-States;
Wetland-conservation-United-States; Constructed-wetlands-
United-States
NAL Call No.: TD223.C73-1993
*******************************************************
51. Denitrification in constructed wastewater wetlands
receiving high concentrations of nitrate.
Van Oostrom, A. J.; Russel, J. M.
Water-sci-technol v.29, p.7-14. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
wetlands-; glyceria-maxima; meatworks-effluent;
denitrification-; nitrate-; nitrogen-; removal- ;
nutrient-uptake; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
52. Design and construction of a wetland to treat milkhouse
wastewater.
Holmes, B. J.; Massie, L. R.; Bubenzer, G. D.; Hines, G.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1992. (92-4524) 18 p.
Paper presented at the "1992 International Winter Meeting
sponsored by the American Society of Agricultural Engineers,"
December 15- 18, 1992, Nashville, Tennessee.
Descriptors: milking-parlors; waste-water-treatment;
wetlands-; construction-; wisconsin-
NAL Call No.: 290.9-Am32P
*******************************************************
53. Design and performance of the Champion pilot-constructed
wetland treatment system.
Knight, R. L.; Hilleke, J.; Grayson, S.
Tappi-j v.77, p.240-245. (1994).
Includes references.
Descriptors: pulp-and-paper-industry; kraft-mill-effluent;
waste-water-treatment; water-quality;
biochemical-oxygen-demand; wetlands-; florida-
NAL Call No.: 302.8-T162
*******************************************************
54. Design criteria and practice for constructed wetlands.
Crites, R. W.
Water-sci-technol v.29, p.1-6. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; wetlands-; design-;
water-flow; hydrology-; biological-treatment; aquatic-plants;
artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
55. Design models for nutrient removal in constructed
wetlands.
Kadlec, R. H.
Animal waste and the land-water interface /. Boca Raton :
Lewis Publishers, c1995.. p. 173-184.
Includes references.
Descriptors: waste-water-treatment; wetlands-; design-;
nutrients-; nitrogen-; phosphorus-; removal-;
water-pollution; pollution-control; multivariate- analysis;
databases-
NAL Call No.: TD930.A55-1995
*******************************************************
56. Design of constructed wetlands for dairy waste water
treatment in Louisiana.
Chen, S.; Cothren, G. M.; DeRamus, H. A.; Langlinais, S.;
Huner, J. V.; Malone, R. F.
Animal waste and the land-water interface /. Boca Raton :
Lewis Publishers, c1995.. p. 197-204.
Descriptors: dairy-wastes; waste-water-treatment; water-flow;
wetlands-; water-systems; design-; pollution-control;
louisiana-
NAL Call No.: TD930.A55-1995
*******************************************************
57. Design of submerged flow wetlands for individual homes
and small wastewater flows.
Sievers, D. M.; University of Missouri Columbia.
Agricultural Experiment Station.
Columbia, MO : Missouri Small Wastewater Flows Education &
Research Center, Agriculture Experiment Station, College of
Agriculture Food & Natural Resources, University of
Missouri--Columbia, [1993] 11 p. : ill..
Cover title.
Descriptors: Constructed-wetlands; Sewage-Purification;
Septic-tanks; Typha-; Aquatic-weeds
NAL Call No.: 100--M693Sp-no.457
*******************************************************
58. Designing constructed wetlands for nitrogen removal.
Hammer, D. A.; Knight, R. L.
Water-sci-technol v.29, p.15-27. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
wetlands-; design-; nitrification-; denitrification-;
nitrogen-; removal-; ammonium-; anaerobic- conditions;
aerobiosis-; aerobic-treatment; anaerobic-treatment;
aquatic-plants; nutrient-uptake; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
59. Developing artificial wetlands to benefit wildlife and
livestock.
Olson, R.
Bull-Wyo-Univ-Coop-Ext-Serv. Laramie, Wyo. : The Service. May
1990. (938) 21 p.
Includes references.
Descriptors: wetlands-; habitat-selection;
environmental-protection; wildlife-conservation;
construction-; grazing-; wyoming-
NAL Call No.: 275.29-W99B
*******************************************************
60. Development of guidelines for and demonstration of
efficient treatment of swine lagoon wastewater by constructed
wetlands.
McCaskey, T. A.
Sustainable Agriculture Research and Education SARE research
projects Southern Region. [1988-. 1995. 34 p.
SARE Project Number AS94-16. Record includes floppy disk.
Date of report December 1995.
Descriptors: pig-slurry; waste-water-treatment;
nitrogen-content; ammonia-; nitrate-; nitrogen-;
biochemical-oxygen-demand; chemical-oxygen-demand;
phosphorus-; streptococcus-; water-quality; wetlands-;
bioremediation-; water-pollution; pollution-control;
guidelines-; alabama-
NAL Call No.: S441.S8552
*******************************************************
61. Diagenesis of organic matter in a wetland receiving
hypereutrophic lake water. II. Role of inorganic electron
acceptors in nutrient release.
D'Angelo, E. M.; Reddy, K. R.
J-environ-qual v.23, p.937-943. (1994).
Paper presented at the symposium, "Wetland Processes and
Water Quality," November 3-4, 1992, Minneapolis, MN.
Descriptors: organic-matter; sediment-; peat-soils;
decomposition-; cycling-; oxygen-; nitrate-nitrogen;
ammonium-nitrogen; sulfate-; water-pollution; water-quality;
marshes-; pollution-control
Abstract: Constructed marshes are currently being used as a
low-cost alternative for treatment of nutrient-enriched
waters. These marshes may function as net sinks for
nutrients, especially for particulate organic forms of N and
P. However, decomposition of organic matter and nutrient
release may influence the ability of the marsh to function
for this purpose. One of the main factors affecting
decomposition is the availability of inorganic electron
acceptors (e.g., O2, NO3(-), and SO4(2-). The role of
electron acceptor consumption on N and P regeneration and
release was investigated using batch incubation experiments
with recently deposited organic matter (floc sediment) and
peat soils collected from the constructed marsh. In electron
acceptor-amended soil cores, electron acceptor consumption
proceeded rapidly in the order O2 > NO3(-) > SO4(2-). Mean
oxygen reduction rate (OR) was 1.6 g O2 m-2 d-1 (2025 g O2
m-3 d-1), with corresponding values for NO3(-) and SO4(2-) of
0.23 g N m-2 d-1 (60 g N m-3 d-1) and 0.086 g S m-2 d-1 (5.4
g S m-3 d-1), respectively. If electron acceptor consumption
was coupled to decomposition of organic matter in Hoc
sediment with a C/N/P ratio of 190:14:1, aerobic catabolism
accounted for 92% of NH4+, and soluble P regenerated in the
soil, with anaerobic activity (NO3(-) and SO4(2-) reduction)
accounting for the remaining 8%. In the constructed marsh
receiving allochthonous inputs of labile organic matter,
however, anaerobic decomposition was expected to be the
dominant mechanism for nutrient regeneration. Under
SO4(2-)-reducing conditions, net rates of organic N and P
mineralization were 3.3 to 14 mg N L-1 sediment d-1 and 0.5
to 0.6 mg P L-1, respectively, and were highly. the water
column by diffusion and advection (e.g., gas ebullition),
thus impacting water quality.
NAL Call No.: QH540.J6
*******************************************************
62. Domestic wastewater treatment through constructed wetland
in India.
Juwarkar, A. S.; Oke, B.; Juwarkar, A.; Patnaik, S. M.
Water-sci-technol v.32, p.291-294. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: phragmites-; phragmites-karka; typha-latifolia;
wetlands-; waste-water-treatment; sewage-effluent; removal-;
nutrients-; nitrogen-; phosphorus-; pathogens-;
biochemical-oxygen-demand; waste-water; orissa-;
phragmites-carca
NAL Call No.: TD420.A1P7
*******************************************************
63. The economic and environmental feasibility of using
constructed wetlands for treatment of municipal wastewater in
small communities in Maine.
Hesketh, P. S. 1.
Orono, Me., 1990. viii, 256 leaves : ill..
Includes vita.
MeU Univ.-1990-H461
*******************************************************
64. Effects of acidification on metal accumulation by aquatic
plants and invertebrates. 1. Constructed wetlands.
Albers, P. H.; Camardese, M. B.
Environ-Toxicol-Chem v.12, p.959-967. (1993).
Includes references.
Descriptors: aquatic-plants; aquatic-insects; uptake-;
aluminum-; cadmium-; calcium-; copper-; iron-; lead-;
magnesium-; manganese-; nickel-; zinc-; acidification-;
wetlands-; pollution-; ph-; adverse-effects;
freshwater-biology; maryland-
NAL Call No.: QH545.A1E58
*******************************************************
65. The efficiency of constructed wetland-pond systems in the
reduction of sediment and nutrient discharges from
agricultural watersheds.
Jolley, J. W. 1.
Orono, Me., 1990. ix, 180 leaves : ill., map.
Includes vita.
MeU Univ.-1990-J683
*******************************************************
66. Efficient and low cost effluent treatment using an ash
disposal dam.
Vermeulen, P. L. M.; Vawda, A. S.
Proc-Annu-Congr-S-Afr-Sugar-Technol-Assoc p.48-51. (1989).
Meeting held on June 5-8, 1989, Durbon and Mount Edgecombe,
South Africa.
Descriptors: roller-mills; sugar-industry; sugar-refineries;
fly-ash; waste-water; waste-water-treatment; effluents-;
wetlands-; biological-treatment; dams- ; sugar-factory-waste;
artificial-wetlands
NAL Call No.: 65.9-SO83
*******************************************************
67. Engineered reed-bed systems for wastewater treatment.
Gray, K. R.; Biddlestone, A. J.
Trends-biotechnol v.13, p.248-252. (1995).
Includes references.
Descriptors: waste-water-treatment; wetlands-;
phragmites-australis; typha-latifolia; scirpus-lacustris;
biological-treatment; waste-water; microbial- degradation;
constructed-wetlands
NAL Call No.: TA166.T72
*******************************************************
68. Enhancement of nitrogen removal in subsurface flow
constructed wetlands employing a 2-stage configuration, an
unsaturated zone, and recirculation.
White, K. D.
Water-sci-technol v.32, p.59-67. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment; nitrogen-;
removal-; denitrification-; nitrification-; water-flow;
waste-water; factory-effluents; food- industry; seafoods-;
biochemical-oxygen-demand; aeration-; hydraulics-;
ammonium-nitrogen; nitrate-; passive-aeration;
hydraulic-retention-time; artificial-wetlands;
seafood-industry
NAL Call No.: TD420.A1P7
*******************************************************
69. Establishing wetland plants in artificial systems.
Chambers, J. M.; McComb, A. J.
Water-sci-technol v.29, p.79-84. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
wetlands-; aquatic-plants; rhizomes-; transplanting-;
seed-germination; establishment-; western-australia;
constructed-wetlands; artificial-wetlands; macrophytes-
NAL Call No.: TD420.A1P7
*******************************************************
70. European design and operations guidelines for reed bed
treatment systems.
Cooper, P. F. P. F.; Water Research Centre (Great Britain).
Swindon : Water Research Centre, 1990. viii, 27, 10 p. (1
folded) : ill..
Rev. Dec. 1990.
Descriptors: Constructed-wetlands; Water-Purification
NAL Call No.: TD756.5.E97--1990
*******************************************************
71. Evaluation of a diked natural wetland for the treatment
of sugar mill effluent.
Batubara, D. S. 1.
1992. viii, 204 leaves : ill. (some col.), maps.
Vita.
Descriptors: Constructed-wetlands;
Factory-and-trade-waste-Environmental-aspects;
Sugarcane-industry-Environmental-aspects
NAL Call No.: LU 378.76-L930-1992-batu
*******************************************************
72. Evaluation of ARS and SCS constructed wetland/animal
waste treatment project at Hernando, Mississippi : interim
report 1991-1992.
Cooper, C. M.; Testa, S. 1.; Knight, S. S.; National
Sedimentation Laboratory (U.S.).
Oxford, Miss. : Water Quality/Ecologoy & Watershed Process
Units, National Sedimentation Laboratory, [1993] vii, 55
leaves : ill..
"April 1993.".
Descriptors: Dairy-waste-Mississippi-Hernando; Sewage-;
Waste-disposal-sites-Mississippi-Hernando
NAL Call No.: aTD899.D3C66--1993
*******************************************************
73. An evaluation of pollutant removal from secondary treated
sewage effluent using a constructed wetland system.
Thomas, P. R.; Glover, P.; Kalaroopan, T.
Water-sci-technol v.32, p.87-93. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; juncus-; schoenoplectus-; sewage-;
waste-water-treatment; sewage-effluent; pollutants-;
nutrients-; removal-; biochemical- oxygen-demand;
chemical-oxygen-demand; ammonium-; nitrate-; phosphorus-;
victoria-; schoenoplectus-validus; suspended-solids;
artificial-wetlands; juncus-ingens
NAL Call No.: TD420.A1P7
*******************************************************
74. Experiences with two constructed wetlands for treating
milking center waste water in a cold climate.
Holmes, B. J.; Doll, B. J.; Rock, C. A.; Bubenzer, G. D.;
Kostinec, R.; Massie, L. R.
Animal waste and the land-water interface /. Boca Raton :
Lewis Publishers, c1995.. p. 223-230.
Descriptors: dairy-wastes; wetlands-; waste-water-treatment;
water-quality; typha-latifolia; survival-; water-pollution;
pollution-control; temperate- climate; maine-; wisconsin-
NAL Call No.: TD930.A55-1995
*******************************************************
75. Factors affecting nitrogen removal in horizontal flow
reed beds.
Platzer, C.; Netter, R.
Water-sci-technol v.29, p.319-324. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: sewage-effluent; waste-water-treatment;
biological-treatment; wetlands-; nitrogen-; removal-;
nutrient-uptake; aquatic-plants; evapotranspiration-;
nitrification-; aquatic-plants; evapotranspiration-;
nitrification-; denitrification-; environmental-temperature;
austria-; germany-; constructed-wetlands; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
76. A field-scale, natural gradient solute transport
experiment in peat at a Newfoundland blanket bog.
Hoag, R. S.; Price, J. S.
J-hydrol v.172, p.171-184. (1995).
Includes references.
Descriptors: wetlands-; bogs-; solutes-; contaminants-;
transport-processes; hydraulic-conductivity; rain-;
evaporation-; pollution-control; newfoundland-
Abstract: A field-scale, natural gradient solute transport
experiment conducted at a Newfoundland blanket bog resulted
in an asymmetrical plume owing to solute retardation in the
dual-porosity matrix. An order of magnitude decrease in
hydraulic conductivity 10-20 m downslope of the spill caused
the transport rate to decrease and lateral dispersion to
increase. Most transport occurred near the watertable and the
transport rate increased as the watertable rose. Hydraulic
conductivity between a depth of 0 and 0.2 m was 1.6 X 10(-2)
m s-1, whereas at a depth of 0.5 m it was 5-6 orders of
magnitude lower owing to greater compaction and humification
of the peat with depth. At a depth of 0.4-0.45 m diffusion
may have become the dominant transport mechanism. In spite
of the retardation process, the solute front's rate of
movement was relatively high, about 2.3 m day-1, owing to a
combination of the high watertable during the study and a
relatively steep hydraulic gradient of 0.055. Rain caused
dilution and mixing of solute near the watertable.
Evaporation did not have an appreciable effect on solute
concentration, which is attributable to the high transport
rate.
NAL Call No.: 292.8-J82
*******************************************************
77. Flow characteristics of planted soil filters.
Netter, R.
Water-sci-technol v.29, p.37-44. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
wetlands-; water-flow; measurement-; aquatic-plants;
tracers-; constructed-wetlands; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
78. A four-year mass balance for a natural wetland system
receiving domestic wastewater.
Hosomi, M.; Murakami, A.; Sudo, R.
Water-sci-technol v.30, p.235-244. (1994).
In the series analytic: Water quality international '94. Part
8: Anaerobic digestion; sludge management; appropriate
technologies / edited by D. Ballay. Proceedings of a
conference held July 24-30, 1994, Budapest, Hungary.
Descriptors: wetlands-; waste-water-treatment; waste-water;
water-quality; aquatic-plants; chemical-oxygen-demand;
biochemical-oxygen-demand; nitrogen-; phosphorus-; removal-;
organic-matter; honshu-; gray-water; domestic-waste-water;
reeds-
NAL Call No.: TD420.A1P7
*******************************************************
79. Freshwater wetlands, urban stormwater, and nonpoint
pollution control : a literature review and annotated
bibliography. 2nd ed., rev. and updated.
Stockdale, E. C.; Washington (State). Dept. of Ecology.
Olympia, WA : Washington State Dept. of Ecology, [1991] v,
267 p. : ill..
"February 1991.".
Descriptors: Wetlands-Bibliography;
Urban-runoff-Bibliography; Water-Pollution-Bibliography;
Water-quality-management-Bibliography
NAL Call No.: Z6004.S94S76-1991
*******************************************************
80. The function of a coastal wetland as an efficient remover
of nutrients from sewage effluent: a case study.
Soukup, A.; Williams, R. J.; Cattell, F. C. R.; Krogh, M. H.
Water-sci-technol v.29, p.295-304. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: sewage-effluent; waste-water-treatment;
biological-treatment; wetlands-; ammonia-; nitrogen-;
phosphorus-; removal-; nutrient-uptake; aquatic-plants;
new-south-wales
NAL Call No.: TD420.A1P7
*******************************************************
81. Functions of macrophytes in constructed wetlands.
Brix, H.
Water-sci-technol v.29, p.71-78. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
wetlands-; aquatic-plants; hydraulic-conductivity;
nutrient-uptake; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
82. General design, construction, and operation guidelines :
constructed wetlands wastewater treatment systems for small
users including individual residences. 2nd ed.
Steiner, G. R.; Watson, J. T.; Tennessee Valley Authority.
Water Management Resources Group.
Chattanooga, Tenn. : Tennessee Valley Authority, Resource
Group, Water Management, [1993] vi, 42 leaves : ill..
"May 1993.".
Descriptors: Constructed-wetlands; Sewage-Purification
NAL Call No.: TD756.5.S74--1993
*******************************************************
83. Glyceria maxima for wastewater nutrient removal and
forage production.
Sundblad, K.; Wittgren, H. B.
Biol-Wastes v.27, p.29-42. (1989).
Includes references.
Descriptors: refuse-; waste-water-treatment; glyceria-maxima;
fodder-crops; biomass-production; crop-yield;
nutrient-uptake; crop-quality; lysimeters-; nutritive-value;
sweden-; wetland-filter
NAL Call No.: TD930.A32
*******************************************************
84. Gravel media filtration as a constructed wetland
component for the reduction of suspended solids from
maturation pond effluent.
Sapkota, D. P.; Bavor, H. J.
Water-sci-technol v.29, p.55-66. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
wetlands-; gravel-; filtration-; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
85. Growth characteristics of three macrophyte species
growing in a natural and constructed wetland system.
Adcock, P. W.; Ganf, G. G.
Water-sci-technol v.29, p.95-102. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
wetlands-; phragmites-australis; aquatic-plants; triglochin-;
nutrient-uptake; nitrogen-; phosphorus-; removal-;
south-australia; artificial-wetlands; baumea-articulata;
triglochin-procerum
NAL Call No.: TD420.A1P7
*******************************************************
86. A handbook of constructed wetlands : a guide to creating
wetlands for: agricultural wastewater, domestic wastewater,
coal mine drainage, stormwater in the Mid-Atlantic Region.
Davis, L.; United States. Natural Resources Conservation
Service.
Washington, D.C. : For sale by the U.S. Govt. Print. Off.,
[1995]. 5 v. : ill. (some col.).
"This document was prepared by Luise Davis"--P. [2] of cover.
v.1. General considerations -- v.2. Domestic wastewater --
v.3. Agricultural wastewater -- v.4. Coal mine drainage --
v.5. Stormwater.
Descriptors:
Constructed-wetlands-Middle-Atlantic-States-Handbooks,-manuals,-etc; Sewage-Purification-Handbooks,-manuals,-etc;
Agricultural- pollution-Handbooks,-manuals,-etc;
Coal-mine-waste-Handbooks,-manuals,-etc;
Storm-sewers-Handbooks,-manuals,-etc
NAL Call No.: TD756.5.D39--1995
*******************************************************
87. High temporal resolution measurement of nitrate uptake
from flowing solutions.
Raman, D. R.; Spanswick, R. M.; Walker, L. P.
Bioresour-technol v.53, p.113-123. (1995).
Includes references.
Descriptors: oryza-sativa; nitrate-; nutrient-uptake;
ion-uptake; measurement-; specific-ion-electrodes;
nutrient-availability; pretreatment-; applications-;
wetlands-; waste-water-treatment; constructed-wetlands
Abstract: The nitrate (NO3-) uptake rates of intact, 23 day
old rice plants were measured to determine the relationship
between the plant's NO3- nutrition history and the NO3-
uptake rate. A system for measuring NO3- uptake was designed,
built and tested. Specific design goals, which were met,
include: low handling shock to the plants, high measurement
accuracy (4%), high temporal resolution (10 min) and minimal
mass- transfer limitations to uptake. Important design
factors were identified and the overall uncertainties in the
reported measurements were computed. The observed uptake
rates were dependent on the NO3- concentration ([NO3-]) to
which the plants were exposed for the 24 h prior to testing;
plants pretreated at higher [NO3-] had lower uptake rates
from 200 micromolar NO3- solutions than plants pretreated at
lower [NO3- ].
NAL Call No.: TD930.A32
*******************************************************
88. Hydraulic properties of bed media for constructed
wetlands.
Turner, G. A.; Lesikar, B. J.; Fipps, G.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Summer 1994. (94-1075/94-2020) 14 p.
Paper presented at the "1994 International Summer Meeting
sponsored by The American Society of Agricultural Engineers,"
June 19-22, 1994, Kansas City, Missouri.
Descriptors: wetlands-; hydrological-factors
NAL Call No.: 290.9-Am32P
*******************************************************
89. Hydrologic network design for a constructed wetland.
Abtew, W.; Guardo, M.; Roy, J.; Obeysekera, J.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1993. (932553) 18 p.
Paper presented at the "1993 International Winter Meeting
sponsored by the American Society of Agricultural Engineers,"
December 14- 17, Chicago, Illinois.
Descriptors: wetlands-; phosphorus-; drainage-; monitoring-;
hydrology-; florida-
NAL Call No.: 290.9-Am32P
*******************************************************
90. Influence of hydrologic loading rate on phosphorus
retention and ecosystem productivity in created wetlands.
Mitsch, W. J.; Cronk, J. K.; United States. Army. Corps of
Engineers.
[Vicksburg, Miss. : U.S. Army Engineer Waterways Experiment
Station, 1995] xii, 84 p. : ill., maps.
At head of title: Wetlands Research Program.
Descriptors: Wetland-conservation; Constructed-wetlands;
Freshwater-productivity; Water-Phosphorus-content;
Restoration-ecology
NAL Call No.: QH541.5.M3M57--1995
*******************************************************
91. Integrated constructed wetland for small communities.
Urbanc Bercic, O.; Bulc, T.
Water-sci-technol v.32, p.41-47. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment; water-flow;
waste-water; sewage-effluent; horizontal-flow; nutrients-;
removal-; ammonium-nitrogen; nitrate-nitrogen;
organic-nitrogen-compounds; phosphorus-; cycling-;
chemical-oxygen-demand; pollutants-; phragmites-australis;
microbial- degradation; microorganisms-; aquatic-organisms;
denitrification-; yugoslavia-; slovenia-; vertical-flow;
grey-water
NAL Call No.: TD420.A1P7
*******************************************************
92. Inventory of constructed wetlands in the United States.
Brown, D. S.; Reed, S. C.
Water-sci-technol v.29, p.309-318. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
wetlands-; surveys-; sewage-effluent; usa-;
artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
93. Investigation into the use of constructed reedbeds for
municipal waste dump leachate treatment.
Urbanc Bercic, O.
Water-sci-technol v.29, p.289-294. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: landfill-leachates; biological-treatment;
wetlands-; phragmites-australis; gravel-;
biochemical-oxygen-demand; chemical-oxygen-demand;
waste-water-treatment; yugoslavia-; artificial-wetlands;
slovenia-; constructed-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
94. Iron and manganese release in coal mine drainage wetland
microcosms.
Tarutis, W. J. J.; Unz, R. F.
Water-sci-technol v.32, p.187-192. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: iron-oxides; manganese-oxides;
manganese-dioxide; hematite-; iron-; manganese-; release-;
mushroom-compost; sulfate-; reduction-; simulation-;
wetlands-; wetland-soils; waste-water-treatment;
drainage-water; coal-mine-spoil; coal-mined-land
NAL Call No.: TD420.A1P7
*******************************************************
95. The kinetics of nitrate uptake from flowing solutions by
rice: influence of pretreatment and light.
Raman, D. R.; Spanswick, R. M.; Walker, L. P.
Bioresour-technol v.53, p.125-132. (1995).
Includes references.
Descriptors: oryza-sativa; nitrate-; nutrient-uptake;
ion-uptake; kinetics-; nutrient-solutions; depletion-;
nutrient-availability; pretreatment-; light-; applications-;
wetlands-; waste-water-treatment; michaelis-menten-kinetics;
constructed-wetlands
Abstract: The kinetics of nitrate (NO3-) uptake by intact 23
day old rice plants was studied by measuring the depletion of
NO3- in solutions flowing over the plant roots. A
Michaelis-Menten kinetic model was applied, allowing the
uptake kinetics to be characterized by two parameters: the
apparent half-velocity constant, Km, and the apparent maximum
uptake rate, Vmax. A propagation of uncertainty calculation
revealed that the kinetic parameters could be determined
with a high degree of accuracy; the standard deviation in Km
was typically 15% of the Km value; the standard deviation in
Vmax was typically 7% of the Vmax value. The plants were
exposed to full nutrient solutions containing NO3- at 50,
200, 500 and 800 micromolar for 24 h prior to kinetic
testing, and both Km and Vmax were found to vary with
pretreatment NO3- concentration, [NO3-]; plants pretreated
at high [NO3- had lower Vmax and higher Km values than plants
pretreated at lower [NO3-]. However, the variations in Vmax
were more consistent than those in Km. These changes in the
kinetic parameters reflect an uptake system which is capable
of compensating for changes in the external [NO3-] to
maintain a virtually constant NO3- uptake rate in the range
studied. Changes in Km and Vmax begin within 4 h of a change
in [NO3-]. Light deprivation during pretreatment in 200
micromolar NO3- resulted in a complete cessation of NO3-
uptake; 4-8 h of illumination were required before the uptake
resumed, and uptake rates had not yet reached normal levels 8
h after the resumption of illumination.
NAL Call No.: TD930.A32
*******************************************************
96. Limited response of cordgrass (Spartina foliosa) to soil
amendments in a constructed marsh.
Gibson, K. D.; Zedler, J. B.; Langis, R.
Ecol-appl v.4, p.757-767. (1994).
Includes references.
Descriptors: spartina-; ammonium-sulfate; straw-; alfalfa-;
organic-amendments; green-manures; decomposition-;
biomass-production; plant-density; nitrogen-;
nutrient-availability; soil-fertility; sandy-soils;
nutrient-uptake; salt-marshes; wetlands-;
dry-matter-accumulation; salt-marsh-soils; california-;
constructed-wetlands
NAL Call No.: QH540.E23
*******************************************************
97. Long-term impacts of sewage effluent disposal on a
tropical wetland.
Osborne, P. L.; Totome, R. G.
Water-sci-technol v.29, p.111-117. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
sewage-effluent; wetlands-; tropics-; nutrient-uptake;
nitrogen-; phosphorus-; removal-; aquatic-plants;
botanical-composition; papua-new-guinea
NAL Call No.: TD420.A1P7
*******************************************************
98. MAFES on solid ground with wastewater cleanup project.
Drapala, P.
MAFES-Res-Highlights-Miss-Agric-For-Exp-Stn v.54, p.5.
(1991).
Descriptors: waste-water; waste-water-treatment;
water-purification; wetlands-; mississippi-;
artificial-wetlands
NAL Call No.: 100-M69MI
*******************************************************
99. Methods to assess the water quality impact of a restored
riparian wetland.
Vellidis, G.; Lowrance, R.; Smith, M. C.; Hubbard, R. K.
J-Soil-Water-Conserv v.48, p.223-230. (1993).
Includes references.
Descriptors: water-pollution; animal-wastes; bioremediation-;
water-quality; runoff-; riparian-forests; wetlands-;
reclamation-; pollution-control; georgia-;
wetland-restoration; nonpoint-source-pollution
NAL Call No.: 56.8-J822
*******************************************************
100. Microbial ecology of constructed wetlands used for
treating pulp mill wastewater.
Hatano, K.; Frederick, D. J.; Moore, J. A.
Water-sci-technol v.29, p.233-239. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: pulp-mill-effluent; waste-water-treatment;
biological-treatment; wetlands-; typha-latifolia;
scirpus-acutus; microbial-degradation; bacteria-; fungi-;
actinomycetales-; oregon-; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
101. Mineralisation and pathogen removal in gravel bed
hydroponic constructed wetlands for wastewater treatment.
Williams, J.; Bahgat, M.; May, E.; Ford, M.; Butler, J.
Water-sci-technol v.32, p.49-58. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-treatment; sewage-; gravel-;
phragmites-australis; biochemical-oxygen-demand; removal-;
ammonium-nitrogen; pollutants-; pathogens-; fecal-coliforms;
indicator-species; bacteriophages-; bacteria-;
coliform-bacteria; egypt-; england-; coliphages-;
artificial-wetlands; suspended-solids
NAL Call No.: TD420.A1P7
*******************************************************
102. Mineralogy of iron precipitates in a constructed acid
mine drainage wetland.
Karathanasis, A. D.; Thompson, Y. L.
Soil-Sci-Soc-Am-j. [Madison, Wis.] Soil Science Society of
America. Nov/Dec 1995. v. 59 (6) p. 1773-1781.
Includes references.
Descriptors: wetlands-; mine-spoil; drainage-;
waste-treatment; mineralogy-; iron-; chemical-precipitation;
solubility-; mineralogy-; constructed-wetlands
Abstract: Precipitates forming at various stages of acid mine
drainage treatment in a high metal load (approximately 1000
mg L-1 Fe) and low pH (approximately 3) constructed wetland
were characterized by chemical dissolution, X-ray
diffraction, thermal analysis, and scanning electron
microscopy. Minerals precipitating in flumes and in entry
wetland cells lacking vegetation included poorly crystalline
ferrihydrite, lepidocrocite, goethite, possibly an
akaganeite-like mineral, and high Fe/S ratio Fe
oxyhydroxysulfates (similar to schwertmannite). Within
vegetated wetland cells lined with crushed limestone,
well-crystallized gypsum, lepidocrocite, and
Fe-oxyhydroxysulfate minerals with low Fe/S ratios were
accompanied by gradual reductions in ferrihydrite and
akaganeite. The Fe/S molar ratios of Fe oxyhydroxysulfates in
flume precipitates averaged 5.2 +/- 0.3, while those of cell
precipitates averaged approximately 3.5 +/- 0.5. The
oxalate-extractable (Fe(ox)) to total (Fe(t)) Fe fraction of
the precipitates was considerably higher in wetland cells
(1.1 +/- 0.3), where organic C was 10-fold higher than in
entry flumes (0.7 +/- 0.1). Scanning electron micrographs of
flume precipitates showed a fiber-like morphology of densely
aggregated spherical particles, 1.5 to 2.0 mm in diameter,
with a closely packed microcrystalline matrix. Precipitates
collected from vegetated wetland cells formed aggregates of
somewhat smaller diameter spherical particles with grassy
surfaces or finger-like projections entangled with bacterial
cells. The overall composition of the precipitates suggested
that the Fe chemistry is controlled primarily by the
solubility of Fe oxyhydroxides in flumes and by S-enriched
Fe oxyhydroxysulfates. inhibited by the presence of organics
and the precipitation of Fe oxyhydroxysulfates and gypsum.
NAL Call No.: 56.9-So3
*******************************************************
103. A modified procedure for design of constructed wetlands.
Chen, S.; Malone, R. F.; Fall, L.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1992. (92-4527) 19 p.
Paper presented at the "1992 International Winter Meeting
sponsored by the American Society of Agricultural Engineers,"
December 15- 18, 1992, Nashville, Tennessee.
Descriptors: waste-water-treatment; wetlands-; construction-;
design-calculations; models-
NAL Call No.: 290.9-Am32P
*******************************************************
104. A multidisciplinary wetlands research facility.
Kenimer, A. L.; Mitchell, F. L.; Lasswell, J. L.
Clean water, clean environment, 21st century team
agriculture, working to protect water resources conference
proceedings, March 5-8, 1995, Kansas City, Missouri /. St.
Joseph, Mich. : ASAE, c1995.. v. 2 p. 95-98.
Includes references.
Descriptors: wetlands-; aquatic-plants; waste-treatment;
runoff-; watersheds-; fields-; arachis-hypogaea;
food-industry; cheesemaking-; factory-effluents;
dairy-effluent; dairy-wastes; waste-water-treatment; texas-;
constructed-wetlands
NAL Call No.: TD365.C54-1995
*******************************************************
105. Natural treatment processes and on-site processes.
Kruzic, A. P.
Water-environ-res v.67, p.470-475. (1995).
Includes references.
Descriptors: waste-water-treatment; biological-treatment;
application-to-land; infiltration-; wetlands-;
literature-reviews; soil-infiltration-systems;
constructed-wetlands
NAL Call No.: TD419.R47
*******************************************************
106. Natural treatment systems.
Kruzic, A. P.
Water-environ-res v.66, p.357-361. (1994).
Includes references.
Descriptors: waste-water-treatment; aquatic-environment;
systems-; aquatic-plants; wetlands-; literature-reviews;
soil-based-systems
NAL Call No.: TD419.R47
*******************************************************
107. Natural wetland polishing effluent discharging to
Wooloweyah Lagoon.
Patruno, J.; Russell, J.
Water-sci-technol v.29, p.185-192. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
wetlands-; sewage-effluent; nitrogen-; phosphorus-; removal-;
nutrient-uptake; aquatic-plants; lagoons-; new-south-wales
NAL Call No.: TD420.A1P7
*******************************************************
108. A new concept in treating wastewater--constructed
wetlands.
Karathanasis, A. D.
Soil-Sci-News-Views-Coop-Ext-Serv-Univ-Ky-Coll-Agric-Dep-Agron. Lexington, Ky. : The Department. 1991. v. 12 (3) 3 p.
Descriptors: waste-water-treatment; wetlands-;
biological-treatment; construction-; costs-; mine-spoil;
agricultural-wastes; kentucky-
NAL Call No.: S591.55.K4S64
*******************************************************
109. Nitrate removal from a synthetic groundwater using a
constructed wetland.
Rock, J.
1993. ix, 251 leaves : ill. (some col.).
Thesis (M.S.)--University of Nebraska--Lincoln, 1993.
NBU LD3656-1993-R635
*******************************************************
110. Nitrogen removal from pretreated wastewater in surface
flow wetlands.
Wittgren, H. B.; Tobiason, S.
Water-sci-technol v.32, p.69-78. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; nitrification-; nitrogen-; removal-;
waste-water-treatment; waste-water; sewage-effluent;
denitrification-; hydraulics-; water- flow; phosphorus-;
sweden-; hydraulic-loading; artificial-wetlands;
constructed-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
111. Nitrogen removal from reclaimed water applied to
constructed and natural wetland microcosms.
Gale, P. M.; Reddy, K. R.; Graetz, D. A.
Water-Environ-Res v.65, p.162-168. (1993).
Includes references.
Descriptors: wetlands-; waste-water-treatment; florida-;
nutrient-removal
NAL Call No.: TD419.R47
*******************************************************
112. Nitrogen removal from waste treatment pond or activated
sludge plant effluents with free-surface wetlands.
Horne, A. J.
Waste stabilisation ponds and the reuse of pond effluents
selected proceedings of the 2nd International Symposium on
Waste Stabilisation Ponds and the Reuse of Pond Effluents,
held in Berkeley, California, USA, 30 Nov-3 Dec 1993 /
International Symposium on Waste Stabilisation Ponds and the
Reuse of Pond Effluents. 1st ed. Oxford, U.K. ; Tarrytown,
New York, U.S.A. : Pergamon : Elsevier Science, 1995.. p.
341-351.
Includes references.
Descriptors: wetlands-; waste-water-treatment;
sewage-effluent; activated-sludge; ponds-; nitrogen-;
nitrate-; removal-; denitrification-; constructed-wetlands;
activated-sludge-plant-effluent
NAL Call No.: TD420.A1P7-v.31,-no.12
*******************************************************
113. Nitrogen removal in constructed wetlands treating
nitrified meat processing effluent.
Van Oostrom, A. J.
Water-sci-technol v.32, p.137-147. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment;
meatworks-effluent; nitrification-; nitrogen-; removal-;
glyceria-maxima; denitrification-; nutrient- uptake;
biomass-; new-zealand; artificial-wetlands;
surface-flow-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
114. Nutrient partitioning in a clay-based surface flow
wetland.
Adcock, P. W.; Ryan, G. L.; Osborne, P. L.
Water-sci-technol v.32, p.203-209. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; nutrients-; removal-; release-;
cycling-; nitrogen-; phosphorus-; organic-matter; sediment-;
nutrient-content; mineral-content; plant-composition;
aquatic-plants; water-; clay-; adventitious-roots;
waste-water-treatment; sewage-effluent; wetland-soils;
new-south-wales; artificial-wetlands; constructed-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
115. Nutrient reduction in an in-series constructed wetland
system treating landfill leachate.
Martin, C. D.; Moshiri, G. A.
Water-sci-technol v.29, p.267-272. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: wetlands-; biological-treatment;
water-purification; landfill-leachates; aquatic-plants;
phosphorus-; nitrogen-; removal-; florida-;
artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
116. Nutrient removal and disinfection performance in the
Byron Bay constructed wetland system.
Bavor, H. J.; Andel, E. F.
Water-sci-technol v.29, p.201-208. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: sewage-effluent; waste-water-treatment;
biological-treatment; wetlands-; nitrogen-; phosphorus-;
fecal-coliforms; removal-; nutrient- uptake; aquatic-plants;
new-south-wales; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
117. The nutrient retention by ecotone wetlands and their
modification for Baiyangdian Lake restoration.
Yin, C. Q.; Lan, Z. W.
Water-sci-technol v.32, p.159-167. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; nutrients-; removal-; nitrogen-;
phosphorus-; lakes-; pollution-control; water-flow;
phragmites-australis; biomass-; harvesting-; wetland-soils;
soil-fertility; hubei-; total-nitrogen; total-phosphorus;
surface-flow; subsurface-flow
NAL Call No.: TD420.A1P7
*******************************************************
118. Nutrient transformations in a natural wetland receiving
sewage effluent and the implications for waste treatment.
Cooke, J. G.
Water-sci-technol v.29, p.209-217. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: sewage-effluent; waste-water-treatment;
biological-treatment; wetlands-; phosphorus-; nitrogen-;
removal-; nutrient-uptake; aquatic-plants; denitrification-;
nitrification-; nitrate-; new-zealand
NAL Call No.: TD420.A1P7
*******************************************************
119. On-site wastewater treatment : proceedings of the
Seventh International Symposium on Individual and Small
Community Sewage Systems, 11-13 December 1994, Atlanta,
Georgia. On-site waste water treatment.
International Symposium on Individual and Small Community
Sewage Systems (7th : 1994 : Atlanta, Ga.
St. Joseph, Mich. : American Society of Agricultural
Engineers, c1994. xiv, 578 p. : ill..
"Vol. 7.". Implementing on-site technologies -- Design and
performance of constructed wetlands -- Impacts of on-site
systems -- Mechanics of soil- based systems -- Field
evaluation of alternative technologies -- Design and
evaluation of sand filters -- Small community options --
Presure distribution systems -- On-site systems for nitrogen
removal -- New research results.
Descriptors: Sewage-disposal,-Rural-Congresses;
Constructed-wetlands-Congresses;
Sewage-disposal,-Rural-United-States-Congresses
NAL Call No.: TD929.I567--1994
*******************************************************
120. Operating experience with constructed wetlands for
wastewater treatment.
Knight, R. L.
Tappi-J v.75, p.109-112. (1993).
Includes references.
Descriptors: wetlands-; waste-water-treatment; water-quality;
pulp-and-paper-industry; pulp-mill-effluent
NAL Call No.: 302.8-T162
*******************************************************
121. An operational survey of a natural lagoon treatment
plant combining macrophytes and microphytes basins.
Vandevenne, L.
Water-sci-technol v.32, p.79-86. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; aquatic-plants; algae-;
waste-water-treatment; waste-water; sewage-; sewage-effluent;
waste-treatment; nitrogen-; phosphorus-; nutrients-;
removal-; nutrient-uptake; lagoons-; belgium-;
artificial-wetlands; constructed-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
122. Orange County Florida Eastern Service Area reclaimed
water wetlands reuse system.
Schwartz, L. N.; Wallace, P. M.; Gale, P. M.; Smith, W. F.;
Wittig, J. T.; McCarty, S. L.
Water-sci-technol v.29, p.273-281. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: wetlands-; water-reuse; waste-water-treatment;
sewage-effluent; nutrients-; removal-; nutrient-uptake;
florida-; constructed-wetlands; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
123. Organic priority pollutants in wetland-treated leachates
at a landfill in central Florida.
Chen, C. S.; Zoltek, J. Jr.
Chemosphere v.31, p.3455-3464. (1995).
Includes references.
Descriptors: landfill-leachates; groundwater-pollution;
runoff-water; landfills-; pollutants-; volatile-compounds;
organic-compounds; waste-water- treatment;
biological-treatment; wetlands-; microbial-degradation;
sorption-; water-quality; aromatic-hydrocarbons; florida-
NAL Call No.: TD172.C54
*******************************************************
124. Overview: surface flow constructed wetlands.
Kadlec, R. H.
Water-sci-technol v.32, p.1-12. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; marshes-; waste-water-treatment;
aquatic-plants; nutrients-; removal-; cycling-;
nutrient-uptake; sorption-; microbial- degradation;
water-flow; aquatic-organisms; microorganisms-;
artificial-wetlands; macrophytes-; surface-flow-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
125. Performance of an artificial wetlands filter treating
facultative lagoon effluent at Carville, Louisiana.
Zachritz, W. H. I.; Fuller, J. W.
Water-Environ-Res v.65, p.46-52. (1993).
Includes references.
Descriptors: waste-water-treatment; lagoons-; wetlands-;
sagittaria-; species-
NAL Call No.: TD419.R47
*******************************************************
126. Performance of subsurface flow wetlands with batch-load
and continuous-flow conditions.
Burgoon, P. S.; Reddy, K. R.; DeBusk, T. A.
Water-environ-res v.67, p.855-862. (1995).
Includes references.
Descriptors: wetlands-; scirpus-; waste-water-treatment;
biochemical-oxygen-demand; waste-water; sewage-effluent;
carbon-; nitrogen-; oxidation-; ammonium-; water-flow;
microbial-degradation; oxygen-; transfer-; scirpus-pungens;
waste-water-flow; artificial-wetlands; constructed-wetlands
NAL Call No.: TD419.R47
*******************************************************
127. Phosphorus removal in constructed wetlands using gravel
and industrial waste substrata.
Mann, R. A.; Bavor, H. J.
Water-Sci-Technol-J-Int-Assoc-Water-Pollut-Res-Control v.27,
p.107-113. (1993).
In the series analytic: Appropriate waste management
technologies / edited by G. Ho and K. Mathew. Proceedings of
the International Conference, held November 27-28, 1991,
Perth, Australia.
Descriptors: sewage-effluent; waste-treatment; wetlands-;
phosphorus-; new-south-wales
NAL Call No.: TD420.A1P7
*******************************************************
128. Phosphorus retention and distribution in constructed
wetlands.
Cronk, J. K.; Mitsch, W. J.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1993. (932579) 10 p.
Paper presented at the "1993 International Winter Meeting of
the American Society of Agricultural Engineers," December
14-17, 1993, Chicago, Illinois.
Descriptors: wetlands-; pollution-; phosphorus-
NAL Call No.: 290.9-Am32P
*******************************************************
129. Phosphorus retention by wetland soils used for treated
wastewater disposal.
Gale, P. M.; Reddy, K. R.; Graetz, D. A.
J-environ-qual v.23, p.370-377. (1994).
Includes references.
Descriptors: wetland-soils; phosphorus-; sorption-;
kinetics-; sorption-isotherms; physicochemical-properties;
waste-water-treatment
Abstract: Wetlands function as buffers for nutrients loaded
from terrestrial ecosystems through drainage and surface
discharges. The objectives of our study were to (i)
determine the P retention capacity of representative wetlands
soils being used for disposal of treated wastewater and (ii)
relate P retention characteristics to selected
physicochemical properties to evaluate likely of P removal in
the soils. Intact soil cores (0-40 cm) and bulk soil samples
(0-15 cm) were collected from a system of natural and
constructed wetlands currently being used for disposal of
treated wastewater. Floodwater P concentrations of the
intact soil cores were monitored over time to determine the
rate of P removal. Batch experiments were conducted to
determine maximum P retention capacity of the soils. Soil
samples were analyzed for inorganic P pool sizes, and
selected properties. During a 21 d hydraulic retention time,
the constructed wetlands (sandy, low organic matter soils)
retained 52 to 66% of added P, as compared with 46 to 47%
retained by the natural wetlands (high organic matter soils).
The P retention as estimated using the Langmuir model,
ranged from 196 to 1821 mg P kg(-1) (aerobic incubations) and
from 32 to 1415 mg P kg(-1) (anaerobic incubations). The P
sorption maximum for the soils could be by batch
equilibration with a single high P solution. Anaerobic
conditions increased P solubility. Organic P pools and the
Fe-Al-bound fraction seemed to control P chemistry in these
natural and wetlands.
NAL Call No.: QH540.J6
*******************************************************
130. Phosphorus retention in constructed freshwater riparian
marshes.
Mitsch, W. J.; Cronk, J. K.; Wu, X. Y.; Nairn, R. W.; Hey, D.
L.
Ecol-appl v.5, p.830-845. (1995).
Includes references.
Descriptors: water-pollution; phosphorus-; pollution-control;
water-purification; river-water; marshes-; aquatic-plants;
nutrient-uptake; wetlands-; water- quality;
geological-sedimentation; nutrient-content; biomass-;
phytoplankton-; water-flow; illinois-; experimental-wetlands;
constructed-marshes; low-flow-wetlands; high-flow-wetlands
NAL Call No.: QH540.E23
*******************************************************
131. Phosphorus uptake in Florida marshes.
Kadlec, R. H.
Water-sci-technol v.30, p.225-234. (1994).
In the series analytic: Water quality international '94. Part
8: Anaerobic digestion; sludge management; appropriate
technologies / edited by D. Ballay. Proceedings of a
conference held July 24-30, 1994, Budapest, Hungary.
Descriptors: marshes-; aquatic-plants; phosphorus-; removal-;
nutrient-uptake; waste-water-treatment; pollution-control;
wetlands-; mathematical- models; florida-;
artificial-wetlands; constructed-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
132. A pilot study of vertical flow wetlands at Coffs
Harbour, New South Wales, Australia.
Chick, A. J.; Mitchell, D. S.
Water-sci-technol v.32, p.103-109. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-treatment;
waste-water-treatment; sewage-; sewage-effluent; water-flow;
nutrients-; removal-; pollutants-; biochemical-
oxygen-demand; fecal-coliforms; hydraulics-; phosphorus-;
new-south-wales; suspended-solids; artificial-wetlands;
constructed-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
133. Planted soil filter--a wastewater treatment system for
rural areas.
Netter, R.
Water-sci-technol v.28, p.133-140. (1993).
Proceedings of the 2nd International Conference on, "Design
and Operation of Small Wastewater Treatment Plants," June
28-30, 1993, Trondheim, Norway / edited by H. Odegaard.
Descriptors: waste-water-treatment; water-systems;
rural-areas; wetlands-; filter-beds; aquatic-plants;
biochemical-oxygen-demand; chemical-oxygen- demand;
purification-; nutrients-; particle-size-distribution;
constructed-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
134. Pollution filtration by plants in wetland-littoral
zones.
Mickle, A. M.
Proc-Acad-Nat-Sci-Phila. Philadelphia, Pa. : The Academy. Apr
7, 1993. v. 144 p. 282-290.
Literature review.
Descriptors: aquatic-plants; bog-plants; filtration-;
purification-; waste-water; waste-water-treatment; wetlands-;
coastal-areas; literature-reviews
NAL Call No.: 500-P53
*******************************************************
135. Pollution solution: build a marsh.
MacDonald, L.
Am-for v.100, p.26-29. (1994).
Descriptors: water-pollution; pollution-control; marshes-;
wildlife-; wetlands-; california-;
arcata-marsh-and-wildlife-sanctuary
NAL Call No.: 99.8-F762
*******************************************************
136. Potential use of constructed wetlands for wastewater
treatment in Northern environments.
Jenssen, P. D.; Maehlum, T.; Krogstad, T.
Water-sci-technol v.28, p.149-157. (1993).
Proceedings of the 2nd International Conference on, "Design
and Operation of Small Wastewater Treatment Plants," June
28-30, 1993, Trondheim, Norway / edited by H. Odegaard.
Descriptors: wetlands-; waste-water-treatment; cold-zones;
temperate-climate; aquatic-plants; freezing-; purification-;
biodegradation-; constructed-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
137. Preliminary effectiveness of constructed wetlands for
dairy waste treatment.
Cooper, C. M.; Testa, S. I.; Knight, S. S.
Environmentally sound agriculture proceedings of the second
conference 20-22 April 1994 / p.439-446. (1994).
Includes references.
Descriptors: dairy-wastes; waste-water;
waste-water-treatment; wetlands-; scirpus-validus;
on-farm-processing; water-quality; improvement-; mississippi-
NAL Call No.: S589.7.E57-1994
*******************************************************
138. Processes of iron and manganese retention in laboratory
peat microsomes subjected to acid mine drainage.
Henrot, J.; Wieder, R. K.
J-Environ-Qual v.19, p.312-320. (1990).
Includes references.
Descriptors: peat-; acid-mine-drainage; iron-; manganese-;
retention-; binding-; iron-oxides; exchangeable-cations;
microbial-activities; ph-; temperature-; solubilization-;
reduction-; acid-deposition; constructed-wetlands;
complexation-; photoreduction-
Abstract: Despite increasing use of constructed wetlands for
treatment of metal-enriched acid coal mine drainage (AMD),
the biotic and abiotic mechanisms of metal retention in such
wetlands are poorly understood. The present study was
conducted to evaluate the processes responsible for Fe and
Mn retention in peat and the effects of microbial activity,
pH temperature, and metal concentration in AMD on these
processes. Experimental units consisted in 30 g (wet wt.) of
fresh Sphagnum peat, which was repeatedly flushed with
synthetic AMD at pH 3.5. Of the four major processes of
metal cation retention in peat (cation exchange, complexation
with peat organic precipitation as oxides, and precipitation
as sulfides), Fe oxidation and Fe binding on peat organics
were predominant, with Fe oxides and organically bound Fe
making up, respectively, 62 and 22% of the total Fe in the
peat at the end of the experiment. Whereas Fe complexation
was a finite process, reaching saturation at 12 mg Fe g-1
dry peat, Fe-oxide concentration in peat increased steadily
throughout the experiment. At pH 3.5, Fe-oxide precipitation
was depressed by the addition of an antiseptic
(formaldehyde) to AMD, suggesting that the process was
microbially mediated. Iron oxide precipitation was higher at
pH 5.5 than 3.5 and less depressed at pH 5.5 than 3.5 by the
presence of formaldehyde in AMD. The efficiency of peat to
remove Fe from AMD was diminished at low temperature (< 15
degrees C) and high Fe concentration in AMD (> 100 mg L-1).
Manganese retention in peat was small compared with that of
Fe, and Mn was retained in peat almost exclusively as
exchangeable Mn2+. Retention of Fe2+ in peat was not
affected by the presence of Mn2+ in AMD. Iron oxides that had
accumulated in peat subjected to AMD were not readily
resolubilized by any of three processes investigated:
photoreduction, microbial FE(III) reduction under reducing
conditions, and exposure to simulated acid precipitation.
These findings suggest that constructed wetlands may be an
appropriate technology to remove Fe from AMD with low soluble
Fe concentration, but are inadequate for treating drainage
waters rich in soluble Mn.
NAL Call No.: QH540.J6
*******************************************************
139. Project end report, development of high mountain plant
communities as wetland mitigation systems for copper mine
effluent.
Kastning Culp, N.; Lockwood, J. A. 1.; DeBrey, L.;
University of Wyoming. Dept. of Plant, S. a. I. S.
[Laramie] : Dept. of Plant, Soil and Insect Sciences,
University of Wyoming, [1993] viii, 141 p. : ill. (some
col.).
Cover title.
Descriptors:
Copper-mines-and-mining-Little-Snake-River-Watershed-Colo;
-and-Wyo; -Waste-disposal;
Constructed-wetlands-Little-Snake-River- Watershed-Colo;
-and-Wyo;
Plants-as-sanitary-agents-Little-Snake-River-Watershed-Colo;
-and-Wyo
NAL Call No.: TD899.C59K37--1993
*******************************************************
140. The purification efficiency of planted soil filters for
wastewater treatment.
Netter, R.
Water-Sci-Technol-J-Int-Assoc-Water-Pollut-Res-Control v.26,
p.2317-2320. (1992).
In the series analytic: Water Quality International '92. Part
5 / edited by M. Suzuki, et.al. Proceedings of the Sixteenth
Biennial Conference of the International Association on
Water Pollution Research and Control held May 24-30, 1992,
Washington, D.C.
Descriptors: waste-water-treatment; soil-; filters-;
wetlands-; water-purification; efficiency-
NAL Call No.: TD420.A1P7
*******************************************************
141. The reality of sewage treatment using wetlands.
Hiley, P. D.
Water-sci-technol v.32, p.329-338. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment;
waste-treatment; sewage-; sewage-effluent; water-flow;
ammonium-; phosphorus-; nitrogen-; removal-;
biochemical-oxygen-demand; pollutants-;
yorkshire-and-lancashire; surface-flow; subsurface-flow;
suspended-solids; constructed-wetlands; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
142. Reed-bed treatment for municipal and industrial
wastewater in Beijing, China.
Li, S. R.; Ding, T.; Wang, S.
J-Inst-Water-Environ-Manag v.9, p.581-588. (1995).
Includes references.
Descriptors: phragmites-australis; wetlands-;
waste-water-treatment; waste-water; sewage-effluent;
beijing-; artificial-wetlands; constructed-wetlands
Abstract: The reed-bed system is a cost-effective and
environmentally friendly method of treating sewage from small
treatment works. A pilot-scale plant, which treated 500 m3/d
of municipal and industrial wastewater, was studied in
Beijing, China. The aim of the project was (i) to test the
ability of the reed beds to remove pollutants for long-term
operation in cold weather conditions, and (ii) to evaluate
its environmental, ecological and financial values. The
results of operation demonstrated that this system has the
ability to remove the pollutants. One of the attractive
features is that the reed beds can partly convert the
pollutants into plant biomass with the natural energy from
sunlight. The reeds can (a) be harvested each year, (b)
provide a wildlife habitat, and (c) improve the quality of
the ecosystem. Capital and operating costs of the system are
comparatively low.
NAL Call No.: TD420.W374
*******************************************************
143. Reed bed treatment systems for sewage treatment in the
United Kingdom--the first 10 years' experience.
Cooper, P.; Green, B.
Water-sci-technol v.32, p.317-327. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: phragmites-australis; wetlands-;
waste-treatment; waste-water-treatment; sewage-;
sewage-effluent; gravel-; nitrification-; water-flow;
biochemical-oxygen-demand; pollutants-; ammonium-nitrogen;
nitrogen-; phosphorus-; uk-; artificial-wetlands;
gravel-beds; vertical-flow; suspended-solids
NAL Call No.: TD420.A1P7
*******************************************************
144. Removal efficiency of the constructed wetland wastewater
treatment system at Bainikeng, Shenzhen.
Yang, Y.; Xu, Z. C.; Hu, K. P.; Wang, J. S.; Wang, G. Z.
Water-sci-technol v.32, p.31-40. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment; nutrients-;
removal-; nitrogen-; phosphorus-; microbial-degradation;
pollutants-; biochemical-oxygen- demand;
chemical-oxygen-demand; aquatic-plants; aquatic-organisms;
sewage-effluent; gravel-; guangxi-; organic-pollutants;
suspended-solids; artificial-wetlands; vegetated-gravel-beds
NAL Call No.: TD420.A1P7
*******************************************************
145. Removal of pathogens from wastewaters by the root zone
method (RZM).
Rivera, F.; Warren, A.; Ramirez, E.; Decamp, O.; Bonilla, P.;
Gallegos, E.; Calderon, A.; Sanchez, J. T.
Water-sci-technol v.32, p.211-218. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; roots-; root-systems;
phragmites-australis; typha-; pathogens-; removal-;
escherichia-coli; coliform-bacteria; fecal-coliforms;
salmonella-; shigella-; giardia-; entamoeba-;
sarcomastigophora-; ascaris-lumbricoides;
waste-water-treatment; sewage-; sewage-effluent; mexico-;
england-; pathogenic-free-living-amoebae;
constructed-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
146. Restoration of our lakes and rivers with wetlands--an
important application of ecological engineering.
Mitsch, W. J.
Water-sci-technol v.31, p.167-177. (1995).
In the series analytic: Integrated water resources management
/ edited by S.H. Hosper, R.D. Gulati, L. van Liere, and
R.M.M. Rooijackers.
Descriptors: wetlands-; aquatic-plants; water-pollution;
pollution-control; sediment-; rivers-; streams-; phosphorus-;
nutrient-uptake; ohio-; manmade-wetlands; riparian-wetlands;
fringe-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
147. A Review of literature concerning the establishment and
maintenance of constructed wetlands using Scirpus,
Sparganium, and other wetland species.
Mandel, R.; Koch, P. L.; United States. Soil Conservation
Service.
[Washington, D.C.? : U.S. Dept. of Agriculture, Soil
Conservation Service], 1992. iii, 114 p..
Cover title.
Descriptors: Wetland-plants-Great-Lakes-Region;
Constructed-wetlands-Great-Lakes-Region
NAL Call No.: aQK130.R48--1992
*******************************************************
148. Riparian forest buffer system research at the Coastal
Plain Experiment Station, Tifton, GA.
Hubbard, R. K.; Lowrance, R. R.
Water-air-soil-pollut v.77, p.407-432. (1994).
In the special issue: Wetlands of the interior southeastern
United States / edited by C.C. Trettin, W.M. Aust, and J.
Wisniewski. September 28-30, 1993, Knoxville, Tennessee.
Descriptors: riparian-forests; riparian-vegetation; grasses-;
vegetation-management; clearcutting-; selective-felling;
wetlands-; biological-treatment; waste-water-treatment;
dairy-wastes; pig-slurry; aldicarb-; insecticide-residues;
nutrients-; removal-; nutrient-uptake; simulation-models;
nitrate-; denitrification-; water-quality; runoff-;
groundwater-; groundwater-pollution; water-pollution;
georgia-
NAL Call No.: TD172.W36
*******************************************************
149. Riparian forest restoration to control agricultural
water pollution.
Lowrance, R.; Hubbard, R. K.; Vellidis, G.
Clean water, clean environment, 21st century team
agriculture, working to protect water resources conference
proceedings, March 5-8, 1995, Kansas City, Missouri /. St.
Joseph, Mich. : ASAE, c1995.. v. 3 p. 179-182.
Includes references.
Descriptors: riparian-forests; wetlands-; dairy-effluent;
lagoons-; waste-water-treatment; application-to-land;
pollution-control; removal-; sediment-; nitrogen-;
phosphorus-; nitrates-; denitrification-; water-quality;
groundwater-pollution; georgia-; riparian-wetlands
NAL Call No.: TD365.C54-1995
*******************************************************
150. Riparian wetlands and water quality.
Gilliam, J. W.
J-environ-qual v.23, p.896-900. (1994).
Paper presented at the symposium, "Wetland Processes and
Water Quality," November 3-4, 1992, Minneapolis, MN.
Descriptors: wetlands-; riparian-vegetation; water-quality;
pollutants-; water-pollution; pollution-control
Abstract: Because of wet soils adjacent to the streams,
riparian buffers are frequently present between farming and
urban activities on the uplands and small streams. These
riparian areas have been shown to be very valuable for the
removal of nonpoint-source pollution from drainage water.
Several researchers have measured > 90% reductions in
sediment and nitrate concentrations in water flowing through
the riparian areas. The riparian buffers are less effective
for P removal but may retain 50% of the surface-water P
entering them. I consider riparian buffers to be the most
important factor influencing nonpoint-source pollutants
entering surface water in many areas of the USA and the most
important wetlands for surface water quality protection.
NAL Call No.: QH540.J6
*******************************************************
151. The role of constructed wetlands and other alternative
technologies in meeting the wastewater treatment needs of
rural and small communities : hearing before the
Subcommittee on Investigations and Oversight of the Committee
on Public Works and Transportation, House of
Representatives, One Hundred Second Congress, second session,
August 4, 1992.
United States. Congress. House. Committee on Public Works and
Transportation. Subcommittee on Investigations and Oversight.
Washington : U.S. G.P.O. : For sale by the U.S. G.P.O., Supt.
of Docs., Congressional Sales Office, 1992 [i.e. 1993]. iii,
303 p. : ill..
Distributed to some depository libraries in microfiche.
Descriptors: Constructed-wetlands-United-States;
Sewage-disposal,-Rural-United-States-Technological-innovations; Sewage-Purification- Technological-innovations
NAL Call No.: KF27.P89632-1992
*******************************************************
152. The role of wetlands, ponds, and shallow lakes in
improving water quality.
Whigham, D. F.
Animal waste and the land-water interface /. Boca Raton :
Lewis Publishers, c1995.. p. 163-172.
Includes references.
Descriptors: wetlands-; ponds-; lakes-; water-systems;
animal-wastes; nitrogen-; phosphorus-; movement-;
waste-water-treatment; water-quality; water- pollution;
constructed-wetlands-pond-systems
NAL Call No.: TD930.A55-1995
*******************************************************
153. The roles of spent mushroom substrate for the mitigation
of coal mine drainage.
Stark, L. R.; Williams, F. M.
Compost-sci-util v.2, p.84-94. (1994).
Includes references.
Descriptors: mushroom-compost; substrates-; coal-mined-land;
drainage-; wetlands-; waste-water-treatment;
biological-treatment; waste-utilization;
appalachian-states-of-usa; constructed-wetlands;
mine-water-treatment
NAL Call No.: TD796.5.C58
*******************************************************
154. Rootzone dynamics in constructed wetlands receiving
wastewater: a comparison of vertical and horizontal flow
systems.
Breen, P. F.; Chick, A. J.
Water-sci-technol v.32, p.281-290. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; schoenoplectus-;
eleocharis-sphacelata; waste-water-treatment; roots-;
root-systems; water-flow; horizontal-flow; hydraulics-;
nutrients-; nitrogen-; phosphorus-; removal-;
ammonium-nitrogen; hydraulic-resistance; root-density;
schoenoplectus-validus; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
155. SCS technical requirements for constructed wetlands for
agricultural wastewater treatment.
Krider, J. N.; Boyd, W. H.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1992. (92-4523) 5 p.
Paper presented at the "1992 International Winter Meeting
sponsored by the American Society of Agricultural Engineers,"
December 15- 18, 1992, Nashville, Tennessee.
Descriptors: agricultural-wastes; waste-water-treatment;
wetlands-; regulations-
NAL Call No.: 290.9-Am32P
*******************************************************
156. Sewage and industrial waste treatment, wetlands : (Oct
87 - present) : citations from the Selected Water Resources
Abstracts database. Citations from the Selected Water
Resources Abstracts database.
United States. National Technical Information Service.
[Springfield, Va.] : U.S. Dept. of Commerce, National
Technical Information Service, [1993] 1 v. (unpaged).
"Dec 93"--P. [v].
Descriptors: Sewage-Purification-Bibliography;
Sewage-disposal-in-the-ground-Bibliography;
Land-treatment-of-wastewater-Bibliography;
Constructed-wetlands-Bibliography
NAL Call No.: Z5853.S22S38--1993
*******************************************************
157. Small constructed wetlands for animal waste treatment.
Evans, J. L.; Webber, D.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Summer 1994. (94-1075/94-2020) 21 p.
Paper presented at the "1994 International Summer Meeting
sponsored by The American Society of Agricultural Engineers,"
June 19-22, 1994, Kansas City, Missouri.
Descriptors: waste-treatment; wetlands-
NAL Call No.: 290.9-Am32P
*******************************************************
158. State of knowledge on reed bed treatment systems :
October 1987.
Cooper, P. F. P. F.; Hobson, J. A.; Water Research Centre
(Great Britain).
[England? : WRC?, 1987?] 1 v. (unpaged) : ill..
Cover title.
Descriptors: Constructed-wetlands
NAL Call No.: TD756.5.C67-1987
*******************************************************
159. A stochastic approach to designing wetlands for
stormwater pollution control.
Wong, T. H. F.; Somes, N. L. G.
Innovative technologies in urban storm drainage NOVATECH '95
selected proceedings of the 2nd NOVATECH Conference on
Innovative Technologies in Urban Storm Drainage, held in
Lyon, France, 30 May - 1 June, 1995 / NOVATECH Conference on
Innovative Technologies in Urban Storm Drainage. 1st ed.
Oxford, U.K. ; Tarrytown, N.Y. : Pergamon : Elsevier Science,
1995.. p. 145-151.
Includes references.
Descriptors: wetlands-; pollution-control; rain-; storms-;
runoff-; urban-areas; hydrology-; size-; structural-design;
stochastic-processes; simulation-; victoria-;
constructed-wetlands
NAL Call No.: TD420.A1P7-v.32,-no.1
*******************************************************
160. Strategies for protecting Florida's Everglades: the best
management practice approach.
Izuno, F. T.; Capone, L. T.
Water-sci-technol v.31, p.123-131. (1995).
In the series analytic: Integrated water resources management
/ edited by S.H. Hosper, R.D. Gulati, L. van Liere, and
R.M.M. Rooijackers.
Descriptors: water-pollution; phosphorus-; runoff-;
runoff-water; agricultural-land; farmland-;
pollution-control; wetlands-; drainage-water; drainage-;
florida-; everglades-agricultural-area;
nonpoint-source-pollution
NAL Call No.: TD420.A1P7
*******************************************************
161. Subsurface flow constructed wetlands for wastewater
treatment : a technology assessment.
Reed, S. C.
Washington, D.C. : U.S. Environmental Protection Agency,
Office of Water, [1993] 1 v. (various pagings) : ill..
"Mr. Sherwood C. Reed ... was the principal author and editor
of this document"--P. i.
Descriptors: Constructed-wetlands
NAL Call No.: TD756.5.R44--1993
*******************************************************
162. Subsurface flow wetlands--a performance evaluation.
Reed, S. C.; Brown, D.
Water-environ-res v.67, p.244-248. (1995).
Includes references.
Descriptors: wetlands-; aquatic-plants;
waste-water-treatment; gravel-; water-flow;
biochemical-oxygen-demand; organic-matter; phosphorus-;
ammonia-; nitrification-; biological-treatment;
total-suspended-solids; constructed-wetlands;
gravel-filled-basins; subsurface-water-flow
NAL Call No.: TD419.R47
*******************************************************
163. Surface flow and particle settling in a coastal reed
field.
Hosokawa, Y.; Furukawa, K.
Water-sci-technol v.29, p.45-53. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
wetlands-; aquatic-plants; water-flow; hydrology-; stems-;
hydraulic-resistance; roughness-; geological-sedimentation;
coastal-wetlands; hydraulic-roughness
NAL Call No.: TD420.A1P7
*******************************************************
164. Swine wastewater treatment in constructed wetlands.
Hunt, P. G.; Humenik, F. J.; Szogi, A. A.; Rice, J. M.;
Stone, K. C.; Sadler, E. J.
Environmentally sound agriculture proceedings of the second
conference 20-22 April 1994 / p.268-275. (1994).
Includes references.
Descriptors: pigs-; animal-wastes; waste-water-treatment;
wetlands-; juncus-effusus; scirpus-; species-; sparganium-;
typha-angustifolia; typha-latifolia; glycine-max;
oryza-sativa; growth-; crop-yield; wetland-soils;
redox-reactions; nitrogen-; phosphorus-; removal-
NAL Call No.: S589.7.E57-1994
*******************************************************
165. A theoretical approach for minimization of excavation
and media costs of constructed wetlands for BOD5 removal.
Chen, S.; Malone, R. F.; Fall, L. J.
Trans-ASAE v.36, p.1625-1632. (1993).
Includes references.
Descriptors: wetlands-; design-; waste-water-treatment;
biochemical-oxygen-demand; hydraulics-; subsurface-drainage;
artificial-wetlands; subsurface-flow
Abstract: A modified procedure for minimizing excavation and
media costs for subsurface constructed wetland design for
BOD5 removal is presented. Based upon the assumptions of
first order BOD5 removal kinetics, a plug-flow reactor, and
hydraulics governed by Darcy's law for a constructed
wetland, this procedure incorporates the currently available
theory into a unique systematic design approach. The modified
procedure suggests that a small slope and a small aspect
ratio (length/width) should be used whenever possible. This
design procedure provides an optimization rationale for each
design step and relates the primary design parameters to
excavation and media material costs. Operational parameters
that determine the performance of constructed wetlands are
more clearly defined than before based on the theoretical
treatment presented. Using this design procedure, cost
reductions are demonstrated for two examples.
NAL Call No.: 290.9-Am32T
*******************************************************
166. Toward the rational design of aquatic treatment systems.
Stowell, R. E.
Davis, Calif. : Dept. of Civil Engineering, University of
California, [1980] 59 p. : ill..
"Presented at the American Society of Civil Engineers Spring
Convention, Portland, Oregon, April 14-18, 1980.".
Descriptors: Sewage-Purification-Biological-treatment;
Constructed-wetlands; Wetlands-
NAL Call No.: TD755.T68-1980
*******************************************************
167. Treating dairy waste utilizing laboratory-scale
constructed wetlands.
Benham, B. L.; Mote, C. R.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1993. (932576) 11 p.
Paper presented at the "1993 International Winter Meeting of
the American Society of Agricultural Engineers," December
14-17, 1993, Chicago, Illinois.
Descriptors: dairy-wastes; wetlands-; waste-treatment
NAL Call No.: 290.9-Am32P
*******************************************************
168. Treating wastewater in constructed wetlands.
Hauck, R. D.
BioCycle. Emmaus, Pa. : J.G. Press. Sept 1992. v. 33 (9) p.
72.
Descriptors: waste-water-treatment; wetlands-; simulation-;
applied-research; water-pollution; alabama-
NAL Call No.: 57.8-C734
*******************************************************
169. Treatment of dairy farm wastewaters in horizontal and
up-flow gravel-bed constructed wetlands.
Tanner, C. C.
Water-sci-technol v.29, p.85-93. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: waste-water-treatment; biological-treatment;
dairy-wastes; dairy-effluent; wetlands-; gravel-;
schoenoplectus-; nutrient-uptake; nitrogen-; phosphorus-;
removal-; new-zealand; schoenoplectus-validus;
artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
170. Treatment of domestic wastewater by a constructed
upland-wetland wastewater treatment system.
House, C. H.; Broome, S. W. S. W. 1.; Hoover, M. T. M. T.
1.; Water Resources Research Institute of the University of
North Carolina.
[Raleigh, N.C.?] : Water Resources Research Institute of the
University of North Carolina, [1993] xi leaves, 51 p. : ill..
"September 1993"--Cover.
Descriptors: Sewage-disposal-in-the-ground-North-Carolina;
Sewage-disposal,-Rural-North-Carolina;
Septic-tanks-North-Carolina
NAL Call No.: TD201.N6--no.277
*******************************************************
171. Treatment of landfill leachate in on-site lagoons and
constructed wetlands.
Maehlum, T.
Water-sci-technol v.32, p.129-135. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; landfill-leachates;
waste-water-treatment; lagoons-; aeration-; water-flow;
horizontal-flow; aquatic-plants; phragmites-australis;
typha-latifolia; scirpus-; removal-; nitrogen-; phosphorus-;
iron-; pathogens-; pollutants-; norway-; artificial-wetlands;
horizontal-subsurface-flow
NAL Call No.: TD420.A1P7
*******************************************************
172. Treatment of mine drainage by a constructed multi-cell
wetland : the Corsica Project. Corsica Project.
Stark, L. R.; Pennsylvania State University. Environmental
Resources Research Institute.
University Park, Pa. : PennState, Environmental Resources
Research Institute, 1994. iv, 124 p. : ill..
Cover title.
Descriptors: Mine-drainage; Wetlands-; Wetland-ecology
NAL Call No.: TD439.T74--1994
*******************************************************
173. Treatment of nitrogen and phosphorus by a constructed
upland-wetland wastewater treatment system.
House, C. H.; Broome, S. W.; Hoover, M. T.
Water-sci-technol v.29, p.177-184. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: sewage-effluent; waste-water-treatment;
biological-treatment; wetlands-; phosphorus-; ammonium-;
nitrate-; removal-; nutrient-uptake; nitrification-;
phragmites-australis; typha-angustifolia; north-carolina;
constructed-wetlands; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
174. Treatment of primary-settled urban sewage in pilot-scale
vertical flow wetland filters: comparison of four emergent
macrophyte species over a 12 month period.
Heritage, A.; Pistillo, P.; Sharma, K. P.; Lantazke, I. R.
Water-sci-technol v.32, p.295-304. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; typha-orientalis; schoenoplectus-;
cyperus-; cyperaceae-; waste-water-treatment; sewage-;
sewage-effluent; removal-; nutrients-; nitrogen-;
phosphorus-; biochemical-oxygen-demand; pollutants-;
evapotranspiration-; new-south-wales; cyperus-involucratus;
suspended-solids; dissolved-solids; schoenoplectus-validus;
baumea-articulata
NAL Call No.: TD420.A1P7
*******************************************************
175. Treatment of swine wastewater by constructed wetlands.
Szogi, A. A.; Hunt, P. G.; Humenik, F. J.; Rice, J. M.
Clean water, clean environment, 21st century team
agriculture, working to protect water resources conference
proceedings, March 5-8, 1995, Kansas City, Missouri /. St.
Joseph, Mich. : ASAE, c1995.. v. 2 p. 227-230.
Descriptors: wetlands-; aquatic-plants; piggery-effluent;
lagoons-; waste-treatment; waste-water-treatment; ammonia-;
ammonium-nitrogen; nitrogen-; phosphorus-; nitrate-nitrogen;
nutrient-uptake; wetland-soils; anaerobic-conditions;
denitrification-; north-carolina
NAL Call No.: TD365.C54-1995
*******************************************************
176. Treatment wetlands.
Kadlec, R. H.; Knight, R. L. R. L. 1.
Boca Raton : Lewis Publishers, c1996. 893 p. : ill., maps.
Includes bibliographical references (p. 839-880) and index.
Descriptors: Sewage-Purification-Biological-treatment;
Wetlands-
NAL Call No.: TD755.K33--1996
*******************************************************
177. Upgrading pond effluents: an overview.
Middlebrooks, E. J.
Waste stabilisation ponds and the reuse of pond effluents
selected proceedings of the 2nd International Symposium on
Waste Stabilisation Ponds and the Reuse of Pond Effluents,
held in Berkeley, California, USA, 30 Nov-3 Dec 1993 /
International Symposium on Waste Stabilisation Ponds and the
Reuse of Pond Effluents. 1st ed. Oxford, U.K. ; Tarrytown,
New York, U.S.A. : Pergamon : Elsevier Science, 1995.. p.
353-368.
Includes references.
Descriptors: waste-water-treatment; ponds-; effluents-;
waste-water; wetlands-; eichhornia-crassipes; lemna-;
constructed-wetlands
NAL Call No.: TD420.A1P7-v.31,-no.12
*******************************************************
178. Usage of drainmod-creams in evaluating constructed
wetlands.
Shirmohammadi, A.; Cronk, J. K.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Summer 1994. (94-1075/94-2020) 15 p.
Paper presented at the "1994 International Summer Meeting
sponsored by The American Society of Agricultural Engineers,"
June 19-22, 1994, Kansas City, Missouri.
Descriptors: wetlands-; denitrification-
NAL Call No.: 290.9-Am32P
*******************************************************
179. Use of artificial wetlands for the treatment of
recreational wastewater.
Vincent, G.
Water-sci-technol v.29, p.67-70. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: water-purification; wetlands-;
biological-treatment; aquatic-plants; nutrient-uptake;
phosphorus-; nitrogen-; nitrate-; lakes-; water- recreation;
beaches-; waste-water; waste-water-treatment; quebec-;
constructed-wetlands; artificial-lakes
NAL Call No.: TD420.A1P7
*******************************************************
180. Use of constructed wetland to protect bathing water
quality.
Coombs, C.; Collett, P. J.
Water-sci-technol v.32, p.149-158. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; phragmites-australis;
waste-water-treatment; sewage-; sewage-effluent; removal-;
fecal-coliforms; coliform-bacteria; pollutants-;
biochemical-oxygen-demand; ammonium-nitrogen;
horizontal-flow; water-quality; swimming-;
amenity-and-recreation-areas; south-west- england;
artificial-wetlands; tertiary-treatment
NAL Call No.: TD420.A1P7
*******************************************************
181. The use of constructed wetlands for treating industrial
effluent (textiles dyes).
Davies, T. H.; Cottingham, P. D.
Water-sci-technol v.29, p.227-232. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: factory-effluents; textile-industry; dyes-;
waste-water-treatment; biological-treatment; wetlands-;
phragmites-; phragmites-australis; microbial-degradation;
artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
182. Use of constructed wetlands in water pollution control:
historical development, present status, and future
perspectives.
Brix, H.
Water-sci-technol v.30, p.209-223. (1994).
In the series analytic: Water quality international '94. Part
8: Anaerobic digestion; sludge management; appropriate
technologies / edited by D. Ballay. Proceedings of a
conference held July 24-30, 1994, Budapest, Hungary.
Descriptors: wetlands-; pollution-control;
waste-water-treatment; sewage-effluent; water-flow;
industrial-wastes; nitrogen-; phosphorus-; removal-;
subsurface-water-flow; surface-water-flow;
artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
183. The use of extended aeration and in-series surface-flow
wetlands for landfill leachate treatment.
Martin, C. D.; Johnson, K. D.
Water-sci-technol v.32, p.119-128. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: landfill-leachates; waste-water-treatment;
wetlands-; water-flow; aeration-; aquatic-plants;
pollutants-; removal-; metals-; phosphorus-; nitrogen-;
fecal-coliforms; coliform-bacteria; evapotranspiration-;
florida-; constructed-wetlands; artificial-wetlands;
suspended-solids
NAL Call No.: TD420.A1P7
*******************************************************
184. The use of macrophytes in bioremediation.
Wood, B.; McAtamney, C.
Biotechnol-adv v.12, p.653-662. (1994).
In the special issue: Biotechnology and industry: Present and
future / edited by C.R. Barnett, J.S.G. Dooley, A.P. McHale,
and P.G. McKenna.
Descriptors: waste-water-treatment; bioremediation-;
wetlands-; reviews-; reed-bed-systems; constructed-wetlands
NAL Call No.: TP248.2.B562
*******************************************************
185. The use of wetlands for the control of non-point source
pollution.
Raisin, G. W.; Mitchell, D. S.
Water-sci-technol v.32, p.177-186. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; pollution-control; water-pollution;
water-flow; nitrogen-; phosphorus-; removal-; release-;
winter-; spring-; summer-; cycling-; aquatic-plants;
aquatic-organisms; microorganisms-; watersheds-; dairy-farms;
pastures-; new-south-wales; natural-wetlands;
constructed-wetlands; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
186. The use of wetlands for water pollution control in
Australia: an ecological perspective.
Mitchell, D. S.; Chick, A. J.; Raisin, G. W.
Water-sci-technol v.32, p.365-373. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment; waste-water;
sewage-effluent; runoff-water; nutrients-; removal-;
nitrogen-; phosphorus-; water-flow; aquatic-plants;
pollution-control; australia-; natural-wetlands;
constructed-wetlands; vertical-flow
NAL Call No.: TD420.A1P7
*******************************************************
187. Using a constructed wetland to treat waste water and
propagate wetland species.
Beagle, G.; Justin, J.
Tree-plant-notes. Washington, D.C. : U.S. Department of
Agriculture, Forest Service. Summer 1993. v. 44 (3) p. 93-97.
Includes references.
Descriptors: waste-water-treatment; wetlands-; ponds-;
aquatic-plants; crop-production; nurseries-; propagation-;
utah-
NAL Call No.: 1.962-C5T71
*******************************************************
188. Using decomposition kinetics to model the removal of
mine water pollutants in constructed wetlands.
Tarutis, W. J. Jr.; Unz, R. F.
Water-sci-technol v.29, p.219-226. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: wetlands-; ferrous-ions; removal-; pollutants-;
mine-spoil; mined-land; drainage-water; decomposition-;
organic-compounds; biological- treatment;
mathematical-models; anaerobic-conditions;
artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
189. Using reed beds for winter operation of wetland
treatment system for wastewater.
Yin, H.; Shen, W. R.
Water-sci-technol v.32, p.111-117. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; phragmites-; waste-water-treatment;
industrial-wastes; sewage-; horizontal-flow; waste-water;
percolation-; infiltration-; winter-; pollutants-;
biochemical-oxygen-demand; nitrogen-; phosphorus-; removal-;
water-quality; effluents-; northern-china;
artificial-wetlands; constructed-wetlands; suspended-solids;
constructed-infiltration-wetland-treatment-system
NAL Call No.: TD420.A1P7
*******************************************************
190. Using water hyacinth (Eichhornia Crassipes L.) to treat
municipal wastewater.
Karpiscak, M. M.; Foster, K. E.; Hope, S. B.; Warshall, P. J.
Arid-Lands-Newsl. Tucson, Ariz. : Office of Arid Lands
Studies, University of Arizona. Spring/Summer 1992. v. 32 p.
6-12.
Includes references.
Descriptors: eichhornia-crassipes; waste-water-treatment;
municipal-refuse-disposal; wetlands-
NAL Call No.: S612.A753
*******************************************************
191. Variability in treatment by constructed wetlands.
Kuehn, E.; Moore, J. A.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Winter 1993. (932578) 19 p.
Paper presented at the "1993 International Winter Meeting of
the American Society of Agricultural Engineers," December
14-17, 1993, Chicago, Illinois.
Descriptors: wetlands-; waste-treatment; pulp-mill-effluent
NAL Call No.: 290.9-Am32P
*******************************************************
192. Variability of treatment performance in constructed
wetlands.
Kuehn, E.; Moore, J. A.
Water-sci-technol v.32, p.241-250. (1995).
In the series analytic: Wetland systems for water pollution
control 1994 / edited by R. H. Kadlec and H. Brix.
Descriptors: wetlands-; waste-water-treatment;
pulp-mill-effluent; pollutants-; removal-;
biochemical-oxygen-demand; aquatic-plants; scirpus-acutus;
typha-latifolia; oregon-; artificial-wetlands;
suspended-solids
NAL Call No.: TD420.A1P7
*******************************************************
193. Versatility of Wetlands in the Agricultural Landscape :
Hyatt Regency, Tampa, Florida, September 17-20, 1995.
Versatility of wetlands in the agricultural landscape.
Campbell, K. L.; Versatility of Wetlands in the Agricultural
Landscape (1995 Sept. 17 20 : Tampa, F.
St. Joseph, MI : American Society of Agricultural Engineers,
c1995. xii, 756 p. : ill., maps.
"An international conference jointly sponsored by AWRA,
American Water Resources Association ; ASAE, the Society for
Engineering in Agricultural, Food and Biological
Systems"--Cover.
Descriptors: Wetlands-Congresses;
Constructed-wetlands-Congresses;
Water-in-agriculture-Congresses
NAL Call No.: QH87.3.V47--1995
*******************************************************
194. Wetland for treating liquid dairy waste design and
monitoring.
Lanier, A. L.; Fox, D.; Smith, D. W.
Pap-Am-Soc-Agric-Eng. St. Joseph, Mich. : American Society of
Agricultural Engineers,. Summer 1991. (914020) 9 p.
Paper presented at the "1991 International Summer Meeting
sponsored by the American Society of Agricultural Engineers,"
June 23-26, 1991, Albuquerque, New Mexico.
Descriptors: dairy-wastes; waste-water-treatment; wetlands-;
california-
NAL Call No.: 290.9-Am32P
*******************************************************
195. Wetland systems for water pollution control 1994 :
selected proceedings of the 4th International Conference on
Wetland Systems for Water Pollution Control, held in
Guangzhou, China, 6-10 November, 1994. 1st ed.
Kadlec, R. H.; Brix, H.; International Conference on Wetland
Systems for Water Pollution Control (4th : 1994 : Guangzhou,
C.
Oxford, U.K. ; Tarrytown, N.Y. : Pergamon : Elsevier Science,
1995. ix, 376 p. : ill., maps.
On cover: IAWQ, International Association on Water Quality.
Descriptors: Water-Pollution-Congresses; Wetlands-Congresses;
Constructed-wetlands-Congresses;
Water-quality-management-Congresses
NAL Call No.: TD420.A1P7--v.32-no.3
*******************************************************
196. Wetland systems in water pollution control : proceedings
of the IAWQ 3rd International Specialist Conference on
Wetland Systems in Water Pollution Control, held in Sydney,
Australia, 23-25 November, 1992. 1st ed.
Bavor, H. J.; Mitchell, D. S.; International Specialist
Conference on Wetland Systems in Water Pollution Control (3rd
: 1992 : Sydney, A.
Oxford, U.K. ; Tarrytown, N.Y. : Pergamon : Elsevier Science,
1994. x, 336 p. : ill., maps.
On cover: IAWQ, International Association on Water Quality.
Descriptors: Water-Pollution-Congresses; Wetlands-Congresses;
Constructed-wetlands-Congresses;
Water-quality-management-Congresses
NAL Call No.: TD420.A1P7--v.29-no.4
*******************************************************
197. Wetland treatment for trace metal removal from mine
drainage: the importance of aerobic and anaerobic processes.
Eger, P.
Water-sci-technol v.29, p.249-256. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: wetlands-; metals-; metal-ions; removal-;
drainage-water; mine-spoil; mined-land; nickel-; drainage-;
aerobiosis-; anaerobic-conditions; minnesota-;
constructed-wetlands; artificial-wetlands; acid-mine-drainage
NAL Call No.: TD420.A1P7
*******************************************************
198. Wetland treatment of pulp mill wastewater.
Moore, J. A.; Skarda, S. M.; Sherwood, R.
Water-sci-technol v.29, p.241-247. (1994).
In the series analytic: Wetlands systems in water pollution
control / edited by H.J. Bavor and D.S. Mitchell.
Descriptors: pulp-mill-effluent; waste-water-treatment;
biological-treatment; aquatic-plants; ponds-;
biochemical-oxygen-demand; color-; removal-; oregon-;
constructed-wetlands; artificial-wetlands
NAL Call No.: TD420.A1P7
*******************************************************
199. Wetlands and streams as off-site sinks for agricultural
chemicals.
Crumpton, W. G.; Baker, J. L.; Owens, J.; Rose, C.; Stenback,
J.
Clean water, clean environment, 21st century team
agriculture, working to protect water resources conference
proceedings, March 5-8, 1995, Kansas City, Missouri /. St.
Joseph, Mich. : ASAE, c1995.. v. 1 p. 49-52.
Includes references.
Descriptors: nitrate-; nitrate-nitrogen; losses-from-soil;
watersheds-; wetlands-; streams-; hydrology-; surface-water;
simulation-models; pollution- control; water-pollution; iowa-
NAL Call No.: TD365.C54-1995
*******************************************************
200. Wetlands: nature's water purifiers.
Adams, E. B.
Ext-Bull-Wash-State-Univ-Coop-Ext-Serv. Pullman, Wash. : The
Service. Dec 1992. (1723) 4 p.
Descriptors: wetlands-; ecology-; environmental-protection;
nitrogen-; phosphorus-; nutrient-uptake; water-purification
NAL Call No.: 275.29-W27P
*******************************************************
201. Wetlands that work for you.
Bowman, G.; Wetlands that work for you.
New-farm v.14, p.50-53. (1992).
Descriptors: dairy-wastes; biological-treatment;
waste-water-treatment; wetlands-; on-farm-processing;
constructed-wetlands
NAL Call No.: S1.N32
*******************************************************
Return to Bibliographies
Return to the Water Quality Information Center at the National Agricultural
Library.
Last update: April 28, 1998
The URL of this page is http://www.nal.usda.gov/wqic/Bibliographies/eb9701.html
J. R. Makuch /USDA-ARS-NAL-WQIC/
jmakuch@nal.usda.gov