Environmental Engineering Reference
In-Depth Information
amirbahman, a., ruck, P.l., fernandez, i.J., Haines, T.a., and
Kahl, J.s. 2004. The effect of fire on mercury cycling in the
soils of forested watersheds: acadia national Park, maine.
Water, Air, and Soil Pollution
152: 315-331.
amyot, m., mierle, G., lean, d., and mcqueen, d.J. 1997.
effect of solar radiation on the formation of dissolved
gaseous mercury in temperate lakes.
Environmental Science
and Technology
61: 975-987.
andersson, a. 1979. mercury in soils. in: J.o. nriagu (editor),
The biogeochemistry of mercury in the environment.
elsevier/
north-Holland Biomedical Press, amsterdam, pp. 79-122.
aula, i., et al. 1994. levels of mercury in the Tucuruí reservoir
and in surrounding area in Pará, Brazil. in: c.J. Watras and
J.W. Huckabee (editors),
Mercury pollution: integration and
synthesis.
lewis, Boca raton, fl, pp. 21-40.
avotins, P. 1975. adsorption and coprecipitation studies of
mercury on hydrous iron oxide, Ph.d. thesis, stanford
university, Palo alto, ca.
Babiarz, c.l., et al. 1998. seasonal influences on partitioning
and transport of total and methylmercury in rivers from
contrasting watersheds.
Biogeochemistry
41: 237-257.
Bailey, s., Hornbeck, J., driscoll, c., and Gaudette, H.e.
1996. calcium inputs and transport in a base-poor forest
ecosystem as interpreted by sr isotopes.
Water Resources
Research
32: 707-719.
Barkay, T., and Wagner-dobler, i. 2005. microbial
transformations of mercury: Potentials, challenges, and
achievements in controlling mercury toxicity in the
environment.
Advances in Applied Microbiology
57: 1-52.
Barrow, n.J., and cox, v.c. 1992. The effects of pH and
chloride concentration on mercury sorption. i. By goethite.
Journal of Soil Science
43: 295-304.
Biester, H., muller, G., and schöler, H.f. 2002a. estimating
distribution and retention of mercury in three different
soils contaminated by emissions from chlor-alkali plants:
Part i.
Science of the Total Environment
284: 177-189.
Biester, H., muller, G., and schöler, H.f. 2002b. Binding and
mobility of mercury in soils contaminated by emissions
from chlor-alkali plants.
Science of the Total Environment
284: 191-203.
Biester, H., and nehrke, G. 1997. quantification of mercury in
soils and sediments—acid digestion vs. pyrolysis.
Fresenius
Journal of Analytical Chemistry
358: 446-452.
Biester, H., and scholz, c. 1997. determination of mercury
phases in contaminated soils—Hg-pyrolysis vs. sequential
extractions.
Environmental Science and Technology
31:
233-239.
Bishop, K., lee, y., Pettersson, c., and allard, B. 1991.
Terrestrial sources of methyl-mercury in surface waters:
the importance of the riparian zone on the svartberget
catchment.
Water, Air, and Soil Pollution
80: 435-444.
Biswas, a., Blum, J.d., Klaue, B., and Keeler, G.J. 2007.
release of mercury from rocky mountain forest
fires.
Global Biogeochemistry Cycles
21: GB1002,
doi:10.1029/2006GB002696.
Biswas, a., Blum, J.d., and Keeler, G.J. 2008. mercury
storage in surface soils in a central Washington forest and
estimated release during the 2001 rex creek fire.
Science of
the Total Environment
404: 129-138.
Branfireun, B.a., Heyes, a., and roulet, n.T. 1996. The
hydrology and methylmercury dynamics of a precambrian
shield headwater peatland.
Water Resources Research
32:
1785-1794.
Branfireun, B.a., Hilbert, d., and roulet, n.T. 1998. sinks
and sources of methylmercury in a boreal catchment.
Biogeochemistry
41: 277-291.
Branfireun, B.a., et al. 2005. speciation and transport of
newly deposited mercury in a boreal forest wetland: a
stable mercury isotope approach.
Water Resources Research
41: W06016, doi:10.1029/2004Wr003219.
Brunke, e.G., labushabne, c., and slemr, f. 2001. Gaseous
mercury emissions from a fire in the cape Peninsula, south
africa, during January 2000.
Geophysical Research Letters
28:
1483-1486.
Burke, m.P., Hogue, T.s., ferreira, m., mendez, c.B., navarro,
B., lopez, s., and Jay, J.a. 2010. The effect of wildfire on soil
mercury concentrations in southern california watersheds.
Water, Soil, and Air Pollution
212: 369-385.
caldwell, c.a., canavan, c.m., and Bloom, n.s. 2000.
Potential effects of forest fire and storm flow on total
mercury and methylmercury in sediments of an arid-lands
reservoir.
Science of the Total Environment
260: 125-133.
campbell, J.l., eager, c., mcdowell, W.H., and Hornbeck,
J.W. 2000. analysis of nitrogen dynamics in the lye Brook
Wilderness area, vermont, usa.
Water, Air, and Soil Pollution
122: 63-75.
carignan, r., and steedman, r.J. 2000. impacts of major
watershed perturbations on aquatic ecosystems.
Canadian
Journal of Fisheries and Aquatic Science
57 (suppl. 2): 1-4.
carpi, a., and lindberg, s.e. 1997. sunlight-mediated
emission of elemental mercury from soil amended with
municipal sewage sludge.
Environmental Science and
Technology
31: 2085-2091.
carpi, a., and lindberg, s.e. 1998. application of a Teflon
dynamic flux chamber for quantifying soil mercury
flux: tests and results over background soil.
Atmospheric
Environment
32: 873-882.
chandler, c., cheney, P., Thomas, P., Trabaud, l., and
Williams, d. 1983.
Fire in forestry, Volume I: Forest fire
behavior and effects.
Wiley, new york.
collins, c.r., sherman, d.m., and ragnarsdottir, K.v. 1999.
surface complexation of Hg
2
1
on goethite: mechanism from
eXafs spectroscopy and density functional calculations.
Journal of Colloid and Interface Science
219: 345-350.
compeau, G.c., and Bartha, r. 1985. sulfate-reducing
bacteria: Principal methylators of mercury in anoxic
estuarine sediments.
Applied Environmental Microbiology
50(2): 498-502.
cory, r.m., and mcKnight, d.m. 2005. fluorescence
spectroscopy reveals ubiquitous presence of oxidized
and reduced quinones in dissolved organic matter.
Environmental Science and Technology
39: 8142-8149.
cronan, c.s., and reiners, W.a. 1983. canopy processing of
acidic precipitation by coniferous and hardwood forests in
new england.
Oecologia
59: 216-223.
demers, J.d., driscoll, c.T., fahey, T.J., and yavitt, J.B. 2007.
mercury cycling in litter and soil in different forest types
in the adirondack region, new york, usa.
Ecological
Applications
17: 1341-1351.
desauziers, v., castre, n., and lecloirec, P. 1997. sorption of
methylmercury by clays and mineral oxides.
Environmental
Technology
18: 1009-1018.