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Rasmussen, P.E., G. Mierle and J.O. Nriagu (1991), The analysis of vegetation for total

mercury, Water, Air, and Soil Pollution 56: 379–390.

Razin, L.V. and I.S. Rhozkov (1966), Geochemistry of Gold in the Crust of Weathering

and in the Biosphere in the Gold Deposits of the Kuvanakh Type. (Nauka Press,

Moscow).

Reading, K.A.L., R.R. Brooks and S.D. Naidu (1987), Biogeochemical prospecting for gold in

the Canadian Arctic, Journal of Geochemical Exploration 27: 143–156.

Reeves, R.D. and R.R. Brooks (1983), European species of Thlaspi L. (Cruciferae) as

indicators of nickel and zinc, Journal of Geochemical Exploration 18: 275–284.

Reimann, C., A. Arnoldussen, R. Boyd, T. Finne, Ø. Nordgulen, T. Volden and P. Englmaier

(2006), The inﬂuence of a city on element contents of a terrestrial moss (Hylocomium

splendens), Science of the Total Environment 369: 419–432.

Reimann, C., P. de Caritat, J.H. Halleraker, T.E. Finne, R. Boyd, Ø. Jaeger, T. Volden,

G. Kashulina, I. Bogatyrev, V. Chekushin, V. Pavlov, M. A

yra

s, M-L. Ra

isa

nen and

H. Niskavaara (1997), Regional atmospheric deposition patterns of Ag, As, Bi, Cd, Hg,

Mo, Sb and Tl in a 188,000 km

area in the European Arctic as displayed by terrestrial

moss samples – Long range atmospheric transport versus local impact, Atmospheric

Environment 31: 3887–3901.

Reimann, C., H. Niskavaara, G. Kashulina, P. Filzmoser, R. Boyd, T. Volden, O. Tomilina

and I. Bogatyrev (2001), Critical remarks on the use of terrestrial moss (Hylocomium

splendens and Pleurozium schreberi) for monitoring of airborne pollution, Environmental

Pollution 113: 41–57.

Reith, F. and D.C. McPhail (2006), Effect of resident microbiota on the solubilization of gold

in soils from the Tomakin Park Gold Mine, New South Wales, Australia, Geochimica

Cosmochimica Acta 70: 1421–1438.

Reith, F. and D.C. McPhail (2007), Mobility and microbially mediated mobilization of gold

and arsenic in soils from two gold mines in semi-arid and tropical Australia, Geochimica

Cosmochimica Acta.

Reith, F., D.C. McPhail and A.G. Christy (2005), Bacillus cereus, gold and associated

elements in soil and regolith samples from Tomakin Park Gold Mine in south-eastern New

South Wales, Journal of Geochemical Exploration 85: 81–89.

Reith, F., D. Webb, S.L. Rogers and D.C. McPhail (2006), Biomineralization of Gold:

Bioﬁlms on bacterioform gold, Science.

Rensing, C. and R.M. Maier (2003), Issues underlying use of biosensors to measure metal

bioavailability, Ecotoxicology and Environmental Safety 56: 140–147.

Richards, J.H. (1986), Root form and depth distribution in several biomes. in: D. Carlisle,

W.L. Berry, I.R. Kaplan and J.R. Watterson, eds., Mineral Exploration, Biological

Systems and Organic Matter, Rubey, Vol. V (Prentice-Hall, Englewood Cliffs, New Jersey),

pp. 82–97.

Riese, W.C. and G.K. Arp (1986), Biogeochemical exploration for platinum deposits in the

Stillwater Complex, Montana. in: D. Carlisle, W.L. Berry, I.R. Kaplan and J.R. Watterson,

eds., Mineral Exploration, Biological Systems and Organic Matter, Rubey, Vol. V

(Prentice-Hall, Englewood Cliffs, NJ), pp. 170–182.

Rock, N.M.S. (1988), Numerical Geology: A Source Guide, Glossary and Selective Bibliog-

raphy to Geological Uses of Computers and Statistics, Lecture Notes in Earth Sciences #18.

(Springer, Berlin), pp. 329–427.

Rogers, P.J. (1988), Gold in lake sediments: implications for precious metal exploration in

Nova Scotia, in: D.R. MacDonald and K.A. Mills, eds., Prospecting in Areas of Glaciated

442 References

Terrain – 1988, Proceedings of Symposium, Halifax, N.S., 1988, sponsored by Canadian

Institute of Mining and Metallurgy, pp. 357–382.

Rogers, P.J., (1989), Interpretation of multi-media geochemical surveys: Northwest trends and

mineral potential inside and outside the Meguma Zone, eastern Nova Scotia, Nove Scotia

Department of Energy, Mines and Minerals Branch, Report of Activities 1989, Part A,

Report 89-3, pp. 91–94.

Rogers, P.J., R.T. Stea and M.A. MacDonald (1984), Statistical investigation of the geo-

chemical reﬂection of Au mineralization in the tills and lake sediments of the Eastern Shore

region of Nova Scotia, in: Prospecting in Areas of Glaciated Terrain – 1984, Proceedings of

Symposium, Glasgow, Scotland, 1984, sponsored by Canadian Institute of Mining and

Metallurgy, pp. 137–150.

Romney, E.M., A. Wallace and G.V. Alexander (1975), Responses of bush bean and barley to

tin applied to soil and to solution culture, Plant Soil 42: 585–589.

Rose, A.W., H.E. Hawkes and J.S. Webb (1979), Geochemistry in Mineral Exploration

(Second Edition) (Academic Press).

hling, A

. and G. Tyler (1968), An ecological approach to the lead problem, Botanical Notes

121: 321–342.

Saccone, A., D. Maccio

, S. Delfino and R. Ferro (1999), The neodymium-gold phase diagram,

Metallurgical and Materials Transactions 30A: 1169–1176.

Sah, R.N. and R.O. Miller (1992), Spontaneous reaction for acid dissolution of biological

tissue in closed vessels, Analytical Chemistry 64: 230–233.

Sahi, S.V. and N.C. Sharma (2005), Phytoremediation of lead, in: I. Shtangeeva, ed., Trace and

Ultratrace Elements in Plants and Soil (WIT Press, Southampton, Boston), pp. 209–222.

Sailerova, E. and M.A.F. Fedikow (2004), The effects of seasonal changes, sample site drain-

age and tree morphology on trace element contents of black spruce (Picea mariana (Mill.)

BSP) crown twigs and outer bark, Geochemistry: Exploration, Environment, Analysis 4:

365–379.

Salisbury, F.B. and C. Ross (1969), Plant Physiology. (Wadsworth, Belmont, CA).

Satake, K., K. Shibata and Y. Bando (1990), Mercury sulphide (HgS) crystals in the cell walls

of the aquatic bryophytes Jungermannia vulcanicola Steph. and Scapania undulata (L.)

Dum, Aquatic Botany 36: 325–341.

Scagel, R.F. (1967), Guide to common seaweeds of British Columbia, British Columbia

Provincial Museum, Department of Recreation and Conservation, Handbook No. 27.

Scheckel, K.G., E. Lombi, S.A. Rock and M.J. McLaughlin (2004), In vivo synchrotron study

of thallium speciation compartmentation in Iberis intermedia, Environmental Science

Technology 38: 5095–5100.

Schiller, E.A. (1978), The history of uranium discoveries in northern Saskatchewan in the last

decade, in: G.R. Parslow, ed., Uranium Exploration Techniques, Saskatchewan Geological

Society Special Publication No. 4, pp. 11–18.

Schlesinger, W.H., ed. (2005), Biogeochemistry, Treatise on Geochemistry, Vol. 8, Executive

Editors H.D. Holland and K.K. Turekian, (Elsevier, Amsterdam), 702 pp.

Schroeder, H.A., J. Buckman and J.J. Balassa (1967), Abnormal trace metals in man:

Tellurium, Journal of Chronic Diseases 20: 147–161.

Schulenberg, T. S. and K. Awbrey (1997), The Cordillera del Condor region of Ecuador and

Peru: A biological assessment. RAP Working Papers, 7, Conservation International, 231 pp.

Selinus, O. (1988), Biogeochemical mapping of Sweden for geomedical and environmental

research, in: I. Thornton, ed., Proceedings of the 2nd Symposium on Geochemistry and

Health, Science Reviews, pp. 13–20.

443Biogeochemistry in Mineral Exploration

Seneshen, D.M., E.C. Grunsky, A. Rencz, G.E.M. Hall and C.E. Dunn (2005), Geochemical

orientation surveys (ﬁscal year 2000–2001) for kimberlites in northern Alberta, Alberta

Energy and Utilities Board, EUB/AGS, Earth Sciences Report 2005-01: 232 pp.

Shacklette, H.T. (1965), Element content of bryophytes, United States Geological Survey

Bulletin 1198-D: 21 pp.

Shacklette, H.T. (1967), Copper mosses as indicators of metal concentrations. United States

Geological Survey Bulletin 1198-G, pp. 1–17.

Shacklette, H.T. (1984), The use of aquatic bryophytes in prospecting, Journal of Geochemical

Exploration 21: 89–93.

Shacklette, H.T. and J.A. Erdman (1982), Uranium in spring water and bryophytes at Basin

Creek in central Idaho, Journal of Geochemical Exploration 17: 221–236.

Shacklette, H.T., J.A. Erdman, T.F. Harms, C.S.E. Papp (1978), Trace elements in plant

foodstuffs. in: F.W. Oehme, ed., Toxicity of Heavy Metals in the Environment, Vol. 1

(Marcel Dekker, New York), pp. 25–68.

Shacklette, H.T., H.W. Lakin, A.E. Hubert and G.C. Curtin (1970), Absorption of gold by

plants, United States Geological Survey Bulletin 1314-B, pp. 1–23.

Shan, X.Q., S. Zhang, B. Wen (2005), Fractionation and bioavailability of rare earth elements

in soils, in: I. Shtangeeva, ed., Trace and Ultratrace Elements in Plants and Soil (WIT Press,

Southampton, Boston), pp. 249–286.

Sharp, W.E. and B. Bo

lviken (1979), Brown algae: a sampling medium for prospecting fjords,

in: J.R. Watterson and P.K. Theobald, eds., Geochemical Exploration 1978 (Association of

Exploration Geochemists, Nepean, Ontario), pp. 347–356.

Shaw, A.J. (Ed.) (1990), Heavy Metal Tolerance in Plants: Evolutionary Aspects (CRC Press,

Boca Raton, FL), p. 348.

Shtangeeva, I. (Ed.) (2005), Trace and Ultratrace Elements in Plants and Soil (WIT Press,

Southampton, Boston), p. 348.

Sibbick, S.J., R.G. Balma and C.E. Dunn (1996), Till geochemistry survey: Mount Milligan

central British Columbia (Parts of NTS 93N/1 and 93O/4), British Columbia Geological

Survey Open File 1996-22, and Geological Survey of Canada Open File 3291.

Siegel, S. (1956), Nonparametric Statistics: for the Behavioral Sciences (McGraw Hill, Tokyo),

312 pp.

Siegel, B.Z. and S.M. Siegel (1982), Mercury content of Equisetum plants around Mount St.

Helens one year after the major eruption, Science 216(16 April): 292–293.

Siegel, F.R. and A.S. Pagagua (1991), Curatella americana L.: a biogeochemical sample me-

dium for the Tilara

n-Montes del Aguacate gold belt, Costa Rica, Journal of Geochemical

Exploration 41: 169–180.

Silverman, M.P. and H.L. Ehrlich (1964), Microbial formation and degradation of minerals,

Advances in Applied Microbiology 6: 153–206.

Sinclair, A.J. (1976) Applications of Probability Plots in Mineral Exploration, Special Vol. 4,

Association of Exploration Geochemists, Nepean, Ontario, 95 pp.

Sketchley, D.A. (1999), Gold deposits: Establishing sampling protocols, Canadian Institute of

Mining Bulletin, No. 91, 1022 pp.

Skinner, H.C.W. and A.H. Jahren (2005), Biomineralization, in: W.H. Schlesinger, ed.,

Biogeochemistry, Treatise on Geochemistry, Vol. 8, Executive Editors H.D. Holland and

K.K. Turekian (Elsevier, Amsterdam), pp 117–184.

Skipnes, O., T. Roald and A. Haug (1975), Uptake of zinc and strontium by brown algae,

Physiologia Plantarum 34: 314–320.

444 References

Smee, B.W. (1983), Laboratory and ﬁeld evidence in support of the electrogeochemically

enhanced migrations of ions through glaciolacustrine sediment, Journal of Geochemical

Exploration 19: 277–304.

Smee, B.W. (1998), Overview of quality control procedures required by mineral exploration

companies, in: Workshop on quality control methods in mineral exploration, Workshop

notes, Association of Exploration Geochemists, Nepean, Ontario.

Smee, B.W. (1999), How to audit a commercial laboratory, in Workshop on Quality

Control in Mineral Exploration, 19th International Geochemical Exploration Symposium,

Vancouver. Workshop notes, Association of Exploration Geochemists, Nepean, Ontario.

Smith, R.E. (1996), Regolith research in support of mineral exploration in Australia, in: G.F.

Taylor and R. Davy, eds., Geochemical Exploration 1995, Journal of Geochemical

Exploration 57: 159–173.

Sopuck, V.J., A. de Carle, E.M. Wray and B. Cooper (1983), Application of lithogeochemistry

to the search for unconformity-type uranium deposits in the Athabasca Basin, in: E.M.

Cameron, ed., Uranium Exploration in Athabasca Basin, Saskatchewan, Canada,

Geological Survey of Canada Paper 82-11: 191–205.

Spitzy, H. and I. Dosudil (1962), Determination of zinc in biological materials, Mikrochimica

Acta 119–124.

Stanley, C.R. (1988), PROBPLOT – An Interactive Computer Program to Fit Mixtures

of Normal (or Log-Normal) Distributions using Maximum Likelihood Optimization

Procedures. Special Volume # 14, Association of Exploration Geochemists, Nepean,

Ontario, Canada, 40 pp., 1 diskette.

Stednick, J.D., R.B. Klem and W.C. Riese (1987), Temporal variation of metal concentrations

in biogeochemical samples over the Royal Tiger mine, Colorado, Part I: Within year

variation, Journal of Geochemical Exploration 29: 75–88.

Stednick, J.D. and W.C. Riese (1987), Temporal variation of metal concentrations in biogeo-

chemical samples over the Royal Tiger mine, Colorado, Part II: Between-year variation,

Journal of Geochemical Exploration 27: 53–62.

Steger, H.F. (1999), Proﬁciency testing program for mineral analysis laboratories, Short

Course Notes, SC-4, ‘‘Quality Control in Mineral Exploration’’. 19th International

Geochemical Exploration Symposium, Vancouver, April.

Steinnes, E. (1995), A critical evaluation of the use of naturally growing moss to monitor the

deposition of atmospheric metals, Science of the Total Environment 304: 215–219.

Sterflinger, K. (2000), Fungi as geologic agents, Journal of Geomicrobiology 17: 97–124.

Stevenson, F.J. (1994), Humus Geochemistry: Genesis, Composition, Reactions. (Wiley,

Toronto), 496 pp.

Stijve, T., E.C. Vellinga and A. Hermann (1990), Arsenic accumulation in some higher fungi,

Persoonia 14: 161–166.

Subbarao, G.V., O. Ito, W.L. Berry and R.M. Wheeler (2003), Sodium-A Functional Plant

Nutrient, Critical Reviews in Plant Sciences (Taylor and Francis Ltd.) 22(5): 391–416.

Sutton, S.R. (2006), User research facilities in the Earth Sciences, Elements 2: 7–8.

Sutton, S.R., M.W. Caffee and M.T. Dove (2006), Synchrotron radiation, neutron, and mass

spectrometry techniques at used facilities, Elements 2: 15–21.

Suzuki, D. and W. Grady (2004), Tree: A Life Story. (Greystone Books, Vancouver),

190 pp.

Tabachnick, B.G. and L.S. Fiddell (2006), Using Multivariate Statistics (Fifth Edition), (Allyn

and Bacon), 1008 pp.

445Biogeochemistry in Mineral Exploration

Talipov, R.M. (1966), Biogeochemical prospecting for polymetallic and copper deposits in the

conditions of Uzbekistan (in Russian). (FAN Press, Tashkent).

Tang, S.R., C.Y. Huang and Z.X. Zhu (1997), Commelina communis L.: Copper hyperaccu-

mulator found in Anhui Province of China, Pedosphere 7: 207–210.

Taylor, G. and R.A. Eggleton (2001), Regolith, Geology and Geomorphology. (Wiley,

Chichester).

Taylor, J.K. (1987), Quality Assurance of Chemical Measurements. (CRC Press, Boca Raton),

352 pp.

Taylor, J.K. and C. Cihon (2004), Statistical Techniques for Data Analysis (Second Edition),

(Chapman & Hall/CRC Press, Boca Raton), 296 pp.

Thompson, M. (1989), Analytical quality control in theory and practice, Proceedings of

the 3rd International Symposium on the Harmonization of Quality Assurance Systems,

in Analytical Chemistry, April 1989, Washington, DC, (ISO/REMCO 184), pp. 183–189.

Thompson, M. and R.J. Howarth (1978), A new approach to the estimation of analytical

precision, Journal of Geochemical Exploration 9: 23–30.

Thompson, N.A. and S.R. Schultz (2001), Treatment options for arsenic trioxide bearing dust

at the Giant Mine, Yellowknife, Northwest Territories, Canada, Presentation with

Abstract: http://www.epa.gov/ttbnrmrl/ArsenicPres/290.pdf.

Tiagi, Y.D. and N.C. Aery (1982), Geobotanical studies on zinc deposit areas of Zawar mines,

Udaipur, Journal Plant Ecology 50: 65–70.

Tibazarwa, C., P. Corbisier, M. Mench, A. Bossus, P. Solda, M. Mergeay, L. Wyns and D. van

der Lelie (2001), A microbial biosensor to predict bioavailable nickel in soil and its transfer

to plants, Environmental Pollution 113: 19–26.

Timperley, M.H., R.R. Brooks and P.J. Peterson (1970), The significance of essential and

non-essential trace elements in plants in relation to biogeochemical prospecting, Journal of

Applied Ecology 7: 429–439.

Timperley, M.H., R.R. Brooks and P.J. Peterson (1972), Trend analysis as an aid to the

comparison and interpretation of biogeochemical and geochemical data, Economic

Geology 67: 669–676.

Tiutina, N.A., V.B. Alesovskiy and V.B. Vasiliyev (1959), An experiment in biogeochemical

prospecting and the method of determination of niobium in plants (in Russian),

Geochimiya 6: 550.

Tkalich, S.M. (1938), Testing plants as indicators in geological prospecting and exploration

(in Russian), Vestn. Dal’nevostochnogo ﬁl. Acad. Nauk 32: 3–25.

Tkalich, S.M. (1959), Practical Guide to Biogeochemical Prospecting for Ore Deposits

(in Russian). (Gosgeoteltekhizdat, Moscow).

Tkalich, S.M. (1961), Biogeochemical Anomalies and Their Interpretations (in Russian).

(Irkutsk, p), 41.

Tkalich, S.M. (1970), Phytogeochemical Prospecting for Ore Deposits (in Russian). (Nedra

Press, Leningrad).

Tooms, J.S. and J.S. Webb (1961), Geochemical prospecting investigations in the Northern

Rhodesian Copperbelt, Economic Geology 56: 815–846.

Torsvik, V. and L. Øvrea

s (2002), Microbial diversity and function in soil: from genes to

ecosystems, Current Opinions in Microbiology 5: 240–245.

Troﬁmov, N.N. and A.I. Rychkov (2004), Iodine and Bromine: Geochemical Indicators of

Deep Ore Deposits. (Colorado Mountain Publishing House, Denver, Co.), 205 pp.

Turner, R.C., J.M. Radley and V.W. Mayneord (1958), The naturally occurring alpha ray

activity of foods, Health Physics 1: 268–275.

446 References

Tyler, G. (2004), Rare earth elements in soil and plant systems – A review, Plant and Soil 267:

191–206.

Vallee, M and A. Sinclair (1999), Quality control of resource/reserve estimation – where do we

go from here? Canadian Institute of Mining Bulletin No. 91, 1022: 55–57.

Vernadskii, V.I. (1965), Chemical Composition of the Biosphere and Its Environment (in

Russian). (Nauka Press, Moscow).

Victoria, R.L., L.A. Martinelli, J.E. Richey, A.H. Devol, B.R. Forsberg and M.N.G. Ribeiro

(1989), Spatial and temporal variations in soil chemistry on the Amazon ﬂoodplain,

GeoJournal 19: 45–52.

Vien, S.H. and R.C. Fry (1988), Rapid, direct analysis of whole plant tissue by slurry

atomization dc plasma emission, Applied Spectroscopy 42: 381–384.

Viktorov, S.V. (1955), The Use of Geobotanical Method in Geological and Hydrogeological

Research. (Izd. Akad. Nauk SSSR, Moscow).

Viladevall, M. (1994), Auriferous ores and their associates in the Bolivian Andes, Unpublished

Report to European Union, Contract. CT1*- CT90-0784.

Vincent, W.F. and M.R. James (1996), Biodiversity in extreme aquatic environments-lakes, ponds

and streams of Ross Sea sector, Antarctica, Biodiversity Conservation 5: 1451–1471.

Vinogradov, A.P. (1953), The Elementary Chemical Composition of Marine Organisms,

Sears Foundation for Marine Research. (Yale University, New Haven, Memoir II),

647 pp.

Vinogradov, A.P. (1954), Prospecting for ore deposits by plants and soils (in Russian), Trans.

Biogeokhim. Lab., 10, Acad. Nauk. SSSR, Moscow: 3–27.

Walker, N.C. (1979), Trace elements in vegetation and soils over the Key Lake uranium-nickel

orebody, northern Saskatchewan, Canada, in: J.R. Watterson and P.K. Theobald, eds.,

Geochemical Exploration 1978, 7th International Geochemical Exploration Symposium,

Association of Exploration Geochemists, Nepean, Ontario, pp. 361–369.

Wallace, K. and R. Jahren (1986), The potential of using bees as a biogeochemical exploration

tool in northern Saskatchewan, Saskatchewan Research Council, Publication No. E-906-B-86.

Wang, H.M., F.Q. Yang, S.C. Xie and Q.W. Zhou (1999), Soil Bacillus cereus serving as an

indicator of gold mineralization related to underlying gold deposits in northwestern

Sichuan province, Earth Science Journal of China University of Geosciences 24(Suppl.):

78–82 (in Chinese with English abstract).

Ward, J.V. (1973), Molybdenum concentrations in tissues of rainbow trout (Salmo gairdneri)

and Kokanee salmon (Oncorhyncus nerka) from waters differing widely in molybdenum

content, Journal of Fish Research Biodiversity 30: 841–842.

Ward, N.I., R.R. Brooks and E. Roberts (1977), Heavy metals in some New Zealand

bryophytes, Bryologist 80: 304–312.

Warren, H.V. (1980), Pollen: a possible tool for exploration geologists and environmentalists,

Western Miner 53(March): 35–36.

Warren, H.V. and R.E. Delavault (1949), Further studies in biogeochemistry, Geological

Society of America, Bulletin 60: 531–559.

Warren, H.V. and R.E. Delavault (1950), Gold and silver content of some trees and horsetails

in British Columbia, Geological Society of America Bulletin 61: 123–128.

Warren, H.V. and R.E. Delavault (1965), Further studies of the biogeochemistry of molyb-

denum, Western Miner, October, 5 pp.

Warren, H.V., R.E. Delavault and J. Barakso (1968), The arsenic content of Douglas-ﬁr as a

guide to some gold, silver and base metal deposits, Canadian Mining and Metallurgy

Bulletin 61: 860–867.

447Biogeochemistry in Mineral Exploration

Warren, H.V., R.E. Delavault, K. Fletcher and P.J. Peterson (1971), The copper, zinc and lead

content of trout livers as an aid in the search for favourable areas to prospect, Canadian

Institute of Mining and Metallurgy, Special Volume 11: 444–450.

Warren, H.V., R.E. Delavault and D.G. Routley (1953), Preliminary studies of the biogeo-

chemistry of molybdenum, Transactions of the Royal Society of Canada, Series 3, 47,

Section 4: 71–75.

Warren, H.V. and S.J. Horsky (1984), Pollen: Using bees to collect biogeochemical data,

Northern Miner, 4 October.

Warren, H.V. and S.J. Horsky (1986), Thallium: a biogeochemical prospecting tool for gold,

Journal of Geochemical Exploration 26: 215–222.

Warren, H.V., S.J. Horsky, A. Kruckenerg, G.H.N. Towers and J.E. Armstrong (1983),

Biogeochemistry: A prospecting tool in the search for mercury mineralization, Journal of

Geochemical Exploration 18: 169–173.

Watterson, J.R. (1985), A procedure for estimating Bacillus cereus spores in soil and stream-

sediment samples; a potential exploration technique, Journal of Geochemical Exploration

23: 243–252.

Wedepohl, K.H., ed. (1969–1978), Handbook of Geochemistry: Beryllium, in Volume II,

Part 1, (Springer, Berlin).

Wenrich-Verbeek, K.J. (1980), Uranium concentration by moss and algae from surface water,

United States Geological Survey, Professional Paper 1175: pp. 56–57.

West, W.F. (1965), Some unconventional ideas on prospecting, Chamber of mines, Journal of

Rhodesia 7: 40–42.

West, W.F. (1970), Termite prospecting, Chamber of mines Journal of Rhodesia 12: 32–35.

White, P.J. and M.T. Broadley (2003), Calcium in Plants, Annals of Botany 92: 487–511.

Whitehead, N.W. and R.R. Brooks (1969), Aquatic bryophytes as indicators of uranium

mineralization, Bryologist 72: 507–510.

Whiting, S.N., M.P. de Souza and N. Terry (2001), Rhizosphere bacteria mobilize Zn

for hyperaccumulation by Thlaspi caerulescens, Environmental Science Technology 35:

3144–3150.

Widada, J., Y. Norjiri and T. Omori (2002), Recent developments in molecular techniques

for identiﬁcation and monitoring of xenobiotic-degrading bacteria and their catabolic genes

in bioremediation, Applied Microbiology Technology 60: 45–59.

Wiersma, D. and B.J. Van Goor (1979), Chemical forms of nickel and cobalt in phloem of

Ricinus communis, Physiologia Plantarum 45: 440–442.

Wild, H. (1965), The ﬂora of the Great Dyke of Southern Rhodesia with special reference to

the serpentine soils, Kirkia 5: 49–86.

Williams, T.A. (1975), Cobalt accumulation and circulation by Blackgum trees, Forest Science

21: 222–226.

Wilson, M.E. (1998), Analytical instruments for the determination of elements in plant tissue,

in: Y.P. Kalra, ed., Handbook of Reference Methods for Plant Analysis (CRC Press, Boca

Raton), p. 300.

Woolfolk, C.A. and H.R. Whiteley (1962), Reduction of inorganic compounds with molecular

hydrogen by Micrococcus lactylyticus: Stoichiometry with compounds of arsenic, selenium,

tellurium, transition & other elements, Journal of Bacteriology 84: 647–658.

Wyttenbach, A., S. Bajo and L. Tobler (1987), Aerosols deposited on spruce needles, Journal

of Radioanalytical and Nuclear Chemistry 114: 137–145.

Wyttenbach, A., V. Furrer, P. Schleppi and L. Tobler (1998), Rare earth elements in soil and in

soil-grown plants, Plant and Soil 199: 267–273.

448 References

Wyttenbach, A. and L. Tobler (1988), The seasonal variation of 20 elements in 1st and

2nd year needles of Norway spruce, Picea abies (L.) Karst, Trees: structure and function 2:

52–64.

XueyuHou H. (2001), Vegetation Atlas of China (in Chinese with English illustrations), ISBN:

7-03-008956-1: 259 pp.

Yliruokanen, I. (1975), Uranium, thorium, lead, lanthanoids and yttrium in some plants

growing on granitic and radioactive rocks, Bulletin of the Geological Survey of Finland 47:

71–78.

YoshiyukiKita K., K. Masuta and N. Sato (1992), The application of the biogeochemical

method to Au exploration in Japan, in: T. Manana, ed., XV World Mining Congress,

Proceedings, pp. 187–196.

Zaguzin, V.P., T.A. Zaguzina and Y.F. Pogrebnyak (1981), Biogeochemical prospecting for

tungsten and molybdenum ores, International Geology Reviews 23(12): 1397–1400.

Zamana, L.V. and Y.V. Lesnikov (1989), Fluorine in birch sap as an indicator of ﬂuorite

mineralization (in Russian), Doklady Akad. Nauk SSSR 306: 700–703.

Zhou, J. (2003), Micro-arrays for bacterial detection and microbial community analysis,

Current Opinions in Microbiology 6: 288–294.

Zhou, J. and D.K. Thompson (2002), Challenges in applying micro-arrays to environmental

studies, Current Opinions in Microbiology 13: 204–207.

Znamirovskii, V.N. (1966), Nakhodka metallicheskoi rtuti v sosne (in Russian) (A ﬁnd of

metallic mercury in a pine tree), Trudy Irkutskovo Politechnicheskova Instituta (Proceedings

of the Irkutsk Polytechnical Institute) 30: pp. 128–131.

449Biogeochemistry in Mineral Exploration

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BOTANICAL INDE X

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Abies amabilis,49

Abies balsamea, 8, 43, 47, 70–71, 132, 134–135,

148, 152, 185, 254, 270–271, 295, 315, 317

Abies concolor,69

Abies lasiocarpa, 47, 49, 278

Acacia, 9, 40, 51–55, 57–58, 86–88, 100, 102, 113,

148, 159, 162, 169–173, 215, 217, 221, 223,

234, 240, 244, 250–252, 259, 276, 278, 290,

292, 296, 301, 304, 310, 314–316, 319,

321–322, 324–325, 384, 387

Acacia aneura,58

Acacia greggii,52

Acacia melanoxylon,51

Acacia mellifera, 54, 244, 250–251, 259, 278, 290,

296, 321, 384

Acacia negrii,54

Acacia nigrescens, 215, 221

Acacia polyacantha,54

Acacia pycnantha,58

Acacia seyal,54

Acacia tortilis,54

Acer glabrum,74

Acer saccharum, 117–118

Achillea biebersteinii,54

Aerobryopsis longissima, 121

Aformosia,54

Agaricus,12

Allamanda cathartica, 221

Allium,56

Alnus crispa, 35, 43, 48, 67–68, 70, 140, 152–153,

185, 238, 244, 251, 261, 281, 313, 317, 319,

325, 344

Alnus rubrum,74

Alnus rugosa, 43, 48, 185, 344

Alnus sinuata, 324

Alnus sitchensis, 262, 265

Aloe arborescens, 219

Alyssum bertolonii,22

Alyssum serpyllifolium, 181

Amanita,12

Amygdalus, 321

Anabasis,56

Annona glabra, 222

Anvillea garcinii, 53, 249

Arachnioides aristata,57

Araucaria,50

Arctostaphylos alpina, 51, 382

Arctostaphylos nummularia, 287

Artemisia herba-alba,53

Artemisia tridentata, 8, 35, 52, 139, 153–154

Asphodelus ﬁstulosus, 218

Astragalus, 40, 54, 56, 68, 163–164, 298, 309, 318,

419

Astragalus atropilosus,54

Astragalus bisulcatus, 163–164

Astronidium palauense,59

Atriplex, 52, 58, 303

Atriplex confertifolia,52

Baccharis, 4, 58, 234, 356–361

Baccharis incarum, 358–361

Baccharis leptophylla, 359

Ballota acetabulosa, 218

Banana braba,59

Bauhinia thonningii, 222

Berberis,55

Berkheya coddii, 280

Bertholletia excelsa, 236, 341

Betula glandulosa, 51, 98, 288

Betula papyrifera, 43, 84–85, 185, 238, 282, 313,

319, 344

Betula platyphylla, 117, 273

Betula verrucosa, 117–118

Biscutella laevigata, 242, 312

Blakella,57

Blechnum spicant, 261

Blechnum tabulare, 219

Blepharis,54

Boa macaca,59

Boletus,12

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Species in bold font are those from the Eden Project (ch. 9)