Professor Albert Page Declaration - Bureau of Sanitation

1234567891011121314CARMEN A. TRUT ANICH (SBN 86629)City AttorneyEDWARD M. JORDAN (SBN 180390)Assistant City AttorneyCITY OF LOS ANGELES1800 City Hall, 200 N. Main StreetLos Angeles, CA 90012-4110Telephone: (2l3) 978-8100Facsimile: (2l3) 978-8211Email: ted.jordan@lacity.orgGARY J. SMITH (SBN 14l393)ZACHARY M. NORRIS (SBN 268616)BEVERIDGE & DIAMOND, P.C.456 Montgomery Street, Suite 1800San Francisco, CA 94104-1251Telephone: (415) 262-4000Facsimile: (415) 262-4040Email: gsmith@bdlaw.comznorris@bdlaw.comAttorneys for Plaintiffs City of Los Angeles,Responsible Biosolids Management, Inc.,R&G Fanucchi, Inc., and Sierra Transport, Inc.JAMES B. SLAUGHTER (pro hac vice pending)BEVERIDGE & DIAMOND, P.C.l350 I Street, N.W., Suite 700Washington, DC 20005-3311Telephone: (202) 789-6000Facsimile: (202) 789-6190Email: jslaughter@bdlaw.com1516171819202122232425262728SUPERIOR COURT OF THE STATE OF CALIFORNIACITY OF LOS ANGELES; COUNTYSANITATION DISTRICT NO.2 OF LOSANGELES COUNTY; ORANGE COUNTYSANITATION DISTRICT; RESPONSIBLEBIOSOLIDS MANAGEMENT, INC.; R&GFANUCCHI, INC.; SHAEN MAGAN, BOTHINDIVIDUALL Y AND D/B/A HONEYBUCKET FARMS AND TULERANCH/MAGAN FARMS; WESTERNEXPRESS, INC.; CALIFORNIAASSOCIATION OF SANITATIONAGENCIES,vs.Plaintiffs,COUNTY OF KERN; KERN COUNTYBOARD OF SUPERVISORS,Defendants.FOR THE COUNTY OF TULARECase No. Civ. 242057DECLARATION OF ALBERT L. PAGE.,PH.D., SUPPORTING PLAINTIFFS'MOTION FOR PRELIMINARYINJUNCTIONHearing: June 9, 2011Dep't: 10Hearing Judge: Hon. Lloyd L. HicksAction filed: r 11Trial date: Not setDECLARATION OF PROFESSOR ALBERT L. PAGE, PH.D.

1 Declaration of Professor Albert L. Page, Ph.D.2 1. I, Albert L. Page, declare as follows: I am Professor Emeritus of Soil Science at the3 University of California ("UC") Riverside, and have spent much of my career on research and4 regulatory issues concerning the land application ofbiosolids.5 2. On September 8, 2006, at the request of attorneys for the City of Los Angeles, I6 submitted a declaration in federal district court to offer expert opinions regarding land application of7 biosolids at the City's Green Acres Farm in Kern County, California, and in particular whether any8 risk to the environment or public health would occur if the District Court allowed land application of9 biosolids to continue pending the final outcome of this case. I concluded that Green Acres Farm is10 land applying biosolids in accord with the limits on metals, pathogens and other contaminants11 established by EPA's Part 503 rules, California's General Order on land application, and the prior12 Kern County Ordinance, and that continued land application during the course of the federal case did13 not pose an appreciable threat to public health or the environment. The District Court granted the14 preliminary injunction against enforcement of Measure E.15 3. I have now been asked by attorneys for the City of Los Angeles to offer expert opinions16 regarding whether any risk to the environment or public health would occur if another injunction is17 entered to allow land application to continue at Green Acres Farm while this state court case18 proceeds. Based on my review of new literature in the field and data from the Farm, I reach the19 same conclusion that there is no appreciable threat to public health or the environment from20 continued land application.21 Experience and Qualifications22 4. I have been a member of the faculty at UC-Riverside for the last 50 years. I received a23 B.A. degree in Chemistry from UC-Riverside in 1956. I earned a Ph.D. in Soil Science from UC-24 Davis in 1960. After completing my Ph.D., I returned to UC-Riverside where I earned the rank of25 Assistant Professor (1960), Associate Professor (1966), Professor (1971) and Professor,26 Emeritus(1997). Among other positions, I served as Director of the Kearney Foundation of Soil27 Science (UC Division of Natural and Agricultural Sciences, 1975-1980), Director of the Program of282DECLARATION OF PROFESSOR ALBERT L. PAGE, PH.D.

1 Excellence in Energy Research (UC-Riverside, 1981-1988) and Chair of the Department of Soil and2 Environmental Science (1995-1997).3 5. I specialize in soil chemistry and biogeochemistry of trace elements in the soil4 environment, such as the metals that are regulated under EPA's Part 503 biosolids regulations.5 Throughout my career I have researched and taught regarding the environmental fate of trace6 elements when applied to soils in the form of wastes or organic soil amendments such as biosolids.7 My work has improved the understanding of the chemistry, mobility, and bioavailability of trace8 elements in soils.9 6. I am the lead or co-author of more than 200 publications and editor or co-editor of eight10 books on trace elements. In 2003, I co-authored a book entitled Assessing Bioavailability of Metals11 in Biosolids-Treated Soils, published by the Water Environment Research Foundation. In 2001-02, I12 co-authored a 94-page monograph for the World Health Organization entitled Developing Human13 Health-Related Chemical Guidelines for Reclaimed Water and Sewage Sludge. My first book on14 biosolids was published in 1974 by EPA, entitled Fate and Effects of Trace Elements in Sewage15 Sludge When Applied to Agricultural Land. I have served as associate editor of two journals that16 have published extensively on land application of biosolids, the Journal on Environmental Quality17 and the Soil Science Society of America Journal. Some of my honors and awards include:18 • Fellow, American Association for the Advancement of Science (1996)19 • Service on four committees of the National Research Council of the National Academy20 of Sciences21 • Distinguished Service Award, Soil Science Society of America (1998)22 • Distinguished Service Award, United States Department of Agriculture (1991)23 • Fellow, American Society of Agronomy (1976)24 • Fellow, Soil Science Society of America (1976)25 • Distinguished Service Award, University of California Riverside (2001)26 My curriculum vitae is attached as Exhibit 1 for a more complete record of my professional27 expenence.283DECLARATION OF PROFESSOR ALBERT L. PAGE, PH.D.

1 7. Public service devoted to improving the science and practice of the land application of2 biosolids has always played a prominent role in my career. I participated in the development of3 modem federal biosolids regulations in the 1980s and 1990s. I co-chaired a major peer review4 committee that evaluated the EPA Part 503 regulations and hence am well-versed in what these rules5 require and their scientific basis.6 8. In the mid-1990s, I led a major review of the safety ofland application ofbiosolids under7 the auspices of the National Academy of Sciences. I was chair ofa Committee of the National8 Research Council of the National Academy of Sciences Committee that reviewed the science and9 safety of land application in a I 78-page report entitled Use of Reclaimed Water and Sewage Sludge10 in Food Crop Production (1996).11 9. I have visited and am familiar with wastewater treatment plants that generate biosolids,12 including plants like those of the City of Los Angeles that generate Class A biosolids through13 thermophilic digestion. I am familiar with pretreatment programs used in American cities, including14 the City of Los Angeles, to reduce the metals and other contaminants in influents that are treated by15 the plants. I have visited and studied numerous farms where biosolids are used as soil amendments16 to aid crop production, improve soil quality and recycle the nutrients in biosolids. I am familiar with17 the typical land application and farming practices (which are used at Green Acres Farm and18 described in the documents that I have reviewed), including the spreading and incorporation of19 biosolids into the soil, calculation of the agronomic rate for determining the amount of biosolids to20 land apply, flood irrigation using wastewater effluent, and the planting and harvesting of forage21 crops.22 Evidence Relied On For This Declaration23 10. I have reviewed and relied upon numerous documents concerning the generation of24 biosolids by the City of Los Angeles and their recycling at Green Acres Farm, including documents25 and data generated since 2006, which are listed in Exhibit 2. In preparing my 2006 declaration, I26 also interviewed Steve Stockton, Vice-President of Responsible Biosolids Management, Inc. (RBM),27 who oversees data monitoring and reporting at Green Acres and participates in the supervision of284DECLARATION OF PROFESSOR ALBERT L. PAGE, PH.D.

1 biosolids operations. In preparation for this declaration, I interviewed Steve Stockton again on2 January 11,2011. Documents and data I have reviewed included summary and cumulative reports3 from the last several years ofland application ofbiosolids at Green Acres, as well as field-by-field4 reports specifying the quantity of applied biosolids, calculation of agronomic rates, and metals5 loading data. In addition, I have reviewed data on organic and inorganic chemicals, pathogens, and6 rare elements (California Title 22 compounds and pesticides) monitored for in the Los Angeles7 biosolids. Green Acres Farm has an unusually robust amount of data concerning its biosolids and8 operations, which helps support my continuing opinion that the land application operations there are9 professionally conducted, are in compliance with regulatory requirements, and present negligible10 risk to public health and the environment.11 EPA's Part 503 Regulations12 11. Systematic land application of sewage sludge for agricultural purposes has a ISO-year13 history and is practiced worldwide. Use of biosolids as a fertilizer and soil amendment is a modest14 component of modern agriculture but does benefit many farms. More importantly, land application15 ofbiosolids serves a critical role in the infrastructure of wastewater treatment in the United States.16 Beginning in the late 1980s, EPA began a formal risk assessment of land application and other17 biosolids management practices and began a rulemaking process to regulate biosolids at the federal18 level. As part of this risk assessment, EPA reviewed data on the presence in sewage sludge of trace19 amounts of various constituents and elements and then applied toxicological screening criteria to20 identify those chemicals that warranted regulation. Certain chemicals were targeted for a formal risk21 assessment, which examined the quantities of the chemicals in biosolids, their toxicity, routes of22 potential exposure to humans and the environment, and many other factors. The risk assessment23 used conservative assumptions to develop highly protective limits. The risk assessment eventually24 determined that limits were advisable for eight trace elements (arsenic, cadmium, copper, lead,25 mercury, nickel, selenium, and zinc), primarily to protect against toxic effects to plants and entry26 into the food chain. See EPA, A Guide to the Biosolids Risk Assessments for the Part 503 Rule27 (1995). For pathogens (bacteria and viruses that can cause disease), EPA decided to mandate certain285DECLARATION OF PROFESSOR ALBERT L. PAGE, PH.D.

1 technical controls and management practices at land application sites to greatly reduce or eliminate2 the amount of pathogens in biosolids and limit human and animal exposure to them. As noted3 above, I helped lead the formal peer review by non-EPA scientists of the Part 503 Rule that endorsed4 EPA's process for assessing risks from chemicals and pathogens.5 12. The resulting Part 503 regulations, promulgated in 1993, set baseline management6 practices and provide specific numerical limits for selected chemical pollutants and indicator7 organisms for pathogens (controlling for the amount of indicator organisms also controls for8 pathogens). States like California have built on the Part 503 program to develop further controls,9 such as California's detailed General Order that requires Regional Water Board approval of land10 application sites and specifies a minimum depth to groundwater under a site, among many other11 regulations. To qualify for land application, biosolids must be certified as either Class A (pathogens12 are reduced to minuscule levels and are safe for any land application) or Class B (pathogens are13 reduced by over 99% and management controls such as limiting human contact with sites minimizes14 risks). For the eight metals regulated under Part 503, biosolids that are land applied must not exceed15 set quantities (set at the mg/kg level) and the fields where biosolids are land applied must be16 monitored to ensure that the cumulative amounts of trace metals from repeated applications remain17 below levels considered to be safe. Biosolids that have a content of trace metals below a certain18 threshold qualify as Exceptional Quality ("EQ") biosolids and can be bagged and used by19 homeowners and others for gardening and landscaping. Based on the Part 503 risk assessment and20 many studies done subsequent to then, Class A EQ biosolids are considered a safe organic material.21 13. My review of the data and reports provided to me confirms that the City of Los Angeles22 continues to generate and land apply at Green Acres Farm biosolids that qualify as Class A, EQ23 biosolids. In Los Angeles, like many other cities, the amount of trace metals in biosolids has24 declined markedly since the 1980s because of the success of municipal pretreatment programs in25 reducing the contributions to sewers of metals and other contaminants from industrial dischargers.26 Scientific Work on Biosolids Subsequent to Part 50327 14. The Part 503 Rule provided a strong scientific and regulatory foundation for land286DECLARATION OF PROFESSOR ALBERT L. PAGE, PH.D.

1 application of biosolids and the practice expanded in the early and mid-l 990s. Many communities2 adopted land application as an alternative to land filling sewage sludge and other practices that do3 not recycle the nutrients in biosolids. The growth of recycling sewage sludge as a fertilizer and soil4 amendment raised the visibility of the practice with the public, and EPA asked the National5 Academy of Sciences to conduct an independent study of the safety and practicality of biosolids use6 for human food crop production. I was selected to help lead this effort, as Chairman of the7 Committee on the Use of Treated Municipal Wastewater Effluents and Sludge in the Production of8 Crops for Human Consumption, which produced the report Use of Reclaimed Water and Sludge in9 Food Crop Production (1996).10 15. Our Committee reviewed the scientific literature and federal and state regulations on11 beneficial reuse of both wastewater effluent and biosolids for agricultural purposes, and prepared12 analyses and recommendations regarding land application. The Committee, including myself,13 conducted on-site field visits and conducted interviews with researchers, citizens, farmers, city and14 state planners, and others over a 17-month period, and solicited wide input into meetings during the15 development of the report. We concluded that land application ofbiosolids and use of reclaimed16 water (sewage treatment plant effluent), when done pursuant to Part 503 requirements, presented a17 negligible risk to humans and the environment while providing many benefits. We also noted that18 "there have been no reported outbreaks of infectious disease associated with a population's19 exposure-either directly or through food consumption pathways-to adequately treated and20 properly distributed reclaimed water or sludge applied to agricultural land." This observation21 remains accurate. In the case of Green Acres Farm, the crops grown there -- corn silage, alfalfa,22 milo, Sudan grass, and wheat -- are grown solely for feed use, primarily the cows in the many dairy23 farms in the lower San Joaquin Valley. This removes humans from direct contact with any potential24 contaminants that may be in the crops grown on biosolids amended fields and increases the margin25 of safety.26 16. Since we published our report in 1996, significant work has occurred that has27 strengthened the foundation for land application of biosolids and our understanding of the issues. In287DECLARATION OF PROFESSOR ALBERT L. PAGE, PH.D.

1 2002, another committee of the National Research Council of the National Academy of Sciences2 reviewed the scientific methodology supporting Part 503 and other issues regarding land application.3 Its report, Biosolids Applied to Land: Advancing Standards and Practices, identified a number of4 areas where the science of risk assessment had advanced since the late 1980s when the bulk of the5 work on Part 503 was conducted. Biosolids Applied to Land recommended additional research to6 strengthen the basis for Part 503' s conclusions regarding the safety of land application. It did not7 identify any problems with or recommend changes in current land application regulations and8 practices.9 17. In 2004, the State of California finalized a comprehensive Environmental Impact Review10 (EIR) ofbiosolids land application practices. California State Water Resources Control Board, 200411 Final Statewide Environmental Impact Report for Biosolids Land Application. This EIR thoroughly12 examined concerns regarding land application, including trace metals, pathogens, and potential13 impacts to groundwater from biosolids. It concluded that the protections of Part 503, coupled with14 the state-specific controls under California's General Order, provided a sufficient margin of safety15 for both Class A and Class B biosolids. Recently conducted studies are consistent with this16 conclusion. See Pepper, LL., H. Zerzghi, J.P. Brooks, C.P. Gerba (2008) Sustainability of Land17 Application of Class B Biosolids. J Environ. Qual. 37:58-67.18 18. My review of the specific data regarding the biosolids generated by the City of Los19 Angeles and land applied at Green Acres Farm indicates that the operations are in compliance with20 regulatory requirements. In particular, the trace metals in the EQ biosolids are well below Part 50321 limits, and the soils at Green Acres Farm are many years away from approaching the cumulative22 limits on metal loading. The principles underpinning the safety of these limits -- trace metals will23 bind to soil particles and become relatively immobile, not endangering plants or groundwater -- hold24 true for Green Acres Farm. In regard to other chemicals and elements not regulated by Part 503, the25 monitoring the City of Los Angeles does for numerous other trace contaminants under California's26 Title 22 provisions and Kern County requirements is instructive. As with the regulated metals, these27 contaminants are either undetected in the biosolids or appear in low numbers consistent with a288DECLARATION OF PROFESSOR ALBERT L. PAGE, PH.D.

1 successful pretreatment program. Numerous processes in wastewater treatment and in the soil2 environment act to eliminate or mitigate the potential harms of other chemicals that may exist in3 minute quantities in biosolids.4 19. In summary, the conclusion that my Committee reached nearly fourteen years ago for the5 National Academy of Sciences remains just as true today: application of biosolids to farmland,6 "when practiced in accordance with existing federal guidelines and regulations, presents negligible7 risk to the consumer, to crop production, and to the environment. Current technology to remove8 pollutants from wastewater, coupled with existing regulations and guidelines governing the use of9 reclaimed wastewater and sludge in crop production, are adequate to protect human health and the10 environment." The data and reports I have reviewed for Green Acres Farm demonstrate a history of11 safe and successful land application of biosolids. If the Court issues a preliminary injunction, the12 continued application at the Farm of Class A EQ biosolids from the City of Los Angeles presents no13 discernable threat from metals loading, organic or inorganic chemicals.1415 I declare under penalty of perjury under the laws of the State of California that the foregoing is true16 and correct.1718 Executed on this .;l 0 day of E{,pj€:./ I ,2011, in Riverside, California.19202122ALBERT L. PAGE, Ph.D.2324252627289DECLARATION OF PROFESSOR ALBERT L. PAGE, PH.D.

EXHIBIT 1

Exhibit 1April 20, 2011ALBERT L. PAGECurriculum VitaeBirth date and place:March 19, 1927; New Lenox, IllinoisMartial status:Married; 2 childrenEducation: B.A. - Chemistry - University of California, Riverside, 1956Ph.D. - Soil Science - University of California, Davis, 1960Military Service: U.S. Navy - 1945-49; 1951-52Employment:1998-present1995-19981975-19981981-19881975-19801971-19751966-19711960-19661956-19601952-1956Professor of Soil Science, Emeritus. Department of Soil & Environmental Science,University of CaliforniaChairman, Department of Soil and Environmental Sciences, University of California,RiversideProfessor of Soil Science and Chemist, Department of Soil and EnvironmentalSciences, University of California, RiversideDirector, Program of Excellence in Energy Research, Department of Soil andEnvironmental Sciences, University of California, RiversideDirector, Kearney Foundation of Soil Science, University of California, Division ofAgricultural SciencesProfessor of Soil Science and Head, Division of Soil Science, Department of Soils andEnvironmental Sciences, University of California, RiversideAssociate Professor of Soil Science, University of California, RiversideAssistant Professor of Soil Science, University of California, RiversideResearch Assistant, University of California, DavisLaboratory Technician, University of California, Riverside

Albert L. PageCurriculum Vitae, Page 2Courses Taught:Introduction to Soil Science - 5 units; Soil Chemistry - 5 units; Soil Physical Chemistry - 4 units; DirectedResearch for Thesis and Dissertation, Graduate Seminar in Soil Chemistry - 2 units; Soil Morphology andClassification - 4 units; Saline and Alkali Soils - 3 unitsUniversity Service Activities:(1) Statewide committees:(a) Liaison Committee on Natural Resources(b) Undergraduate Scholarships and Honors(c) Council on Energy and Resources, 1975-1981(d) California Space Institute, 1977-1980(e) Co-Chair, University of California Committee of Consultants for Potential Use ofEvaporation Pond Sediments as Soil Amendments for Agricultural Land, 1989-1992(2) Administrative committees:(a) Vice Chairman - Public Ceremonies Committee, 1967-68(b) Chairman - Public Ceremonies Committee, 1968-69, 1969-70(c) Library Information Retrieval Committee(d) Fulbright Fellowship Program Advisor(e) Registration Fee Allocation Committee(f) Advisory Committee on Research Administration(3) College committees(a) Chairman - Honors Committee(4) Academic Senate committees(a) Chairman - Student Affairs Committee(b) Chairman - Undergraduate Scholarships and Honors, 1969-70, 1970-71(c) Chairman - Programmatic Review, Department of Chemistry(d) Academic Planning Committee, 1974-76(e) Committee on Distinguished Teaching, 1977-1982(f) Chairman - Charges Committee, 1982-1984(g) Member - Committee on Academic Personnel, 1989-1992; Chair - 1993(h) Member - University-wide Committee on Academic Personnel, 1993(i) Member - Committee on Academic Personnel, 1998Professional Activities:(1) Chairman, American Society of Agronomy and Soil Science Society, Membership Committee,1963-1966(2) Vice Chairman, Division S-2, Soil Chemistry, Soil Science Society of America, 1968-69(3) Chairman, Division of S-2, Soil Chemistry, Soil Science Society of America, 1969-70(4) Associate Editor, Division S-2, Soil Chemistry, Soil Science Society of America, 1969-72 (3 yearterm)

Albert L. PageCurriculum Vitae, Page 3(5) Editorial Board, Soil Science Society of America, 1969-1972(6) Information Retrieval Committee, American Society of Agronomy, 1968-74(7) Agronomic Education Committee, 1964-1968(8) Invitational Reviewer for the following journals:(a) Soil Science Society of America Proceedings(b) Soil Science(c) Science(d) Environmental Science and Technology(e) Journal of Environmental Quality(f) Archives of Environmental Contamination and Toxicology(g) Hilgardia(h) Journal of Agricultural Food Chemistry(9) Treasurer, UCR Chapter of Sigma Xi, 1969-71(10) Chairman, Western Soil and Water Research Committee, Work Group on Soil Fertility andDiagnostic Techniques, 1968(11) Soil Pollution Committee, Soil Science Society of America, 1969-77(12) Editorial Board, Journal of Environmental Quality, 1974-1978(13) Editorial Board, Science of the Total Environment, 1979-1983(14) Associate Editor, Journal of Environmental Quality, 1974-1978(15) SSAP - Committee on American Registry of Certified Professionals in Agronomy, Crops and Soils,1975-1979(16) Associate Editor, Advances in Environmental Science, Springer-Verlag, N.Y., 1987-1993(17) President, Society for Geochemistry and Health, 1983-1984(18) Associate Editor, Environmental Reviews, Natural Research Council Canada,1992-present(19) Division S-2 (Soil Chemistry Representative to Soil Science Society of America, Board of Directors,1992-1995Awards:(1) John Simon Guggenheim Memorial Foundation Fellowship, 1966-67(2) Fulbright Fellowship, 1966-67(3) Blue Ribbon Paper Award - Soil Science Society of America, National Meetings, November 1960(4) Distinguished Teaching Award, University of California, Riverside, 1976

Albert L. PageCurriculum Vitae, Page 4(5) Biographies:(a) Who's Who in the West(b) Dictionary of International Biography, IntI. Biographical Center, Cambridge, England(c) Who's Who in Technology Today(d) Who's Who in California Business and Finance(e) Who's Who in Education(f) Who's Who in Agriculture(g) Who's Who in America(6) Fellow - American Society of Agronomy, 1976(7) Fellow - Soil Science Society of America, 1976(8) Fellow - American Association for the Advancement of Science, 1996(9) Environmental Quality Research Award, American Society of Agronomy, 1985(10) Invited Chair, National University of Taiwan, Taipei, Republic of China, 1990(11) Distinguished Service Award in Environmental and Natural Resources Protection, U.S. Departmentof Agriculture, 1991(12) Environment Award - Association of Metropolitan Sewerage Agencies, 1992(13) Alumni University Service Award, 1994(14) Distinguished Service Award, Soil Science Society of America, 1998(15) Honorary Member, International Society of Trace Elements Biogeochemistry, 2002

Albert L. PageCurriculum Vitae, Page 5National Academy of Sciences, U.S. Environmental Protection Agency,and Other National and International Special Appointments:National Academy of Sciences(1) Co-Chairman, Panel on Trace Element Geochemistry of Coal Resource Development Related toHealth and Disease, 1976-1980.(2) Committee Member, Division of Earth Sciences, Committee on Environmental Health andGeochem istry, 1975-1981.(3) Co-Chairman, Division of Earth Sciences, Subcommittee on the Geochemical Environment inRelation to Health and Disease, 1978-1981.(4) Invited Workshop Participant, Workshop on Waste Disposal Options, Napa, California, January16-21, 1983.(5) Member, Committee on Irrigation Induced Water Quality Problems, Water Science and TechnologyBoard, National Research Council, Washington, D.C., 1988-1996.(6) Chair, Committee on the Use of Treated Municipal Wastewater Effluents and Sludge in theProduction of Crops for Human Consumption, Water Science & Technology Board, NationalResearch Council, Washington, DC, 1992-1997.U.S. Environmental Protection Agency:(1) National Environmental Research Center, Las Vegas, Nevada. Three-day assignment toadvise on research methodology to study reactions of transuranium elements with soils.(2) Wastewater Research Division, National Environmental Research Center, Cincinnati, Ohio.Served as scientific advisor on three Public Law 480 projects in Warsaw (2) and Wroclaw(1), Poland, for seven days during March 1975.(3) Office of Hazardous Wastes, Washington, D.C. Participated by invitation in a two-dayworkshop on leachate attenuation in soils.(4) Consultant, Ultimate Disposal Section Project, "Environmental assessment of municipalwastewater treatment sludge utilization practices," 1975.(5) Review Panel: "State of the art evaluation of health effects associated with wastewatertreatment and disposal systems," 1976.(6) Guest Lecturer and Course Evaluator, U.S. Army Corps of Engineers Audio-TutorialCourse, "Land Application of Wastewater," Cornell University, August 18-21,1977.(7) Office of Solid Waste, Participant in Workshop on Guidelines for the Landspreading ofSewage Sludge, Denver, Colorado, March 6-7,1978.(8) Member, CSRS Review Panel, Criteria for the Land Application of Solid Waste, St. Louis,Missouri, March 27, 1978.

Albert L. PageCurriculum Vitae, Page 6(9) Guest Lecturer and Instructor, Region IX, Audio-Tutorial Course on Land Application ofWastewater, San Francisco, California, September 18-20, 1978.(10) Workshop Planning Committee, Session Moderator, Vice-Chairperson, Workshop on the"Utilization of Municipal Wastewater and Sludge on Land." Sponsored by U.S.Environmental Protection Agency, National Science Foundation, U.S. Army Corps ofEngineers, Denver, Colorado, February 23-25, 1983.(11) Member, Planning and Operation Committee, U.S. Department of Agriculture, Food andDrug Administration, sponsored by National Survey on Trace Element Concentrations ofMajor Food Crops in the U.S.A., 1980-1986.(12) Consultant, Science Advisory Board, U.S. Environmental Protection Agency, 1985-1993.(13) Co-Chair, Cooperative State Research Service Committee, Peer Review of Standards forthe Disposal of Sewage Sludge, U.S. Environmental Protection Agency Proposed Rule40CFR-Parts 251 and 503, 1989.(14) Member, State Advisory Committee, Northeast Hazardous Substances Center, New JerseyInstitute of Technology, Newark, NJ, 1989-2000.

Albert L. PageCurriculum Vitae, Page 7National:(1) Co-Director, National Science Foundation Summer Science Training Program for high-abilitysecondary school students, 1963-64, 1964-65, 1967-68, 1968-69(2) California Department of Public Health. Invited participant in workshop to review guidelines forthe Application of Sewage Sludge to Agricultural Land," December 21, 1976.(3) USDA-FDA-EPA Workgroup on Waste Utilization and Disposal on Land, September 29, 1977,Washington, D.C.(4) Organizing Committee, Program Committee, International Conference on Land Application ofWastewater, Hanover, New Hampshire, August 20-25, 1978.(5) Workshop Participant, Response of Agricultural Soils to Acid Deposition, Battelle Laboratories,Columbus, Ohio, sponsored by Electric Power Research Institute, Palo Alto, California,May 12-13, 1981.(6) Invited Participant, Planning Workshop on Solute Migration from Utility Solid Wastes,Nashville, Tennessee. Sponsored by the Electric Power Research Institute, Palo Alto,California, November 9-12, 1981.(7) Invited Moderator, Workshop on Beneficial Uses of Fly Ash from Coal-Fired Power Plants inAgriculture, Ecology and Ecosystem Analysis Section, Battelle Laboratories, Columbus,Ohio, December 10,1981.(8) Chair, Special Symposium on Acidic Deposition, Annual Meeting, American Society ofAgronomy, Anaheim, California, November 30,1982.(9) Member, Council for Agricultural Science and Technology Task Force (CAST) on Cadmiumand Zinc, Ames, Iowa, 1979-1980.(10) Member, Council for Agricultural Science and Technology Task Force (CAST) on AcidicDeposition, Ames, Iowa, 1980-1984.(11) Member, Council for Agricultural Science and Technology Task Force on GroundwaterQuality, 1989-1993.International Special Appointments:(1) International Conference on Heavy Metals in the Environment, Toronto, Canada, October27-31, 1975; Organizing Committee, Chairman; Program Committee(2) Humid Tropics Program, National Academy of Sciences, Brazil, S.A. During August 1974, Iwas on an assignment in Brazil sponsored by N.A.S. Brazil and dealing with chemicalproperties of soils from the humid tropics.(3) Participant, Seminario Internacional Nutrients y Metales Pesados en Suelos y CosechasTratadas con Aquas Servidas Y/O Sus Residuos, Santiago, Chile, September 6-9, 1977.

Albert L. PageCurriculum Vitae, Page 8(4) Invited Panel Member, U.S.-Mexico Conference on Wastewater Utilization. Sponsored byNational Science Foundation, Mexico City, Mexico, 1981.(5) International Conference on Heavy Metals in the Environment, Amsterdam, September 15-18,1981; Organizing Committee, Technical Committee.(6) Invited Participant, Royal Society Workgroup, Geochemistry and Health, London, January 25,1981.(7) Workshop Moderator, "Changing Biochemical Cycles of Metals and Human Health," TheDahlem Conference, Berlin, Fed. Rep. of Germany, March 18-25, 1983.(8) Member, Scientific Committee on Problems of the Environment (SCOPE), Workshop onCycling of Lead, Mercury, Cadmium, and Arsenic in the Environment. Institute ofEnvironmental Studies, Univ. of Toronto, Toronto, Canada. September, 1984.(9) Chair, Soil Science Society of America, Workshop on the Utilization, Treatment, and Disposalof Waste of Land. Chicago,lL. December, 1985.(10) Technical Committee, International Symposium on Environmental Pollution and Toxicology,Hong Kong, September 9-11, 1986.(11) Invited Professor and Advisor, Ministry of Agriculture, Animal Husbandry and Fisheries,Peoples' Republic of China. Presented a series of lectures and served as a technicaladvisor at the following institutions:(a) Beijing Agricultural University, Beijing, China, June 30 - July 5, 1987.(b) Inst. of Agro-Environmental Protection and Monitoring, Tiajin, China, Jul. 5-9, 1987.(c) Beijing Normal University, Beijing, China, July 9-11, 1987.(d) Northwest Agricultural University, Yangling, Shaanxi, China, July 11-14, 1987.(e) Shanghai Academy of Agricultural Sciences, Shanghai, China, July 15-17,1987.(12) Technical Committee, Program Committee, 6th International Conference on Heavy Metals inthe Environment, New Orleans, Louisiana, September, 1987.(13) Invited Speaker and Panel Member, International Symposium on Chemicals in theEnvironment, Rome, Italy, October 1987.(14) Invited Speaker and Panel Member, Second International Symposium on Land Application ofSewage Sludge, Tokyo, Japan, January 26-27, 1988(15) Invited Seminar Speaker, Tokyo University, Tokyo, Japan, January 1988.(16) Invited Speaker, Symposium on Lead in the Environment, Third North American ChemicalCongress, American Chemical Society, Toronto, Canada, June 1988.(17) Technical Committee, Program Committee, International Symposium on Environmental LifeElements and Health, Chinese Academy of Sciences, Beijing, Peoples' Republic of China,November 1-5, 1988.(18) Invited Participant, University of Chile-National Science Foundation, Trace ElementsWorkshop, Santiago, Chile. Sept. 27-29,1988.

Albert L. PageCurriculum Vitae, Page 9(19) Invited Seminar Speaker, Institute of Environmental Studies, University of Toronto, Toronto,Canada, Oct. 13, 1988.(20) External Reviewer, Institute of Environmental Studies, University of Toronto, Toronto, Canada,Oct. 14, 1988.(21) Member, Program Committee, International Symposium on Environmental Life Elements andHealth, Beijing, People's Republic of China, November 1-5, 1988.(22) Co-Director, International Conference on Metals in Soils, Waters, Plants, and Animals,Orlando, FL, 1990.(23) Convener, 14th International Congress of Soil Science Symposium IV-5, Kyoto, Japan, August1990.(24) Co-Chair, Organizing Committee, Second International Conference on the Biogeochemistry ofTrace Elements, Taipei, Taiwan, Sept. 5-10, 1993.(25) Member, Organizing Committee, International Soil Science Society Workshop, Impact ofInteractions of Organic, Inorganic and Microbial Soil Components on EnvironmentalQuality, Edmonton, Canada, Aug. 11-15, 1992.(26) Invited Professor, Agricultural University of Norway, Sept. 16-23, 1992.(27) Invited Participant, Workshop on Heavy Metal Pollution in Eastern and Central Europe:An Assessment of Current Problems and Solutions, Prague, Czechoslovakia,Oct. 11-16, 1992.(28) Member, Organizing Committee, 4th International Conference on the Biogeochemistry of TraceElements, University of California, Berkeley, CA. Jan 23-26, 1997.(29) Invited Chair, Program Committee, International Conference on Heavy Metals in theEnvironment, Ann Arbor, MI, August 6-9,2002.(30) Session Chair, International Committee, International Conference on the Biogeochemistry ofTrace Elements. 29 July - 2 August, 2001.(31) External Examiner, Ph.D. Student. College of Graduate Studies and Research, University ofSaskatchewan, Saskatoon, CA, August 24, 2001.(32) Plenary Lecture, International Symposium, Soil Mineral Organic Matter Microbial Interactions,Naples, Italy. May 22, 2002.(33) Honorary Chair and Advisory Board, International Workshop on Monitoring and Modeling Non-Point Source Pollution of Agricultural Lands, July 7-11, 2002. Nanjing, China.

Albert L. PageCurriculum Vitae, Page 10Membership in Professional Societies:(1) American Society of Agronomy(2) Soil Science Society of America(3) Western Soil Science Society(4) International Soil Science Society(5) American Associate for the Advancement of Science(6) Sigma Xi(7) Society for Environmental Geochemistry and HealthHonorary Societies:Phi Kappa PhiCurrent Research Emphasis:Fate of trace elements when applied to soils in the form of environmental wastes

Albert L. PageCurriculum Vitae, Page 11LIST OF PUBLICATIONSAlbert L. PageBOOKS, MONOGRAPHS,BULLETINS1. Jacobs, H. S., and A. L Page, co-editors.1970. Graduate Instruction in Soil Science. ASA Special Publication Number 17. (NR)2. Page, A. L1974. Fate and Effects of Trace Elements in Sewage Sludge When Applied toAgricultural Lands. U. S. Environmental Protection Agency Special Publication EPA670/2-74-005. 96 pp.3. Hutchinson, T. C., S. Epstein, A. L. Page, J. Van Loon and T. Davey, co-editors.1977. Symposium Proceedings, First International Conference on Heavy Metals inthe Environment. Vol. 1. Plenary Addresses, Futures, Regulatory, and AnalyticalPapers. 371 pp. Held October 27-31, 1975, Toronto, Ontario, Canada.4. Hutchinson, T. C., S. Epstein, A. L. Page, J. Van Loon and T. Davey, co-editors.1977. Symposium Proceedings, First International Conference on Heavy Metals inthe Environment. Vol. 11. Pathways and Cycling Papers. 1045 pp. (Held October 27-31, 1975), Toronto, Ontario, Canada.5. Hutchinson, T. C., S. Epstein, A. L. Page, J. Van Loon and T. Davey, co-editors.1977. Symposium Proceedings, First International Conference on Heavy Metals inthe Environment. Vol. 111. Health Oriented Papers. 405 pp. (Held October 27-31,1975, Toronto, Ontario, Canada.)6. Page, A. L., ed.1983. Methods of Soil Analysis, Part II, Chemical and Microbiological Properties.Agronomy Monograph 9 (2nd edition). American Society of Agronomy, Madison,Wisconsin.7. Page, A L., T. L. Gleason, III, J. E. Smith, Jr., I. K. Iskandar and L. E. Sommers, coeditors.1984. Utilization of Municipal Wastewater and Sludge on Land. Proceedings. (Held inDenver, Colorado, February 23-25, 1983.

Albert L. PageCurriculum Vitae, Page 128. McFee, W. W., C. B. Ammerman, D. E. Baber, M. K Firestone, D. D. Harpstead,W. W. Heck, J. C. Noggle, S. A Norton, A L Page, D. J. Raynal, D. N. Riemer,R. Rodriguez-Kabana, R. C. Semonin, C. L Schofield, G. O. Schwab, J. M. Skelly,G. C. Taylor, and B. G. Volk.1984. Acid precipitation in relation to agriculture, forestry, and aquatic biology.Council for Agricultural Science and Technology (CAST), Report NO.1 00.9. McFee, W. W., C. B. Ammerman, D. E. Baber, M. K Firestone, D. D. Harpstead,W. W. Heck, J. C. Noggle, S. A Norton, A L. Page, D. J. Raynal, D. N. Riemer,R. Rodriguez-Kabana, R. C. Semonin, C. L. Schofield, G. O. Schwab, J. M. Skelly,G. C. Taylor, and B. G. Volk.1985. Acid rain. Council for Agricultural Science and Technology (CAST), SpecialPublication No. 14.10. Hidy, George M., James R. Young, Robert W. Brocksen, Dale W. Cole, MohamedM. EI-Amamy, and Albert L Page.1986. Acid deposition in the West: A scientific assessment. ERT Document No.P-D572-503. 170 pp.11. Page, A L., T. J. Logan, and J. A Ryan.1987. Land application of sludge. Lewis Publishers, Chelsea, MI. 168 pp.12. Lindberg, S. E., A L. Page, and S. A Norton (eds.).1990. Acidic precipitation: Sources, deposition and canopy interactions. Advances inEnvironmental Science, Volume 3. Springer-Verlag, NY.340 pp. Dec.13. Norton, S. A, S. E. Lindberg, and A L. Page (eds.).1990. Acidic precipitation: Soils, aquatic processes, and lake acidification. Advances inEnvironimental Science, Volume 4. Springer-Verlag, NY.280 pp. Dec.14. Norton, S.A, S. E. Lindberg, and A L. Page (eds.).1990. Acid Precipitation, Volume 4: Soils, Aquatic Processes, and Lake Acidification.Springer-Verlag, New York. 292 pp.15. Chang, A C., A L. Page, and T. Asano.1995. Developing human health-related chemical guidelines for reclaimed wastewaterand sewage sludge applications in agriculture. World Health Organization, Geneva,Switzerland. 114 pp.16. Page, A L. et al.1996. Use of reclaimed water and sludge in food crop production. Water Science andTechnology Board Report, National Research Council. National Academy Press,Washington, DC. 178 pp.17. Huang, P.M., J. Berthelin, J.M. Bollag, W.8. McGill and AL. Page. (eds.).1995. Environmental Impact of Soil Component Interactions. Volume I. C.R. C. LewisPublishers, Boca Raton, FL.

Albert L. PageCurriculum Vitae, Page 1318. Huang, P.M., J. Berthelin, J.M. Bollag, W.B. McGill and AL. Page. (eds.).1995. Environmental Impact of Soil Component Interactions. Volume II. C.R. C. LewisPublishers, Boca Raton, FL.TECHNICALJOURNAL ARTICLES1. Bingham, F. T, H. D. Chapman, and A L. Pugh1954. Solution-culture studies of nitrate toxicity to plants. Soil Sci. Soc. Am. Proc.18(3):305-308.2. Pugh, A L., J. A Vomocib and T R. Nielson.1960. Modification of some physical characteristics of soils with VAMA, ferricsulfate, and triphenylsulfonium chloride. Agron. J. 52:399-402.3. Whittig, L. D., and A L Page.1961. Iron adsorption by montmorillonite systems: I. Preliminary studies. Soil Sci.Soc. Am. Proc. 25(4):278-281.4. Page, A L, and L D. Whittig.1961. Iron adsorption by montmorillonite systems: II. Determination of adsorbediron. Soil Sci. Soc. Am. Proc. 25(4):282-286.5. Page, A L, and F. T Bingham.1962. Determination of AI(III) in plant materials and soil extracts. Soil Sci. Soc.Am. Proc. 26(4):351-355.6. Martin, J. P., and A L Page.1962. Influence of soil base saturation (pH) on growth and chemical compositionof citrus seedlings. S. African Citrus J. 344:9, 11, 13, 15, 17-18.7. Martin, J. P., R. C. Baines, and A L. Page.1963. Observations on the occasional temporary growth inhibition of citrus seedlingsfollowing heat or fumigation treatment of soil. Soil Sci. 95(3): 175-185.8. Page, A L., F. T Bingham, T J. Ganje, and M. J. Garber.1963. Availability and fixation of added potassium in two California soils whencropped to cotton. Soil Sci. Soc. Am. Proc.27(3):323-326. Also in: Potash Review,November 1963, Subject 12, p. 1-18. Monthly Communication by the InternationalInstitute, Berne, Switzerland.9. Page, A L, J. P. Martin, and T J. Ganje.1963. Foliar absorption and translocation of potassium by citrus. Proc. Am. Soc.Hort. Sci. 82:165-171.10. Page, A L, and T J. Ganje.1964. The effect of pH on potassium fixed by irreversible adsorption process. SoilSci. Soc. Am. Proc. 28(2): 199-202.

Albert L. PageCurriculum Vitae, Page 1411. Bingham, F. T, A. L Page, and J. R. Sims.1964. Retention of Cu and Zn by H-montmorillonite. Soil Sci. Soc. Am. Proc.28(3):351-354.12. Page, A L., J. R. Sims, and F. T Bingham.1964. The use of liquid scintillation for the assay of carbon-14 in clay and soilsuspensions. Soil Sci. Soc. Am. Proc. 28(3):359-363.13. Page, A. L, and J. P. Martin.1964. Growth and chemical composition of citrus seedlings as influenced by Naadditions to soils low in exchangeable K. Soil Sci. 98(4):270-273.14. Bingham, F. T, A. L Page, and G. R. Bradford.1964. Tolerance of plants to lithium. Soil Sci. 98(1):4-8.15. Martin, J. P., and A. L Page.1965. Influence of high and low exchangeable Mg and Ca percentages at differentdegrees of base saturation on growth and chemical composition of citrus plants. PlantSoil 22(1):65-79.16. Bolt, G. H., and A L Page.1965. Ion exchange equations based on Double Layer Theory. Soil Sci. 99(6):357-361.17. Page, A. L., F. F. Peterson, and J. P. Martin.1965. Acidic properties of soils and influence by their mineralogical characteristics.Soil Sci. Soc. Am. Proc.29(3):246-250.18. Bingham, F. T, J. R. Sims, and A. L. Page.1965. Retention of acetate by montmorillonite. Soil Sci. Soc. Am. Proc.29(6):670-672.19. McLean, G. W., P. F. Pratt, and A. L. Page.1966. Nickel-barium exchange selectivity coefficients for montmorillonite. Soil Sci.Soc. Am. Proc. 30(6):804-805.20. Ramulu, U. S. Sree, P. F. Pratt, and A. L. Page.1967. Phosphorus fixation by soils in relation to extractable iron oxides andmineralogical composition. Soil Sci. Soc. Am. Proc.31(2):193-196.21. Page, A. L., W. D. Burge, T J. Ganje, and M. J. Garber.1967. Potassium and ammonium fixation by vermiculitic soils. Soil Sci. Soc. Am.Proc.31:337-341.22. Embleton, T W., W. W. Jones, and A. L. Page.1967. Potassium and phosphorus effects on deficient 'Eureka' lemon trees and somesalinity problems. Proc. Am. Hort. Sci. 91:120-127.23. Laudelout, H., R. Van Bladel, G. H. Bolt, and A. L. Page.1968. Thermodynamics of heterovalent cation exchange reactions in amontmorillonite clay. Transactions of The Faraday Society 64(546):1477-1488.

Albert L. PageCurriculum Vitae, Page 1524. Rao, Talur S., A L. Page, and N. T. Coleman.1968. The influence of ionic strength and ion-pair formation between alkaline-earthmetals and sulfate on Na-divalent cation-exchange equilibria. Soil Sci. Soc.Am. Proc. 32(5):639-643.25. Martin, J. P., and A. L. Page.1969. Influence of exchangeable Ca and Mg and of percentage base saturation ongrowth of citrus plants. Soil Sci. 107(1):39-46.26. Page, A L, and T. J. Ganje.1970. Accumulation of lead in soils for regions of high and low motor vehicle trafficdensity. Environ. Sci. & Technol. 4:140-142.27. Ganje, T. J., and A L Page.1970. Downward movement of surface-applied potassium as related to source, soiltype, and water quality. Hilgardia 40(5):149-160.28. Bingham, F. T., and A. L. Page.1971. Specific character of boron adsorption by an amorphous soil. Soil Sci. Soc.Am. Proc. 35:892-893.29. Bingham, F. T., A L. Page, N. T. Coleman, and K. Flach.1971. Boron adsorption characteristics of selected amorphous soils from Mexico andHawaii. Soil Sci. Soc. Am. Proc. 35(4):546-550.30. Page, A, L., T. J. Ganje, and M. S. Joshi.1971. Lead quantities in plants, soil, and air near some major highways in southernCalifornia. Hilgardia 41 (I):1-31.31. Kinjo, T., P. F. Pratt, and A. L. Page.1971. Nitrate movement and distribution in Andepts. Soil Sci. Soc. Am. Proc.35(5):728-732.32. Page, A. L., F. T. Bingham, and C. Nelson.1972. Cadmium absorption and growth of various plants as influenced by solutioncadmium concentration. J. Environ. Qual. 1(3):288-291.33. Estrada, Jose, and Albert L. Page.1972. Caracteristicas mineralogicas de los suelos acidos de la selva del Peru: 1.Spodosol. Peruvian National Academy of Sciences.34. Estrada, Jose, and Albert L Page.1972. Caracteristicas mineralogicas de los suelos acidos de la selva del Peru: II.Ultisol. Peruvian National Academy of Sciences.35. Estrada, Jose, and Albert L Page.1972. Caracteristicas quimicas de un Spodosol un de un Ultisol de La SelvaPeruana. Peruvian National Academy of Sciences.

Albert L. PageCurriculum Vitae, Page 1636. Estrada, Jose, and Albert L Page.1972. Adsorcion de fosforo por dos suelos acidos de U Selva del Peru. PeruvianNational Academy of Sciences.37. McPhail, Malcolm, AL Page, and F. T. Bingham.1972. Adsorption interactions of monosilicic and boric acid on hydrous oxides ofiron and aluminum. Soil Sci. Soc. Am. Proc.36(3):510-514.38. Estrada, Jose, and A L. Page.1972. La capacidad de intercambro en suelos tropicales acidos y factors queafectan. IV Latin American Congress and II National Meeting of Soil Science,Maracay, Venezuela. November. (NR)39. Letey, J., and A. L. Page.1972. Problems in developing a curriculum in Environmental Sciences. J. Agron.Educ. 1:64-68.40. Page, A L., and J. Letey.1972. Designing courses to meet the needs of environmental concerns. J. Agron.Educ. 1:68-71.41. Meek, B. D., A. L. Page, and A L. Martin.1973. The oxidation of divalent manganese under conditions present in tile lines asrelated to temperature, solid surfaces, microorganisms, and solution chemicalcomposition. Soil Sci. Soc. Am. Proc. 37(4):542-548.42. Ganje, T. J., and A. L. Page.1974. Rapid acid dissolution of plant tissue for cadmium and zinc analysis by atomicabsorption spectrophotometry. Perkin Elmer Atomic Absorption Newsletter13(6):131134.43. Abudelgawad, Gilani, A. L. Page, and L. J. Lund.1974. Chemical and mineralogical properties of Kufra Sahara soils. Libyan J. Sci.3:1-6.44. Abudelgawad, Gilani, A. L. Page, and L. J. Lund.1975. Chemical weathering of glauconite. Soil Sci. Soc. Am. Proc. 39:567-571.45. Bingham, F. T., A. L. Page, R J. Mahler, and T. J. Ganje.1975. Growth and Cd accumulation of plants grown on a soil treated with acadmium-enriched sewage sludge. J. Environ. Qual. 4(2):207-211.46. Bradford, G. R, A L. Page, L. J. Lund, and W. Olmstead.1975. Trace element concentrations of sewage treatment plant effluents and sludges:Their interactions with soils and uptake by plants. J. Environ. Qual.4(1):123-127.47. Bingham, F. T., A. L. Page, R J. Mahler, and T. J. Ganje.1976. Yield and Cd accumulation of forage species in relation to Cd content ofsludge-amended soil. J. Environ. Qual. 5(1):57-60.

Albert L. PageCurriculum Vitae, Page 1748. Lund, L. J., A. L. Page, and C. O. Nelson.1976. Nitrogen and phosphorus levels in deep soil cores beneath sewage disposalponds. J. Environ. Qual. 5:26-30.49. Morais, F. lIton, and A L Page.1976. The effect of pH, salt concentration and nature of electrolytes on the chargecharacteristics of Brazilian tropical soils. Soil Sci. Soc. Am. Proc.40(4):521-527.50. Morais, F. lIton, and A. L Page.1976. Some chemical and mineralogical properties of cocoa soils in Brazil. Rev.T'heobroma (Brazfl) 6: 15-30. (NR)51. Lund, L J., A. L. Page, and C. O. Nelson.1976. Movement of heavy metals below sewage disposal ponds. J. Environ. Qual.5:330-334.52. Bingham, F. T, A L. Page, R. J. Mahler, and T J. Ganje.1976. Cadmium availability to rice in sludge-amended soil under "flood" and"nonflood" culture. Soil Sci. Soc. Am. J.40(5):715-719.53. Ingvalson, R. D., J. D. Rhoades, and A. L Page.1976. Correlation of alfalfa yield with various indices of salinity. Soil Sci.122: 145-153.54. Garcia-Miragaya, Juan and A. L. Page.1976. Influence of ionic strength and inorganic complex formation on the sorptionof trace amounts of Cd by montmorillonite. Soil Sci. Soc. Am. J. (40)5:658-663.55. Council for Agricultural Science and Technology.1976. Application of sewage sludge to cropland: Appraisal of potential hazards ofthe heavy metals to plants and animals. Office of Water Program Operations,U.S. Environmental Protection Agency, Washington, D.C. 20460.56. Chang, A. C., and A L. Page.1977. Trace elements in wastewater. In: California Agriculture: Water. Universityof California, Division of Agricultural Sciences. Reports of Progress inResearch, May 1977. Vol. 31, Number 5.57. Chang, A C., L. J. Lund, A L. Page, and J. E. Wameke.1977. Physical properties of fly-ash amended soils. J. Environ. Qual. 6(3):267-270.58. Garcia-Mfiragaya, Juan and A. L Page.1977. The influence of exchangeable cation on the sorption of trace amounts of Cdby montmoriflonite. Soil Sci. Soc. Am. J.41:718-721.59. Mahler, R. J., F. T Bingham, and A. L. Page.1978. Cadmium-enriched sewage sludge application to acid and calcareous soils: 1.Effect on yield and cadmium uptake by lettuce and chard. J. Environ. Qual. 7:274-281.

Albert L. PageCurriculum Vitae, Page 1860. Mitchell, G. A, F. T. Bingham, and A L. Page.1978. Yield and metal composition of lettuce and wheat grown on soils amendedwith sewage sludge enriched with Cd, Cu, Ni, and Zn. J. Environ. Qual. 7:165-171.61. Van Steenwyk, R. A, G. R. Ballmer, A L. Page, and H. T. Reynolds.1978. Marking pink bollworm with rubidium. Annals of the Entomological Societyof America. Vol. 71, No.1, pp. 81-84.62. Van Steenwyk, R. A, G. R. Ballmer, A, L. Page, T. J. Ganje and H. T. Reynolds.1978. Dispersal of rubidium-marked pink bollworm. Environ. Entomol. 7:608-613.63. Garcia-Miragaya, J. and A L. Page.1978. Sorption of trace quantities of cadmium by soils with different chemical andmineralogical composition. Water, Air Soil Pollut. 9(1978):289-299.64. Bosserman, P., D. T. Sawyer and A L. Page.1978. Differential pulse polarographic determination of molybdenum at parts-per-biflionlevels. Anal. Chem.50(9):1300-1303.65. Elseewi, A A, A L. Page, and F. T. Bingham.1978. Availability of sulfur in sewage sludge to plants: A comparative study. J.Environ. Qual. 7(2):213-217.66. Elseewi, A A, F. T. Bingham, and A L Page.1978. Availability of sulfur in fly ash to plants. J. Environ. Qual. 7(1):69-73.67. Holtzclaw, K M., D. A Keech, A L Page, G. Sposito, T. J. Ganje, and N. R. Ball. 1978.Trace metal distributions among the humic acid, the fulvic acid, andprecipitable fractions extracted with NAOH from sewage sludges. J. Environ.Qual. 7(1):124-127.68. Page, A L., A A Elseewi, and I. Straughan.1979. Physical and chemical properties of fly ash from coal-fired power plants withreference to environmental impacts. Residue Rev. 71 :83-120.69. Phung, H. T., L J. Lund, A L Page and G. R. Bradford.1979. Trace elements in fly ash and their release in water and treated soils. J.Environ. Qual. 8(2):171-175.70. Bingham, F. T., A L Page, G. A Mitchell and J. E. Strong.1979. Effects of liming on acid soil amended with sewage sludge enriched with Cd,Cu, Ni, and Zn on yield and Cd content of wheat grain. J. Environ. Qual.8(2):202-207.71. Elseewi, A A, A L Page, and F. T. Bingham.1979. Characteristics of salt and boron leaching from fly ash-amended soils. Agron.Abstracts p. 138.72. Hyde, H. C., A L Page, F. T. Bingham, and R. J. Mahler.1979. Effect of heavy metals in sludge on agricultural crops. J. Water Pollut.Control Fed. 51 (10):2475-2486.

Albert L. PageCurriculum Vitae, Page 1973. Phung, H. T., H. V. Larn, A L Page, and L. J. Lund.1979. The practice of leaching boron and soluble salts from fly-ash amended soils.Water, Air, Soil Pollut. 12:247-254.74. Mattigod, S. V., A S. Gibali, and A L. Page.1979. Effect of ionic strength and ion pair formation on the adsorption of nickel bykaolinite. Clays Clay Miner. 27(6):411-416.75. Mulla, D. J., A L. Page, and T. J. Ganje.1980. Cadmium accumulations and bio-availability in soils from long-termphosphorus fertilization. J. Environ. Qual. 9(3):408-412.76. Jarrell, W., A L Page, and A A Elseewi.1980. Molybdenum residues in the environment. Residue Rev. 74(1-43).77. Bingham, F. T., A L Page, and J. E. Strong.1980. Yield and Cd content of rice grain in relation to addition rate of Cd, Cu, Ni,and Zn with sewage sludge and lining. Soil Sci. 130(1):32-38.78. Elseewi, A A, I. R. Straughan, and A L Page.1980. Sequential cropping of fly ash-amended soils: Effects on soil chemicalproperties and yield and elemental composition of plants. Sci. Total Environ.15(1980):247 -259.79. Mahler, R. J., F. T. Bingham, G. Sposito, and A L. Page.1980. Cadmium-enriched sewage sludge application to acid and calcareous soils:relation between treatment, Cd in saturation extracts and Cd treatment. J.Environ. Qual. 9(3):359-364.80. Elseewi,A A, A L. Page and S. R. Grimm.1980. Chemical characterization of fly ash aqueous systems. J. Environ. Qual.9(3)424-428.81. Adriano, D. C., A A Elseewi, A L. Page, A. C. Chang, and I. R. Straughan.1980. Utilization and disposal of fly ash and other coal residues in terrestrialecosystem: A review. J. Environ. Qual. 9(3):333-344.82. Chang, A C., A. L. Page, and F. T. Bingham.1981. Re-utilization of municipal wastewater sludges-metals and nitrate. J. WaterPollut. Control Fed. 53(2):237-244.83. Elseewi, A. A., S. R. Grimm, A. L. Page, and I. R. Straughan.1981. Boron enrichment of soils and plants treated with coal ash. J. Plant Nutri.3(1-4):409-427.84. Elseewi, A. A, A L. Page, I. R. Kaplan, R. W. Hurst and T. E. Davis.1981. Fly ash-derived strontium as an index to monitor deposition from coal-firedpower plants. Science 212: 1267-1269.

Albert L. PageCurriculum Vitae, Page 2085. Lund, L. J., E E Betty, A L Page and R A Elliott.1981. Occurrence of naturally high cadmium levels in soil and its accumulation byvegetation. J. Environ. Qual. 10(4)551-556.86. Lund, L J., A L Page, C. O. Nelson and R Elliott.1981. Nitrogen balances for an effluent irrigation area. J. Environ. Qual. 10(3):349-352.87. Chang, A C., K W. Foster, A L Page and T. E Jones.1982. A comparison of cadmium and zinc accumulations by four cultivars of barleygrown in sludge-amended soils. J. Environ. Qual. 11(3):409-412.88. Mahler, J. R, F. T. Bingham, A L Page and J. A Ryan.1982. Cadmium-enriched sewage sludge application to acid and calcareous soils:Effects on soil and nutrition of lettuce, corn, tomato, and swiss chard. J.Environ. Qual. 11(4):694-700.89. Emmerich, W. E, L. J. Lund, A L. Page and A C, Chang.1982. Solid phase forms of heavy metals in sewage sludge-treated soils. J. Environ.Qual. 11(2): 178-180.90. Emmerich, W. E, L. J. Lund, A L Page, and A C. Chang1982. Movement of heavy metals in sewage sludge-treated soils. J. Environ. Qual.11(2): 174-178.91. Emmerich, W. E, L. J. Lund, A L Page, and A C. Chang.1982. Solution phase forms of heavy metals in sewage sludge-treated soils. J.Environ. Qual. 11(2)182-186.92. Adriano, D. C., A L. Page, A C. Chang, and A A Elseewi.1982. Cadmium availability to sudangrass grown on soil amended with sewagesludge and fly ash. J. Environ. Qual. 11(2)197-203.93. Adriano, AC., A L. Page, A C. Chang, and A A Elseewi.1982. Co-recycling of sewage sludge and fly ash: cadmium accumulation by crop.Environ. Technol. Letters 3:145-150.94. Chang, A C., A L. Page, J. E Warneke, and J. B. Johanson.1982. Effects of sludge application on the Cd, Pb, and Zn levels of selectedvegetable plants. Hilgardia 50(7): 1-14.95. EI-Amamy, M. M., A L. Page and G. Abudelgawad.1982. Chemical and mineralogical properties of glauconitic soil as related topotassium depletion. J. Environ. Qual. 46(2):426-430.96. Chang, A C., A L. Page and F. T. Bingham.1982. Heavy metal absorption by winter wheat following termination of cropland sludgeapplications. J. Environ. Qual. 11(4):705-708.97. Valadares, J. M. AS., M. Gal, U. Mingelgrin, and A L. Page.1983. Some heavy metals in soils treated with sewage sludge, their effects on yield, andtheir uptake by plants. J. Environ. Qual. 12(1):49-57.

Albert L. PageCurriculum Vitae, Page 2198. Chang, A. C., A. L Page and J. E. Warneke.1983. Soil conditioning effects of a municipal sludge compost. J. Environ.Engineering 109(3):574-583.99. Chang, A. C., A L. Page, F. H. Sutherland, and E. Grgurevic.1983. Fractionation of phosphorus in sludge-affected soils. J. Environ. Qual.12(2):286-290.100. Sposito, G., K M. Holtzclaw, L. Charlet, C. Jouany and A. L Page.1983. Sodium-calcium and sodium-magnesium exchange on Wyoming bentonite inPerchlorate and chloride background ionic media. Soil Sci. Soc. Am. J.47(1):51-56.101. Chang, A. C., A. L Page, J. E. Warneke, M. R. Resketo, and T. E. Jones.1983. Accumulation of Cd and Zn in barley grown on sludge treated soils. Along-term field study. J. Environ. Qual. 12(3):391-397.102. Frankenberger, Jr., W. T. and A. L. Page.1983. Effects of acidity and alkalinity on the stability of amidohydrolases in freshwater. J. Environ. Qual. 12(4):459-462.103. Chang, A. C., A. L. Page, J. E. Warneke and E. Grgurevic.1984. Sequential extraction of soil heavy metals following a sludge application. J.Environ. Qual. 13(1):33-38.104. Chang, A. C., J. E. Warneke, A. L. Page and L J. Lund.1984. Accumulation of heavy metals in sewage sludge-treated soils. J. Environ.Qual. 13(1):87-91.105. Elseewi, A. A. and A. L Page.1984. Molybdenum enrichment of plants grown on fly-ash treated soils. J. Environ.Qual. 13(3):395-398.106. Cao, Hong-Fa, A. C. Chang, and A. L. Page.1984. Heavy metal contents of sludge-treated soils as determined by three extractionprocedures. J. Environ. Qual. 13(4):632-634.107. Vlamis, J., D. E. Williams, J. E. Cory, A. L Page, and T. J. Ganje.1985. Zinc and cadmium uptake by barley in field plots fertilized seven years withurban and suburban sludge. Soil Sci. 139(1):81-87.108. Garcia-Miragaya, J., R. Cardenas, and A. L Page.1986. Surface loading effect on Cd and Zn sorption by kaolinite and montmoriuonitefrom low concentration solutions. Water, Air and Soil Pollution 27:181-190.109. Mattigod, S. V., A. L Page, and I. Thornton.1986. Identification of some trace metal minerals in mine-waste contaminated soil. SoilSci. Soc. Am. J. 50:254-258.

Albert L. PageCurriculum Vitae, Page 22110. Chang, A C., A L Page, and J. E. Warneke.1987. Long-term sludge applications on cadmium and zinc accumulation in swisschard and radish. J. Environ. Qual. 16:217-221.111. Logan, T. J., A. C. Chang, A L Page and T. J. Ganje.1987. Accumulation of selenium in crops grown on sludge-treated soil. J. Environ.Qual. 16:349-352.112. Wan, H. F., R. L Mikkelsen, and A L. Page 1988. Selenium uptake by some agriculturalcrops from central California soils. J. Env. Qual. 17:269-272.113. Zhang, Penchu, T. J. Ganje, A L. Page, and A C. Chang.1988. Growth and uptake of selenium by swiss chard in acid and neutral soils. J.Env. Qual. 17:314-316.114. Mikkelsen, R. L., A L. Page, and G. H. Haghnia.1988. Effect of salinity and its composition on the accumulation of selenium byalfalfa. Plant Soil 107:63-67.115. R. L. Mikkelsen, G. H. Haghnia, and A L. Page.1988. Effects of pH and selenium oxidation state on the selenium accumulation andyield of alfalfa. J. Plant Nutr. 10:937-950.116. Mikkelsen, R. L, G. H. Haghnia, and A L Page.1988. The influence of selenium, salinity, and boron on alfalfa tissue compositionand yield. J. Environ. Qual. 17:85-88.117. Kim, S. J., A C. Chang, A L Page, and J. E. Warneke.1988. Relative concentrations of cadmium and zinc in tissue of selected food plantsgrown on sludge-treated soils. J. Environ. Qual. 17:568-573.118. Khattak, Riaz A, Wesley M. Jarrell, and A L Page.1989. Mechanism of native manganese release in salt-treated soils. Soil Sci. Soc.Am. J. 53:701-705.119. Khattak, Riaz A, G. H. Haghnia, R. L. Mikkelsen, A L. Page, and G. R. Bradford.1989. Influence of binary interactions of arsenate, molybdate, and selenate on yield andcomposition of alfalfa. J. Env. Qual. 18:355-360.120. Liu, Wen-Cheh, L. J. Lund, and A L. Page.1989. Acidity produced by leguminous plants through symbiotic dinitrogen fixation.J. Env. Qual. 18:529-534.121. Hesterberg, Dean and A L. Page.1990. Flocculation series test yielding time-invariant critical coagulation concentrationsof sodium-illite. Soil Sci. Soc. Am. J. 54:729-735.

Albert L. PageCurriculum Vitae, Page 23122. Page, A L. and Eiliv Steinnes.1990. Atmospheric deposition as a source of trace elements in soils. Position paperpresented for lUGS Workshop on Past Global Changes, Interlaken, Switzerland, Apr.24-28, 1989. Palaeogeography, Palaeoclimatology, Palaeoecology (Global andPlanetary Change Section) 82: 141-148.123. Hesterberg, Dean and A L. Page.1990. Effect of pH on the critical coagulation concentrations of Na- and K-illite.Soil Sci. Soc. Am. J. 54:735-739.124. Hesterberg, Dean and A L. Page.1990. Critical coagulation concentrations of Na- and K-illite as affected by pH. Soil Sci.Soc. Am. J. 54:735-739.125. Dowdy, R H., A L. Page, and A C. Chang.1990. Management of agricultural lands receiving wastewater sludges. In: SoilManagement for Sustainability. R Lai and F. J. Pierce (eds.). Soil and WaterConservation Society, Ankeny, Iowa. pp. 85-101.126. Gschwend, Philip M., Debera Backkus, John K. MacFarland, and A. L. Page.1990. Mobilization of colloids in groundwater due to infiltration of water at a coal ashdisposal site. J. Contam. Hydrol. 6:307-320.127. Page, A L.1990. Atmospheric deposition as a source of trace elements in soils. Palaeogeography,Palaeoclimatology, Palaeoecology 82:141-148. Elsevier Science Publ. BV, Amsterdam.128. Marrett, D. J., R A Khattak, A A Elseewi, and A L. Page1990. Elevated nitrate levels in soils of the eastern Mojave Desert. J. Environ. Qual.19:658-663.129. Khattak, R A, A L. Page, D. Parker, and D. Bakhtar.1991. Accumulation and interactions of As, Se, Mo and P in alfalfa. J. Environ. Qual.20:165-168.130. Parker, D. R, A L. Page, and D. N. Thomason.1991. Salinity and boron tolerance of candidate plants for the removal of selenium fromsoils. J. Environ. Qual. 20:157-164.131. Bell, Paul F., D. R Parker, and A L. Page.1992. Contrasting selenate-sulfate interactions in selenium-accumulating andnonaccumulating plant species. Soil Sci. Soc. Am. J. 56: 1118-1124.132. Chang, A C., T. C. Granato, and A L. Page.1992. A methodology for establishing phytotoxicity criteria for chromium, copper, nickeland zinc in agricultural land application of municipal sewage sludges. J. Environ. Qual.21 :521-536.133. Hesterberg, Dean and A L. Page1993. Rheology of sodium and potassium illite suspensions in relation to colloidal stability.Soil Sci. Soc. Am. J. 697-704.

Albert L. PageCurriculum Vitae, Page 24134. McGrath, S. P., A C. Chang, A L. Page, and E. Witter.1994. Land application of sewage sludge: Scientific perspectives of heavy metal loadinglimits in Europe and the United States. Environ. Rev. 2(1):108-118. R135. Chang, AC., Hae-nam Hyun, and AL. Page.1996. Evaluating Ten Years CD Uptake Data for Swiss Chard (Beta vulgaris) Grown oncomposted Sewage Sludge-treated Filed Plots: A Plateau? Or a Time Bomb? J. Environ.Qual. 26:11-19.136. Hyun, H., A C. Chang, D.R. Parker, and A L. Page.1998. Cadmium solubility and phytoavailability in sludge-treated soils: effects of soilorganic carbon. Jour. Environ. Qual. 27:329-334.137. Chang, AC. and A L. Page.2000. Trace elements slowing accumulating, decreasing in soils. California Agriculture,March/April, pp. 49-55 . (JA).138. Pan, G., A C. Chang, and A L. Page.2002. Modeling transfer and partitioning of potentially toxic pollutants in soil-crop system forhuman food security. Chinese Jour. Appl.. Ecology 13 (7):854-858. (in Chinese.)139. Bar-Yosef, A C. Chang, and AL. Page.2005. Mass balance modeling of arsenic processes in cropland soils. EnvironmentalGeochemistry and Health 27:177-184INVITED CHAPTERS1. Page, A L1974. Trace metals in soils. McGraw-Hili Yearbook of Science and Technology. pp.381-382. (NR)2. Pratt, P. F., A C. Chang, J. P. Martin, A L Page, and C. F. Kleine.1975. Removal of biological and chemical contaminants by soil systems withgroundwater recharge by spreading or infection of treated municipal wastewater. In:State of the Art Review of Health Aspects of Wastewater Reclamation for GroundwaterRecharge. State Water Resources Control Board. pp. iv-3 to iv-92.3. Page A L., F. T. Bingham, and A C. Chang.1980. Cadmium in terrestrial plants. In: N. W. Lepp (ed.) Effect of Heavy MetalPollution on Plants, Vol. 1. Effects of Trace Metals on Plant Function. Applied SciencePublishers, London, pp. 77-110.4. Page, A L., A C. Chang, G. Sposito and S. Mattigod.1981. Trace elements in wastewater, their effects on plant growth and compositionand behavior in soils. In: I. K Iskandar (ed.) Modeling Wastewater Renovation by LandApplication. U.S. Army Cold Regions Research and Engineering Laboratory,Monograph, John Wiley & Sons, publisher, New York, NY, pp. 182-222.

Albert L. PageCurriculum Vitae, Page 255. Mattigod, S. V., Garrison Sposito and A L Page.1981. Factors affecting the solubilities of trace metals in soils. In: R. H. Dowdy(ed.) Chemistry in the Soil Environment. Amer. Soc. of Agronomy Special PublicationNo. 20, Madison, WI. pp. 203-221.6. Page, A L and A C. Chang.1983. Nutritional supplements to plants. Sewage sludge origin, composition, anduses. In: Handbook of Nutritional Supplements, Volume II. Agricultural Use. MiloslavRechcigl, Jr. (ed.) CRC Press, Inc., Boca Raton, FL pp. 377-387.7. Mattigod, S. V. and A L Page.1983. Assessment of metal pollution in soils. In: lain Thornton (ed.) AppliedEnvironmental Geochemistry. Academic Press, New York. pp. 355-394.8. Chang, A C. and A L Page.1983. Fate of trace metals during land treatment of municipal wastewater.Proceedings of Workshop on Utilization of Municipal Wastewater and Sludge on Land.Denver, Colorado, February 23-25. pp. 107-122.9. Page, A L and A C. Chang.1984. Fate of wastewater constituents in soils and groundwater: Trace elements.Chapter 13. In: G. S. Pettygrove (ed.), Irrigation with Reclaimed MunicipalWastewater: A Guidance Manual. California State Water Resources ControlBoard, Sacramento, CA Report No. 84-1WR. Also published by Lewis Publishers, Inc.,Chelsea, MI. 198510. Chang, A C. and A L Page.1984. Fate of wastewater constituents in soil and groundwater: Trace organics.Chapter 15. In: G. Stuart Pettygrove and Takashi Asano, (eds.) Irrigation withReclaimed Municipal Wastewater. A Guidance Manual. California State WaterResources Control Board, Sacramento, CA Report No. 84-IWR. Also published byLewis Publishers, Inc., Chelsea, MI. 1985.11. Chang, A C. and A L Page.1984 Accumulation of trace metals during artificial groundwater recharge. In:Takashi Asano (ed.) Artificial Recharge of Groundwater. Ann Arbor Publishers, Inc.12. Jaworski, J. F., F. Baldi, M. Bernard, F. E. Brinckman, H. P. Hecht, C. Klake, T.Legovic, J. M. McKenzie, J. O. Nriagu, A L Page, D. R. Sauerbeck and R. J.Wasserman.1984. Routes of exposure to humans and bioavailability - Group Report. In: J. O.Nriagu (ed.) Changing metal cycles and human health. Dahlem Konference - Springer-Verlag, New York. pp. 365-388.13. Garber, William A, John F. Andrews, David G. Davis, James G. Gift, Thomas D.Hinesly, Ronald L Kolpack, Cecil Lue-Hing, Thomas Walton, Izurent McReynolds andAlbert L Page.1984. Report of the Panel on Sewage In: Disposal of Industrial and DomesticWaste-land and Sea Alternatives. National Academy Press, Washington, D.C. pp. 146-185.

Albert L. PageCurriculum Vitae, Page 2614. Sposito, Garrison and Albert L Page.1984. Cycling of metal ions in the soil environment. In: Helmut Sigel (ed.), MetalIons in Biological Systems, Vol. 18, Circulation of Metals in the Environment. NewYork, Marcel Dekker, Inc. pp. 287-325.15. Chang, A C. and A L. Page.1985. Soil deposition of trace metals during groundwater recharge using surfacespreading. In: Takashi Asano (ed.), Artificial Recharge of Groundwater. ButterworthPublishers, Boston, MA, pp. 609-626.16. Page, A L, C. Lue-Hing and A C. Chang.1986. Utilization, treatment, and disposal of waste on land. pp. 1-12. In: Rungeet al. (ed.). Utilization, Treatment and Disposal of Waste on Land. Soil Sci. Soc. Am.Spec. Pub., Madison, WI.17. Page, A L, M. M. EI-Amamy, and A C. Chang.1986. Cadmium in the environment and its entry into terrestrial food chain crops.In: E. C. Foulkes (ed.), Handbook of Environmental Pharmacology: Cadmium.Springer-Verlag, Heidelberg. pp. 33-74.18. Elseewi A A, A L Page, and I. R. Straughan.1986. Soil-coal-fired power plant effluent interactions: an evaluation. In: Allan H.Legge and Sagar V. Kmpa (eds.), Air Pollutants and Their Effects on the TerrestrialEcosystem. Wiley-Interscience Publishers, New York, NY. pp. 415-440.19. Page, A L, A C. Chang, and M. M. EI-Amamy.1986. Cadmium levels in soils and crops in the United States. In: T. C.Hutchinson, (ed.) Scientific Committee on Problems of the Environment, Workshop onMetal Cycling, Institute for Environmental Studies, Toronto, Canada. Dec. 25 pages.20. Mikkelsen, R. L, A L Page, and F. T. Bingham.1989. Factors affecting selenium accumulation by agricultural crops. In: I. W.Jacobs (ed.). Selenium in agriculture and the environment. Soil Sci. Soc. Amer.Special Publication No. 23, American Society of Agronomy, Madison, WI. pp. 65-94.21. Page A L, A C. Chang, and D. C. Adriano.1990. Deficiencies and toxicities of trace elements. In: K K Tanji (ed.). AgriculturalSalinity Assessment and Management Manual, American Society of Civil Engineers.22. Khattack, Riaz A and A L. Page.1992. Mechanism of manganese adsorption on soil constituents. In: Biogeochemistry ofTrace Metals. D. C. Adriano (ed.). pp.383-400.23. Chang, A C. and A L. Page.1990. Long-term environmental effects associated with land application of municipalsludges: A review. In: Solid/Liquid Separations: Waste Management and ProductivityEnhancement. Battelle Press, Columbus, OH.

Albert L. PageCurriculum Vitae, Page 2724. Dowdy, R. H., A L. Page, and A C. Chang.1991. Management of agricultural land receiving wastewater sludges. pp. 85-102. In: R.Lal and F. J. Pierce (eds.). Soil Management for Sustainability. Soil and WaterConservation Society. Ankeny, IA25. Chang, A L. and A L. Page.1993. Biosolids. In: 1995 Yearbook of Science and Technology. McGraw-Hili, New York,NY. (10 manuscript pages). R26. Chang, A C. and A L. Page.1994. Assessment of ecological and health effects of soil-borne trace elements andmetals. In: L. W. Chang (ed.). Toxicity of Metals. CRC Press. (21 manuscript pages).NR27. Chang, A C., A L. Page, and J. E. Warneke.1994. An experimental evaluation of the Cd uptake by 12 plant species grown in a sludgetreatedsoil: Is there a plateau? In: D. C. Adriano (ed.). Biogeochemistry of Trace Metals--II. Applied Science Publishers (30 manuscript pages). R28. Chang, AC., A L. Page, T. Asano, I. Hespanhol.1998. Evaluating methods of establishing human health-related chemical guidelines forcropland application of municipal wastewater. Pp. 581-626. In: T. Asano (Ed.) WastewaterReclamation and Reuse. Water Quality Management Library, Volume 10, Technomic,Lancaster, PA USA 1528pp.29. Chang, AC., A L. Page, and Bonjun Koo.2002. Biogeochemistry of phosphorus, iron, and trace elements in soil as influenced by soilplant-microbialinteraction. Pp. 43-58. In: A Violante, P.M. Huang, J.M. Bollag, and L.Gianfreda (Eds.), Soil Mineral-Organic Matter Interactions and Ecosystem Health,Ecological Significance of the Interactions Among Clay Minerals, Organic Matter and SoilBiota. Development in Soil Science 28B. Elsevier, Amsterdam. 434pp.REVIEW ARTICLES1. Page, A L, and F. T. Bingham.1973. Cadmium residues in the environment. Residue Rev. 48: 1-44.2. Page, A L, A A Elseewi, and I. R. Straughan.1979. Physical and chemical properties of fly ash from coal-fired power plants withreference to environmental impacts. Residue Rev. 71 :83-120.3. Adriano, D. C., A L Page, A A Elseewi, A C. Chang, and I. Straughan.1979. Utilization and disposal of fly ash and other coal residues in terrestrialecosystems: A review. J. Environ. Qual. (Invited). 9(3):333-344.

Albert L. PageCurriculum Vitae, Page 28SEMI-TECHNICALJOURNAL ARTICLES1. Martin, J. P., and A L Page.1962. Influence of pH on growth and chemical composition of seedlings. Calif.Citrograph 48(1):2-3,21-22. November. (NR)2. Page, A L 1963. California cotton soils need high potassium rate. Crops and Soils15(9):21. Aug.-Sept. (NR)3. Page, A L., F. T. Bingham and T. J. Ganje.1963. High potassium needs of San Joaquin Valley cotton soils related to fixationproblem. Calif. Agr. 17(6):4-5. June. (NR)4. Page, A L, J. P. Martin, and T. J. Ganje.1963. Foliar applications of potassium. Calif. Citrograph 48(12): October. (NR)5. Bingham F. T., G. R. Bradford, and A L. Page.1964. Toxicity of lithium to plants. Calif. Agr. 18(9):6-7. Sept. (NR)6. Embleton, T. W., W. W. Jones, and A L Page.1964. Potassium deficiency symptoms on lemons. Better Crops with Plant Food.(NR)7. Page, A L, and F. T. Bingham.1965. Potassium magnesium interrelationships in cotton. Calif Agr. 19(11 ):6-7. (NR)8. Embleton, T. W., W. W. Jones, and A L Page.1966. Potassium deficiency in Valencia orange trees in California. Hort Science1:(3,4). (NR)9. Ganje, T. J., A L Page, and J. P. Martin.1966. Foliar applications of potassium nitrate. Calif. Citrograph 51(12):493-495,496, 500, 501. October. (NR)10. Ganje, T. J., and A L Page.1972. Lead concentrations of plants, soil, and air near highways. Calif. Agr.26(4):7-9. (NR)11. Page, A L, and A C. Chang.1979. Heavy metal contaminations of vegetables. Vegetable Briefs for CaliforniaFarm Advisors, Issue No. 200, pp. 2-3, January 19, Cooperative Extension, University ofCalifornia, Berkeley, CA 94720.12. Bradford, G. R., A L Page, and I. R. Straughan.1981. Are Sierra lakes becoming acid? Calif. Agr. 35(5-6):6-7.13. Krauss, G.D. and Page, AL.1997. Wastewater, sludge and food crops. Biocycle 38(3):74-82.

Albert L. PageCurriculum Vitae, Page 29INVITED PAPERS PUBLISHED(Symposia, Abstracts, etc.)1. Page, A. L, T. J. Ganje T. W. Embleton, and W. W. Jones.1969. Soil factors influencing the correction of K deficiencies on citrus in California.Proceedings of First International Citrus Symposium, Vol. 3:1605-1612. Univ. of Calif,Riverside, March 1968. (NR)2. Embleton, T. W., W. W. Jones, A. L Page, and R. G. Platt.1969. Potassium and California citrus. Proceedings of First International CitrusSymposium, Vol. 3:1599-1603. Univ. of California, Riverside, March 1968. (NR)3. Lund, L J., and A. L Page.1972. Geology, soils and hydrology of the San Bernardino Mountains. In: Impact ofOxidant Air Pollutants on the Mixed Coniferous Forest Eco-systems. Special seriespublished by the Environmental Protection Agency. (NR)4. Page, A. L.1974. Heavy metal concentrations of sewage sludges and possible soil contaminationresulting from their use on agricultural lands. California Chapter, American Society ofAgronomy Proceedings. 1974 Annual Meeting, Fresno, California. (NR)5. Page, A. L, and P. F. Pratt.1975. Effects of sewage sludge or effluent application to soil on the movement ofnitrogen, phosphorus, soluble salts and trace metals to groundwater. Proceedings,Second National Conference on Municipal Sludge Management and Disposal.Information Transfer Inc., Rockville, MD. pp. 179-188. (NR)6. Page, A. L, and A. C. Chang.1975. Trace element and plant nutrient constraints of recycling sewage sludges onagricultural land. Proceedings 2nd National Conference on Water Reuse. Amer. Inst.Chem. Engineers. New York, NY. pp. 201-210.7. Bingham, F. T., G. A. Mitchell, R. J. Mahler, and A. L Page.1976. Yield and heavy metal content of food crops grown on soils amended withsewage sludge. 1976 Proceedings, International Conf. on Environmental Sensing andAssessment. Vol. 2(30-6):1-4. September 14-19, 1975, Las Vegas, NV. Amer. Chem.Soc. and Environmental Protection Agency, Washington, DC. (NR)8. Bingham, F. T., and A. L Page.1977. Cadmium accumulation by economic crops. Symposium Proceedings, FirstInternational Conference on Heavy Metals in the Environment Vol. H:433-441. (HeldOctober 27-31, 1975, Toronto, Ontario, Canada).9. Mitchell, G. A., F. T. Bingham, A. L Page, and P. A. Nash.1977. Interactive effects of Cd, Cu, Ni, and Zn on metal phytotoxicity and uptakefor lettuce grown on soil amended with sewage sludge. Soil Sci. Soc. Am. Proc.Presented at Houston, Texas, December 1976.

Albert L. PageCurriculum Vitae, Page 3010. Pratt, P. F. and A L Page.1977. Leachate from municipal sludges fertilizers' and manure applications.Proceedings, National Conference on Disposal of Residues on Undo InformationTransfer Inc., Rockville, Maryland. pp. 59-68.11. Martin, J. P., and A L Page.1977. Capacity of soils for hazardous organic substances. National Conference onComposting of Municipal Residues and Sludges, August 23-25, 1977. pp. 101-105.12. Bradford, G. R, A L Page, I. R Straughan, and H. T Phung.1978. A study of the deposition of fly ash on desert soils and vegetation adjacent toa coal-fired generating station. In: Adriano D. C., and I. L. Brisbin (eds.). EnvironmentalChemistry and Cycling Processes. DOE Symposium Series 45, CONF-760429. pp. 383-393.13. Phung, H. T, L J. Lund, and A L Page.1978. Potential use of fly ash as a liming material. In: Adriano, D.C. and I. L.Brisbin (eds.) Environmental Chemistry and Cycling Processes. DOE SymposiumSeries 45 CONF-760429. pp. 504-515.14. Elseewi, A A, F. T Bingham and A L Page.1978. Growth and mineral composition of lettuce and swiss chard grown on fly ashamended soils. In: Adriano, D. C. and I. L. Brisbin (eds.) Environmental Chemistry andCycling Processes. DOE Symposium Series 45 CONF-760429. pp. 568-581.15. Page, A L, A A Elseewi, and J. P. Martin.1978. Capacity of soils for hazardous inorganic substances. pp. 97-105. Proc. FifthNational Conference on Acceptable Sludge Disposal Techniques, Cost, Benefit Risk,Health, and Public Acceptance, Jan. 31-Feb.2, Orlando, FL. Hazardous Material ControlResearch Institute, Information Transfer, Inc., in participation with The SludgeNewsletter.16. Page, AL and A C. Chang.1978. Trace element impact on plants during cropland disposal of sewage sludge.pp. 91-96. Proc. Fifth National Conference on Acceptable Sludge Disposal Techniques,Cost, Benefit, Risk, Health, and Public Acceptance. Jan. 31-Feb. 2, Orlando, FI.Hazardous Material Control Research Institute, Information Transfer, Inc., in participationwith The Sludge Newsletter.17. Chang, A C., and A L. Page.1978. Toxic chemicals associated with land treatment of wastewater. InternationalSymposium on Land Treatment of Wastewater, August 20-25, 1978, Hanover, NH. pp.47-57.18. Straughan, I. R, A A Elseewi and A L Page.1978. Mobilization of selected trace elements in residues from coal combustion withspecial reference to fly ash. pp. 389-402. In: D. D. Hemphill (ed.), Trace Substances inEnvironmental Health XII Symposium.

Albert L. PageCurriculum Vitae, Page 3119. Valadares, J.M.,AS., A L Page, and P. A Nash.1979. Comportamento do Cadmio, Cobre, Niquel e Zinco em Tres Solos Tratadoscorn Lodo de Esgoto. Congresso Brasileiro de Ciencia do Solo Manaus 8 a 13 de julhode 1979, Sociedade Brasileira de Ciencia do Solo.20. Page, A L, A C. Chang.1979. Contamination of soil and vegetation by atmospheric deposition of traceelements. Phytopath. 69(9): 1007-1011.21. Chang, A C. and A L Page.1979. Hydraulic and water quality considerations of artificial groundwater recharge.Proceedings of the 12th Biannual Groundwater Conference, Santa Barbara, California.November. Water Resources Center Report No. 45. pp. 88-99.22. Page, A L, A C. Chang, and F. T. Bingham.1979. Trace metal phytotoxicity and adsorption by crop plants grown on sewagesludge-amended soils. Proceedings, IntI. Conf. on Management and Control of HeavyMetals in the Environment, London. September 1979. pp. 525-528.23. Chang, A C., and A. L Page.1979. Heavy metal considerations in cropland disposal of municipal sludges. 8thNational Conference & Exhibition on Municipal Sludge Management Impact of IndustrialToxic Materials on POTW Sludge, Miami Beach, FL. March 19-21. Sponsored byInformation Transfer Inc. Hazardous Materials Control Research Institute, inparticipation with The Sludge Newsletter. pp. 175-181.24. Page, A L., A A Elseewi and I. R. Straughan.1980. Coal-fired power plants, trace elements and California agriculture.Proceedings of 1980 Calif. Plant and Soil Conference, Calif. Chapter ASA, Jan. 30-Feb. 1, 1980, Sacramento, Calif.25. Chang, A C. and A L. Page.1980. The fate of inorganic micro-contaminants during groundwater recharge. Proc.of Symposium on Wastewater Reuse for Groundwater Recharge. Pomona, California,Sept. 6-7, Water Resources Control Board. pp. 118-136.26. Mattigod, Shas, G. Sposito, and A L. Page.1980. Factors affecting the solubility of trace elements in the soil environment.ASA Special Publication #40 "Chemistry in the Soil Environment."27. Chang, A C., and A L. Page.1980. Water quality considerations in wastewater used for crop irrigation. Presentedat Symposium on Waste Water Reuse, Mexico City, Mexico, Sept. 8-10, 1980. Pan-American Organization.28. Chang, A C. and A L Page.1980. Chemical requirements for re-use of sewage in cropland irrigation and inartificial aquifer recharge. Proceedings of Seminar on Health Aspects of TreatedSewage Re-Use. Algiers, Algeria, June 1-5, 1980. World Health Organization.

Albert L. PageCurriculum Vitae, Page 3229. Lo, M. G., A C. Chang, and A L Page.1980. Field demonstration of agricultural application of sewage sludgeDevelopment of design loading for nutrients and toxicants. Research Symposium onSludge Treatment and Management. Las Vegas, NV, September 28-0ctober 3, 1980.30. Page, A L, and A C. Chang.1981. Trace metals in soils and plants receiving wastewater irrigation. In: F. M.1981, J. A Martinez and M. A Lambarri (eds.) Academic Press. pp. 351-372.31. Page, A L1981. Cadmium in soils and its accumulation by food crops. Proc. of InternationalConf. on Heavy Metals in the Environment, September. Amsterdam, The Netherlands.32. Adriano, D. C. and A L Page.1981. Co-recycling of sewage sludge and fly ash: heavy metal uptake by crop. Proc.of International Conf. on Heavy Metals in the Environment. September, Amsterdam TheNetherlands. pp. 185-188.33. Straughan, I. R, A A Elseewi, and A L Page.1981. An overview of acid deposition and its impacts on soils. Proc. on InternationalConf. on Heavy Metals in the Envirorument, September. Amsterdam, The Netherlands.34. Elseewi, A A, A L Page, and I. R Straughan.1981. Recycling of fly ash from coal-fired power plants on agricultural lands:Advantages and disadvantages. 1stInternational Waste Recycling Symposium,Tokyo, Japan, November 16-18.35. Elseewi, A A, A L Page, C. P. Doyle. 1982. Environmental characterization of traceelements in fly ash. In: D. D. Hemphill (ed.) Trace Substances in Environmental Health,XVI. University of Missouri. pp. 39-47.36. Fox, C. A, A L Page, A A Elseewi and L J. Lund.1982. Input of acidity to agricultural soils from rainfall and other sources. In: D. D.Hemphill (ed.) Trace Substances in Environmental Health, XVI. University of Missouri.37. Fox, C. A, G. R Bradford, A L Page and A A Elseewi.1982. Evaluation of acidity and chemical composition of high elevation lakes inCalifornia. In: Acid Rain: a North American Challenge, Soil Conservation Society ofAmerica Symposium Burlington, Vermont, October 25-28.38. Chang, A C. and A L Page.1983. Assessing the water quality impact of using wastewater for crop irrigation.Proceedings of 1982 Southwestern Water Conference on Water Conservation,November 11-12, San Diego, Calif.39. Page, A L and A C. Chang.1983. Disposal-utilization of municipal sewage sludge on land -- trace elementconsiderations. National Research Council Conference on Land Disposal of Wastes.Position paper.

Albert L. PageCurriculum Vitae, Page 3340. Page, A L and A C. Chang.1983. Utilization of municipal waterwater and sludge on land: An Overview of a1983 workshop. In: H. Bernard (ed.). Municipal and Industrial Sludge Utilization andDisposal. Atlantic City, April 6-8.41. EI-Amamy, M. M., and A L Page.1983. An overview of the impact of acid deposition on soils. Cooperative ExtensionSymposium on Air Pollution and Agriculture. Kern County, March.42. Elseewi, A A, A L Page, C. P. Doyle, and C. A Fox.1983. Trace elements in residues from coal combustion in western USA- In:Proceedings of International Conference on Heavy Metals in the Environment. CEPConsultants, Ltd., 26 Albany St., Edinburgh EH1 3QH, U.K, Volume 2, pp. 925-931.43. Garcia-Mfiragaya, J., R. Cardenas, and A L Page.1983. Sorption of Cd and Zn on kaolinite and montmorillonite. In: Proceedings ofInternational Conference on Heavy Metals in the Environment. CEP Consultants, Ltd.,26 Albany St., Edinburgh, EH1 3QH, U.K Volume 2, pp. 1244-1248.44. Elseewi, A A, I. R. Straughan, A. L Page, C. P. Doyle, and C. A Fox.1984. Trace elements in flue-gas cleaning residues from the combustion of westernU.S. coals. In: Proceedings of International Conference on EnvironmentalContamination, CEP Consultants, Edinburgh, United Kingdom. pp. 633-640.45. Elseewi, A A, A L Page, C. P. Doyle, and C. A Fox.1984. Boron in residues from coal combustion in the western USA and its effects on soilplant and water quality. In: Proceedings of Second Conference on Management ofMunicipal, Hazardous, and Coal Waste. S. Snegupta (ed.) U.S. Dept. of Energy,Washington, D.C., DOE/METC/84-34, pp. 173-184.46. EI-Amamy, M. E., C. A Fox, G. R. Bradford, A L Page, and S. C. Nodvin.1984. The alkalinity of pristine lakes in the High Sierra Mountains. Proceedings of77th Annual Meeting of Air Pollution Control Association, B4-22.7:1-9.47. Mattigod, Shas V. and A L Page.1984. Applications of metal speciation to environmental geochemistry. In: TraceSubstances in Environmental Health, XVIR. Delbert D. Hemphill, (ed.), Univ. ofMissouri, Columbia. pp. 202-213.48. Garcia-Miragaya, J., R. Cardenas, and A L Page.1985. Effect of Zn ions and variable ionic strength on Cd sorption from lowconcentration solution by montmorillonite clay. In: Proceedings InternationalConference, Heavy Metals in the Environment. CEP Consultants, Ltd., 26 AlbanyStreet, Edinburgh, U.K pp. 519-521.49. Chang, A C., T. J. Logan, and A L Page.1986. Trace element considerations of forest land applications of municipal sludges.Chapter 8. In: Dale W. Cole, Charles L Henry, and Wade L. Nutter (eds.). Proceedings,Forest Land Applications Symposium. Univ. of Washington Press. College of ForestResources, Univ. of Washington, Seattle, WA

Albert L. PageCurriculum Vitae, Page 3450. Mikkelsen, R. L, A. L. Page and F. T. Bingham.1986. Geochemistry and health in California: Recent experiences with selenium. In:Delbert D. Hemphill (ed.), Trace Substances in Environmental Health XX. University ofMissouri, Columbia, MO.51. Mikkelsen, R. L, A. L. Page and A C. Chang.1986. Goechemistry and health in the United States. A recent occurrence withselenium. In: 1. Thornton, (ed.). Proceedings of 1stInternational Symposium onGeochemistry and Health. Royal Society, London, U.K pp. 211-222.52. Adriano, D. C., S. W. Gettier, J. Shann, A. L Page and R. L. Chaney.1987. Sources of trace element enrichment in soils. Fifth International Symposiumon Ionic and Other Trace Elements. Jan. 8 pages.53. Adriano, D. C., M. Elrashidi, A. L Page, J. B. Jones, Jr., and W. L Lindsay.1987. Research achievements and challenges in trace elements: A forward-orientedreview. In: Istvan Pais (ed.). Proceedings of Internatl. Symposium on New Results inthe Research of Hardly Known Trace Elements and the Analytical Problems of TraceElement Research. University of Horticulture and Food Industry, Budapest. pp. 3-33.54. Page, A. L, A. C. Chang and D. C. Adriano.1988. Land application of municipal sewage sludge: Guidelines--trace elements. In:K Kumazawa (ed.). Proceedings of Second Internal. Symposium on Land Application ofSewage Sludge (ISOLASS). Association for Utilization of Sewage Sludge, January 26-27, Tokyo,Japan. pp. 154-182.55. Page, A. L, A. C. Chang and D. C. Adriano.1988. Disposal of waste chemicals on land: Decontamination technology. In:Proceedings of the Internatl. Conference on Chemistry and Environment. 8-9 October,1987. EniChem, Rome, Italy.56. Chang, A. C., A. L Page, P. F. Pratt and J. E. Wameke.1988. Leaching of nitrate from freely drained irrigated fields treated with municipalsludges. In: Proceedings 1988 National Irrigation and Drainage Conference, Univ. ofNebraska, Lincoln, NE.57. Page, A. L., A. C. Chang, and D. C. Adriano.1990. Capacity of soils to decontaminate waste chemicals. In: Proceedings, SecondWorkshop on Soil Pollution Prevention, Taipei, Taiwan.58. Chang, A C., S. J. Kim, and A. L. Page.1990. Transfer of Cd from municipal sludge-treated soils to selected plants. pp. IV-180 toIV-185. 10.: Transactions of 14th Interntl. Congress of Soil Science, Kyoto, Japan, August12-18.59. Page, A. L., A. C. Chang and T. J. Logan.1991. EPA Standards for the Disposal of Sewage Sludge: Present Status and SuggestedRevisions. In: Proceedings of Second MWRDGC/JSWA Technology Exchange Workshopon Municipal Sludge Management and Industrial Waste Control. Metropolitan WaterReclamation District of Greater Chicago, Chicago, IL. pp.69-88.

Albert L. PageCurriculum Vitae, Page 3560. Page, A L., A C. Chang and A A Elseewi.1992. Long-term trace element mobility in soils. In: Workshop Proceedings: Heavy MetalPollution in Eastern and Central Europe. Oct. 11-15, 1992. Prague, Czechoslovakia.61. Page, A L. and A C. Chang.1993. Overview of the past 25 years: Technical perspective. Proc. Sewage Sludge: LandUtilization and the Environment Conference, St. Paul, MN, Aug. 25-29, 1993. (5manuscript pages) NR62. Page, A L. and A C. Chang.1993. Transfer of inorganic pollutants through the food chain from land application ofmunicipal wastewater and sludge. Proc. IntI. Conf. on Nutrition, Adelaide, Australia, Sept.24-30, 1993. NR63. Chang, A C., A L. Page, and T. Asano.1993. Developing Human Health-Related Chemical Guidelines for Reclaimed Wastewaterand Sewage Sludge Applications in Agriculture. World Health Organization, Geneva,Switzerland. 113 pp. NR64. Chang, A C. and A L. Page.1994. The role of biogeochemical data in assessing the ecological and health effects oftrace elements. Transactions 15th IntI. Congress of Soil Science V3a:598-610. NR65. Page, A L. and A C. Chang.1994. Trace elements of environmental concerns in terrestrial ecosystems: An overview.Transactions 15th IntI. Congress of Soil Science V3a:568-571. NR66. Chang, A C., A L. Page, T. Asano, and I. Hespanhol.1995. Developing human health-related chemical guidelines for reclaimed wastewaterirrigation. 2nd IntI. Symposium on Wastewater Reclamation and Reuse. IntI. Assn. onWater Quality, Iraklio, Greece. Oct. 17-20, 1995. NR67. Chang, AC.1997. Land application of sewage sludge: pathogen issues. In: Sewage sludge andwastewater for use in agriculture, proceedings of consultants meetings, Joint FAO/IAEADivision of Nuclear Techniques in Food and Agriculture and IAEA Division of Physical andChemical Sciences. International Atomic Energy Agency, Vienna, Austria, October 1997.68. Page, A L. and A C. Chang.1999. International Standards/Guidelines for Metals Applied to Land in the Form ofMunicipal Sewage Sludge: Past, Experiences and Present Status. Proceedings, 1998. TheFirst Asia Pacific Symposium on Environmental Geochemistry, Hong Kong, December 2-4,1998.69. Chang, AC., A L. Page, Bonjun Koo, D.E. Crowley, and M.R. Matsumoto.1999. Assessing Phyto-availability of Metals in Biosolids-amended Soils: Root Exudatesand Their Effects on Solubility of Metals. Proceedings, Workshop 116 - RecentAdvances in Biosolids Research: Conditioning, Dewatering and Beneficial Use,WEFTEC '99, New Orleans, Louisiana, October 10, 1999.

INVITED PAPERS NOT PUBLISHED(Seminars, symposiums, workshops, etc.)Albert L. PageCurriculum Vitae, Page 361. Chang, A C., A L Page, and J. E. Warneke.1978. Micronutrients in sewage sludges. Presented at U.C. Soil Fertility Conference,March 30-31, 1978.2. Page, A L, A A Elseewi and I. Straughan.1978. Trace elements in coal and their potential for environmental pollution.Presented at the Symposium on Inorganic Pollutants in the Environment sponsored bythe Division of Inorganic Chemistry and the Society of Environmental Geochemistry andHealth, Honolulu, Hawaii, April 4,1978.3. Page, A L, D. J. Mulla, and T. J. Ganje.1978. Cadmium accumulations in soils from long-term phosphate fertilization.Presented at Cadmium Seminar, University of California, Davis, California, October 11-13, 1978.4. Page, A L1979. Sources and sinks of trace metals in the environment. University of California,Irvine, CA, Feb. 9.5. Page, A L1979. Trace metal attenuation in soils. Presented at the annual meeting of theAmerican Geophysical Union, May 29-June 1, 1979.6. Page, A L1980. Land application: Sewage sludge - the cadmium controversy. 10th AnnualComposting & Recycling Conference, Los Angeles, Calif., May 5-7, 1980.7. Page, A L1980. Factors that determine sludge and wastewater application rates. Presented atNational Workshop on the Utilization of Wastes on Land: Emphasis on MunicipalSewage, August 12-14,1980, Anaheim, CA, USDA-SEA and ECOP Sub-committee onAgriculture, Forestry, & Related Industries.SPECIAL TECHNICALREPORTS1. Page, A L, F. T. Bingham, L J. Lund and G. R. Bradford.1976. Consequence of trace element enrichment of soils and vegetation from thecombustion of fuels used in power generation. 145 pages. Annual Report -January 1-30, 1975. Southern California Edison Company (Contract U3294908).2. Chang, A C., AL. Page, L J. Lund, P. F. Pratt and G. R. Bradford.1976. Land application of sewages - a field demonstration. Annual Report toRegional Wastewater Solids Management Program, Us Angeles/Orange CountyMetropolitan Area. (IAlOMA Project) Technical Report NO.2. December. 108 p.

Albert L. PageCurriculum Vitae, Page 373. Page, A. L, F. T Bingham, L J. Lund and G. R. Bradford.1977. Consequences of trace element enrichment of soils and vegetation from thecombustion of fuels used in power generation. 232 pages. Bi-annual Report-January 1,1975 December 31, 1976. Southern California Edison Company (Contract U3294908).SCE R&D Series: 77-RD-29.4. Bingham F. T and A. L Page.1977. Heavy metal toxicity criteria of selected crop species cultivated on soils amendedwith sewage sludge. 59 pp. Annual Report--July 1, 1976 to June 30, 1977. SanFrancisco Bay Region Wastewater Solids Study. Contract No. 2218.5. Chang, A. C., A. L. Page, L. J. Lund, P. F. Pratt, and G. R. Bradford.1977. Land application of sewage sludges - a field demonstration. Annual report,Regional Wastewater Solids Management Program, Los Angeles/Orange CountyMetropolitan Area (LAlOMA Project), Technical Report No. 13. 108 pp.6. Sposito, G. and A L. Page.1977. Trace metal speciation in saline waters affected by geothermal brine. AnnualReport, Lawrence Livermore Laboratory Contract (ERDA) November.7. Bingham, F. T, and A. L. Page.1978. Heavy metal toxicity criteria for selected crop species cultivated on soilsamended with sewage sludge. 105 pp. Final Report for July 1, 1976 to June 30, 1978.San Francisco Bay Region Wastewater Solids Study, Contract No. 2218.8. Page, A, L, F. T Bingham, L J. Lund, G. R. Bradford and A. A. Elseewi.1978. Consequences of trace elements enrichment of soils and vegetation from thecombustion of fuels used in power generation. 63 pp. Annual Report, January 1, 1977 toDecember 31, 1977. Southern California Edison Company Contract No. U0026901).SCE R&D Series: 78-rd.9. Page, A. L, I. R. Straughan, V. E. Swanson, and A. A. Elseewi.1978. An evaluation of the environmental consequences of trace element releasefrom coal combustion with particular reference to electric power generation. Reportprepared for NAS-GEHRD -- Panel on Trace Element Geochemistry of Coal ResourceDevelopment Related to Health (PECH), 90 pp.10. Sposito, G., A. L. Page, and S. V. Mattigod.1979. Trace metal speciation in saline waters affected by geothermal brines. Finaltechnical report to the Lawrence Livermore Laboratory, Imperial Valley EnvironmentalProject, July. 65 pp.11. Lund, L. J. and A. L. Page.1979. Effects of long-term applications of municipal wastewater on soils andgroundwaters. Annual report to CRREL on grant No. 89-79-0-008. August 1,1978 -August 1, 1979.12. Sposito, G., A. L. Page and M. E. Frink.1980. Effects of acid precipitation on soil leachate quality, computer calculations.EPA-60013-BO-015. U.S. EPA, Corvallis Environmental Research Laboratory,Corvallis, Oregon, 39 pp.

Albert L. PageCurriculum Vitae, Page 3813. Basilico, J., J. H. Harrison, A. L. Page, L E. Sommers and P. Ware.1980. Municipal sewage sludge and solid waste processing, treatment, and disposalpractices in the USA. In: U.S. Contribution to US/USSR Joint Seminar, May 13-241979. External Utility Systems, NAS joint working group 10.02.14. Page, A. L, A. A. Elseewi, L. J. Lund, G. R. Bradford, S. Mattigod, A. C. Chang, andF. T. Bingham.1980. Consequences of trace element enrichment of soils and vegetation from thecombustion of fuels used in power generation. Annual report to Southern CaliforniaEdison Co., Contract #U0026901.15. Lund, L. J., G. Sposito, and A. L. Page.1981. Determination and prediction of chemical forms of trace metals in sewagesludges and sludge-amended soils. EPA R-804516-03.16. Page, A. L, F. T. Bingham, and A. C. Chang.1981. Trace metal adsorption by crops following termination of sewage sludgeapplications. Final report submitted to California State Water Resources Control Board,January. 38 pp.17. Page, A. L. and F. T. Bingham.1981. Trace metal availability criteria for crops cultivated on soils treated withsewage sludge. State Water Resources Control Board, Sacramento, CA. September.18. Page, A L., A A. Elseewi, G. R. Bradford, and L. J. Lund.1982. Consequences of trace element enrichment of soils and vegetation fromcombustion of fuels used in power generation, Southern California Edison Co.19. Taylor, O. C., P. R. Miller, A L. Page and L. J. Lund.1982. Effects of ozone and sulfur dioxide mixtures on forest vegetation of thesouthern Sierras. California Air Resources Board, Sacramento, CA.20. Page, A, L., A. A. Elseewi, W. A, Jury, L. H. Stolzy, D. D. Focht, W. T. Frankenberger,S. Mattigod, G. Sposito, G. R. Bradford, L J. Lund, S. C. Nodvin,C. R. Thompson.1983. Environmental consequences of energy development on agricultural and naturalresources. Program of Excellence in Energy Research. Southern California EdisonCompany.21. Page, A. L, W. A. Jury, L H. Stolzy, G. Sposito, G. R. Bradford, S. Mattigod, L. J. Lund,S. C. Nodvin, C. R. Thompson, and D. Olszyk.1984. Environmental consequences of energy development on agricultural andnatural resources. Program of Excellence in Energy Research, Southern CaliforniaEdison Company, 120 p.22. Page, A. L., W. A. Jury, L H. Stolzy, G. Sposito, M. EI-Amamy, G. R. Bradford, L. J.Lund, S. C. Nodvin, D. Olszyk, and A. Bytnerowicz.1985. Environmental consequences of energy development on agricultural and naturalresources. Program of Excellence in Energy Research, Southern California EdisonCompany, 250 p.

Albert L. PageCurriculum Vitae, Page 3923. Taylor, O. Clifton, Paul R. Miller, Albert L. Page and Lanny J. Lund.1986. Effects of ozone and sulfur dioxide mixtures on forest vegetation of thesouther Sierra Nevada. Final Report, California Air Resources Board, ARB Contract#AO-135-33, Sacramento, CA24. Page, A L., M. M. EI-Amamy, and R. A Khattak.1987. Effect of on-site disposal of residues from coal combustion, blowdown water,and other waste streams on groundwater quality: A case study at the MohaveGenerating Station. Final report submitted to Southern California Edison Company.Dept. of Soil & Environmental Sciences, University of California, Riverside, CA 92521.25. Page, A L., R. A Khattak, and G. R. Bradford.1988. Nitrate-nitrogen in deep profiles of desert soils: 1. A case study at the MohaveGenerating Station site. Southern California Edison Company, R&D Series 88-RD-1.26. Marrett, David and A L. Page.1989. Nitrate in deep soil cores from the eastern Mojave desert. Progress reportsubmitted to Southern California Edison Company, Rosemead, CA July, 1989.27. Page, A L., Robert Graham, and G. R. Bradford.1988. Background levels of trace elements in soils of southern California. Researchproposal submitted to Southern California Edison Company, Rosemead, CADecember.28. Page, A Land R. A Khattak.1988. Effect of competitive interactions of As, Mo and Se under CI- and S04-salinity on crop yield and bioavailability. In: K K. Tanji (ed.). 1987-88 TechnicalProgress Report, U.S. Salinity/Drainage Task Force, Div. Agric. and Natural Resources,University of California, Riverside.29. Logan, T. J. and A L Page (eds.).1989. Peer review -- Standards for the disposal of sewage sludge. Cooperative StateResearch Service Technical Committee, W-170 Report, Submitted to U.S.Environmental Protection Agency. 122 pp.30. Chang, AC., A L. Page, and T. Asano.1993. Developing Human Health-Related Chemical Guidelines for ReclaimedWastewater and Sewage Sludge Applications in Agriculture. World Health Organization,Geneva, Switzerland. 113 pp. NR.31. Chang, A C., A L. Page, and T. Asano.1995. Developing Human Health-related Chemical Guidelines for ReclaimedWastewater and Sewage Sludge Applications in Agriculture. WHO/EOS/95.20, WorldHealth Organization, Geneva, 1995. (submitted in 1993 and formally published by WHOin 1994).32. Chang, AC., D. E. Crowley, and A L. Page, and M.R. Matsumoto.2002. Assessing Bioavailability of Metals in Biosolid-treated Soils: Root Exudates andTheir Effects on Solubility of Metals. Final Report Submitted to Water EnvironmentalResearch Foundation, Alexandria, VA 158pp.

Albert L. PageCurriculum Vitae, Page 4033. Chang, AC., G. Pan, A L. Page, and T. Asano.2002. Developing Human Health-related Chemical Guidelines for ReclaimedWastewater and Sewage Sludge Applications in Agriculture. Position Paper prepared forCommunity Water Supply and Sanitation Unit, Division of Environmental Health, WorldHealth Organization. 94 pp.COMPUTERPROGRAM1. Chen, W., X. Wu, AC. Chang, A. L. Page, and B. Bar-Yosef.2002. Generalized Trace Element Mass Balance Model for Agricultural Soils-Arsenic.Department of Environmental Sciences, University of California, Riverside, CA

EXHIBIT 2

1Exhibit 2234567891011121314151617181920212223Documents Reviewed and Relied on for this Declaration1. Appraisal Report of Green Acres Farm, AGT Appraisal Company (2004).2. Achieving Exceptional Quality Biosolids, City of Los Angeles, Department of Public Works,Bureau of Engineering and Bureau of Sanitation (2003).3. Biosolids Program -- Table of Sampling and Testing Requirements Overview Under FederalPart 503 EPA Regulations and Kern County Requirements, City of Los Angeles Bureau ofSanitation.4. Green Acres Farm Biosolids Pre-Application Report, Post-Application Report, MonthlyActivity Report, Quarterly Analysis for Class A Pathogen Levels, and Annual Report(samples), Responsible Biosolids Management (RBM), as enclosures to 1990-2003Monitoring for the Protection of Groundwater Quality at 1-5 and Hwy 119: Beneficial ReuseSite (2003).5. Green Acres Annual Reports, RBM, including Summary Report: Land Application ofBiosolids, Summary Field Reports, and Cumulative Pollutant Summary (2001-2005, 2009).6. Monthly Activity Reports, RBM (January-December 2001, January through October 2010),and Quarterly Reports (on metals, PCB, dioxin, and pathogen testing) and various periodicsampling reports, Zalco Laboratories (and subcontractor laboratories) (November 2005-April2006, January 2010-0ctober 2010).7. Annual Reportfor Assessment ofBiosolidsfor Hyperion and Terminal Island TreatmentPlants, City of Los Angeles (2001-2005, 2009).8. Monthly Progress Report: Biosolids Program Management, City of Los Angeles (March2006, September 2010).9. Application ofBiosolids Site Maintenance and Management Plan, RBM (April 2006).10. Report: Groundwater Conditions in the Vicinity of Bakersfield Wastewater Treatment PlantNo.3 - Tenneco Extension, prepared for City of Bakersfield (October 1986).11. Bio-accumulation Study for Fields 5-1 and 16-4, Order 94-286.12. Various soil chemistry data at Green Acres Farm, CH2M Hill (2006).242526272810DECLARATION OF PROFESSOR ALBERT L. PAGE, PH.D.