R&D Demo. Comm. Study
Flooded Rice (continued) Olszyk, David x USA Global
Patrick, W. & C.Lindau x x USA Global
Rennenberg, Heinz x Germany Global
Rogers, John x USA Global
Roos, Kurt x USA Global
Sass, Ronald x USA Global
Steen, William C, x USA Global
Zimmerman, Patrick R. x USA Global
General Agriculture Harper, Lowry A. x USA USA/Europe/New Zealand
Mori, Yasuhumi x Japan
Parker, Miles x UK
Smith, Lowel! x USA
Biomass Buming Kadyszewski, John x x USA
Richards, Keith x UK
General / All Evans, Gary x x USA
Fisher, Diane x USA
Galbaily, I.E. x Australia
Hayakawa, T. & H. Orita x Japan
Kogan, Kathleen x USA Global
Lohani, Bindu x Philippines
Morita, T. & M. Kainuma x Japan Asia/Pacific
Okken, Peter A. x Netherlands
Saito, Masahiro x x Japan
Trout, Dennis A. x x USA

“LE different from country of residence.



Katsuyuki Minami

National Institute of Agro-Environmentat
Sciences

Kannondai 3-1-1, P.O. Box 2, Tsukuba 305,
Japan

Tel: 81-298-38-8273 Fax: 81-298-38-8199
Emission source: Rice cultivation

Study effects of water percolation and organic matter
application on methane emissions from paddy fields

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Main language: Japanese/English

Bibliography entry: yes
Related bibliography entry: Yagi

Zahir Mir
Agricutture Canada
3015 Ord Road, Kamloops, British Columbia, V2B 8A9
Canada
Tel: 604-376-5565 Fax: 604-376-7334
Emission source: Ruminants
Research using feed additives (ionophores/yeast)
and speeding digestion in order to decrease
methanogenic rumen bacteria
Main language: English

Bibliography entry: yes
Related bibliography entry: Beacom

Koichi Mizuno, Akira Obuchi and Atsushi
Ogata

Environmental Technology Laboratory

Atmospheric Environmental Protection Department

National Research Institute for Pollution and Resources

Agency of Industrial Science and Technology

Ministry of International Trade and Industry

16-3 Onogawa, Tsukuba, Ibaraki 305

Japan

Tel: 81-298-54-3093/3126 Fax: 81-298-54-3049
Emission source: Natural gas and oll systems
Reduce emissions from industrial sources (oil and
gas wells, industrial waste) by catalytic conversion of
methane at lower temperatures, assisted by photo-
irradiation and electrochemistry
Main language: Japanese/English

Bibliography entry: no

Yasuhumi Mori

National Institute tor Environmental

Studies- Japan Environment Agency

Onogawa 16-2, Tsukuba, Ibaraki 305,

Japan

Tel: 81-298-51-6120 Fax: 81-298-51-4732
Emission source: General agriculture

Develop methods for controlling substances transfer
in agricultural land

Estimate and analyze emissions of methane and
other gases from agriculture

Main language: Japanese/English

Bibliography entry: no
Related bibliography entry: Japan Environment

Agency

7


Don E. Johnson

Colorado State University
Department of Animal Sciences
Ft. Collins, CO 80523

U.S.A.

Tel: 303-491-7833 Fax: 303-491-5326
Emission source: Ruminants/Animal wastes

Assess magnitude of livestock emissions using an
animal coefficient model (development based on
literature surveys)

Measure persistence of ionophore supression of
methane with indirect respiration calorimetry

Field observations of methane production from feed-
lot animals and manure packs

Main language: English

Bibliography entry: yes
Related bibliography entries: Ward, Lodman,
Gunther, Branine, Carmean et al.

John Kadyszewski

Winrock International Institute for

Agricultural Developmem (BEST)

Biomass Energy Systems and Tech. Project, 1611 North
Kent Street- Suite 600, Arlington, VA 22209
E-Mail(Dialcom):41:TCN408,

U.S.A.

Tel: 703-525-9430 Fax: 703-243-1175
Emission source: Biomass burning

Burn agricultural (sugar and rice) residues under
managed conditions to reduce methane emissions
and generate power

Perform a feasibility study of methane recovery from
fandfills and waste streams in developing countries

‘Study urban solid wastes to provide information for
policy makers in developing countries

Main language: English/Spanish

Bibliography entry: no
Related bibliography entry: Winrock International

M.A.K. Khalil and R.A. Rasmussen

Dept. of Environmental Sciences and

Engineering

Oregon Graduate Institute, Beaverton, OR 97006

U.S.A.

Tel: 503-690-1078/1093 Fax: 503-690-1029
Emission source: All sources

Study global budgets, mass balances, and flux mea-
surements.

Create an atmospheric global network for global
methane measurements

Main janguage: English

Bibliography entry: yes
Related bibliography entries: Steeie, Crutzen

Lee Klinger

National Center for Atmospheric Research
P.O. Box 3000

1850 Table Mesa Drive, Boulder, CO 80307
U.S.A.

Tel: 303-497-1474 Fax: 303-497-141 1/1400
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

Charles E. Kolb
Aerodyne Research Inc.
45 Manning Rd.

Bellerica, MA 01821-3976
U.S.A.

Tel: 508-663-9500 Fax: 508-663-4918
Emission source: Natural gas systems

Estimate emissions from natural gas systems in the
United States

Main language: English
Bibliography entry: no

13


International Directory of Methane Related Activities

Raymond C. Pilcher
Raven Ridge Resources Inc.
584 25 Road, P.O. Box 55187,
Grand Junction, CO 81505
U.S.A.

Tel: 303-245-4088 Fax: 303-245-2514
Emission source: Coal mining

Study Poland's coalbed methane resource and op-
portunities for its development; assess options for
recovery and use

Study Czechoslovakia’s coalbed methane resource
and opportunities for its development

Evaluate coalbed methane recovery potentialin China
Main language: Engiish

Bibliography entry: no
Related bibliography entry: Bibler

Mariusz Poplolek

Dept. of Air & Soil Protection/International
Cooperation/ Ministry of Environmental
Protection Natural Resources & Forestry,
52/54 ul. Wawelska, 00-922 Warsaw,
Poland

Tel: 48-25-11-33 Fax: 48-25-39-72
Tix: 81-28-16 wodro pl, Poland

Emission source: Coal mining/Natural gas/
Landfills

Estimate coalbed methane production from hard
coal and methane emissions from natural gas sys-
tems and municipal waste in Poland

Main language: PolistvEnglish
Bibliography entry: no

Heinz Rennenberg
Fraunhofer institute for Atmospheric
Environmental Research
Kreuzeckbahnstrasse 19, D-8100 Garmisch-
Partenkirchen,
Tel: 49-8821-183120 Fax: 49-8821-73573
Germany
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions from flooded rice tields without

decreasing productivity

Main language: German
Bibliography entry: no

Related bibliography entry: Braatz

Keith M. Richards

Energy Technology Support Unit
Building 156- Harwell Laboratories,
Didcot, Oxon OX11 ORA,

United Kingdom

Tel: 235-43-3506 Fax: 235-43-2923
Emission source: Landfills/Animai wastes

Develop techniques to reduce methane emissions
from biofuels (landfills, waste management and di-
gestion, biomass combustion)

Perform feasibility/cost study of methane recover,
from the anaerobic digestion of municipal wastes
Main language: English

Bibliography entry: no
Related bibliography entry: Coombs

John Rogers

U.S. Environmental Protection Agency

Office of Research and Development

College Station Road, Athens, GA 30613-7799
U.S.A.

Tel: 404-546-3128 Fax: 404-546-2018
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity
Main language: English

Bibliography entry: no
Related bibliography entry: Braatz


EMISSION ESTIMATES (continued)

‘Country:

Work Region

Byrnes, Bernard H.

SE Asia/Africa

Flooded Rice (continued) USA

Duxbury, John M. USA

Inubushi, Kazuyuki Japan

Minami, Katsuyuki Japan

Neue, Heinz-Ulrich Philippines

Patrick, W. & C. Lindau USA

Ruiz Suarez, Luis G. Mexico

Seiler, W. et al. Germany China/Philippines/taly

Tsuruta, Haruo Japan JapanTropical Asia

Wang Mu-Lin China

Yagi, Kazuyuki Japan Japan/Thailand/Global
General Agriculture Bouwman, A.F. Netherlands Global

Dollard, G. UK

Fuhrer, Jurg Switzerland

Hayashi, Masayasu Japan

Menchaca, Leticia Mexico

Parker, Miles M. UK

Ruiz Suarez, Luis G. Mexico

Smith, K. & J. Arah Scotland

Sparrow, Stephen D. USA

Yagi, Kazuyuki Japan Japan/Thailand/Global
Biomass Burning Barns, David W. USA Global

“If different from country of residence.


Minami, Katsuyuki. 1990. ‘Rice Paddies as Methane Sources." Lab of Environmental Impact
Assessment, NIAES. pp 113-130

Minami, Katsuyuki and K. Yagi. 1988. "Method for Measuring Methane Flux from Rice Paddies." Jpn.
J. Soil Sci. Plant Nutr, Vol. 59 pp 458-463 (in Japanese with English abstract)

Schutz, H., A. Holzapfel-Pschom, R. Conrad, H. Rennenberg and W. Seiler. 1989. ‘A 3 Years
Continuous Record on the Influence of Daytime, Season, and Fertilizer Treatment on Methane
Emission Rates from an Italian Rice Paddies." J. Geophys. Res. Vol. 94 pp 405-416

Schutz, H., W. Seiler and R. Conrad, 1989. ‘Processes Involved in Formation and Emission of
Methane in Rice Paddies," Biogeochemistry. Vol. 7 pp 33-53

Seiler, W., A. Holzapfel-Pschorn, R. Conrad and D. Scharffe. 1984a. "Methane Emission from Rice
Paddies.” J. Atmos. Chem. Vol. 1 pp 241-268

Wang, Mu-Lin and Wen Yu-Pu. 1990. Chinese Science Bulletin. Vol.35 no.20 pp 1709-1713

Wang, M.X., A. Dai, R.X. Shen, H.B. Wu, H. Schutz, H. Rennenberg and W. Seiler. CH4 Emission
from_a Chinese Rice Paddy Field. (in preparation)

Yagi, K., K. Minami, G.A. Breitenbeck and H, Takayama. 1990. "Emission and Production of Methane

from Paddy Fields." Proc. 14th International Congress of Soil Science. Kyoto, Japan. August
Vol. V pp 238-243

Yagi, Kazuyuki, Katsuyuki Minami and Yoshio Ogawa. 1990. “Effects of Water Percolation on Methane
Emission from Paddy Fields.” Res. Rep. Div. Environ. Pianning 6. pp.105-112

Yagi, Kazuyuki and Katsuyuki Minami, 1990. ‘Effects of Organic Matter Application on Methane
Emission from Some Japanese Paddy Fields." Jpn. Agr, Res. Quart. (submitted)

Yagi, Kazuyuki and Katsuyuki Minami. 1990. "Emission and Production of Methane from Japanese
Paddy Fields." Jpn. Agr. Res. Quart. (submitted)

18






Tominaga, Y., H. Matsukura and K. Higuchi. 1985. "Algorithm for Fast Simulation of Mine Ventilation
using Dual Microcomputers.’ 2nd U.S. Mine Ventilation Symposium. Reno, Nevada.
pp. 499-504

Wicks, D.E. and M.D. Zuber. 1989. 1A Strategy for Goalbed Methane Production Development, Part Ii,
Reservoir Characterization." ICF-Lewin Energy. Proceedings Coalbed Methane Symposium.
Tuscaloosa, Alabama. April 17-20. pp 11-18

Zuber, Michael D., V.A. Kuuskraa and W.K. Sawyer. 1990. ‘Optimizing Well Spacing and Hydrautic-
fracture Design for Economic Recovery of Coalbed Methane." SPE Formation Evaluation. Vol.
5, No.1 pp 98-102

Zuber, Michael D. and C.M. Boyer, II. 1989. "Methane from Coal Deposits; Technical Evaluation and

Database." Quarterly Review of Methane from Coal Seams Technology. ICF Resources. Vol.
6, no. 3-4 pp 51-52

Zuber, M.D., C.M. Boyer, R.A. Schraufnagel and J. Saulsberry. 1989. ‘insights and Analysis from the
Rock Creek Project: A Reservoir Engineering Approach." Proceedings SPE Gas Technology
Symposium; Serving a Competitive Market. Dallas, Texas. June 7-9. in Papers- Regional Gas

Technology Symposium. pp 43-52

Zuber, M.D. and V.A. Kuuskraa. 1989. "A Reservoir Simulator-based Methodology for Calculating

Reserves of Coalbed Methane Wells.” Proceedings Coalbed Methane Symposium.
Tuscaloosa, Alabama. April 17-20. pp. 157-166

Zuber, M.D., S.R. Reeves, A.H. Jones and R.A. Schraufnagel. 1988. "Understanding Variability in
Coalbed Methane Well Performance; a Case Study of Three Wells in the Oak Grove Field,
Alabama." ICF. Proceedings SPE Annual Technical Conference and Exhibition; Pi, Production
Operations and Engineering. Houston, Texas. October, 2-5. in SPE- Society of Petroleum
Engineers of AIME. Vol. 1988 pp 699-709

Zuber, M.D., W.K. Sawyer, R.A. Schraufnagel and V.A. Kuuskraa, 1987. ‘Use of Simulation and
History Matching to Determine Critical Coalbed Methane Reservoir Properties." Proceedings
SPE/DOE Joint Symposium on Low Permeability Reservoirs. Denver, Colorado. May 18-19.
in Society of Petroleum Engineers of AIME (paper) USA SPE/DOE 16420 pp 307-316


Bogner, J.E., C. Rose, and R. Piorkowski, 1989. ‘Modified Biochemical Methane Potential (BMP)
Assays to Assess Biodegradation Potential of Landfilled Refuse. Proceedings 5th
Intemational Conference: Solid Wastes, Sludges, and Residual Materials. Rome, Italy. April
26-29

Bogner, J.E. 1988. ‘Potential for Gas Recovery from Small and Medium Sized Landfills in the
Southeastern United States.’ Proceedings Energy from Municipal Waste: Resource Recovery
for Small Communities. Panama City, Florida. February 10-12

Bogner, J.E., C. Rose, M. Vogt, and D. Gartman. 1988. "Understanding Landfill Gas Generation and
Migration. Proceedings GRCDA 11th International Landfill Gas Symposium." Houston, Texas.
March 21-24. Govemmental Refuse Collection and Disposal Association. Silver Spring,
Maryland

Bogner, J.E., M. Vogt, R. Piorkowski, C. Rose, and M. Hsu. 1988. *U.S. Landfill Gas Research.”
Proceedings 2nd International Conference on Landfill Gas and Anaerobic Digestion of Solid
Waste. Chester, England. October 4-7

Bogner, J.E., K. Brubaker, C. Tome, M. Vogt, and D. Gartman. 1987. Bidirectional Gas Movement

Through Ke Materials, Vol.1: Instrumentation and Preti Site ns at
Mallard North Landfill, DuPage Countu, Illinois. ANL/CNSV-TM-193. Available: NTIS, PC
AO3/MFAO1

Bogner, J.E., M. Vogt, C. Moore, and D. Gartman. 1987. "Gas Pressure and Concentration Gradients
at the Top of a Landfill." Proceedings GRCDA 10th International Landfili Gas Symposium.
West Paim Beach, Fiorida. February 9-13. Governmental Refuse Collection and Disposal
Association, Silver Spring, Maryland.

Bogner, J.E., C. Rose, M. Vogt and D. Gartman. 1987. "Landfill Gas Generation and Migration:
Review of Current Research." Proceedings Anaerobic Digestion Review Meeting. Solar
Energy Research Institute. Golden, Colorado. December 1-3

Bogner, J.E. 1986, ‘Understanding Natural and Induced Gas Migration Through Landfill Cover
Materials~ The Basis for improved Landfill Gas Recovery." Proceedings 21st Intersociety
Energy Conversion Engineering Conference. San Diego, August 25-29. Proceedings
published by American Chemical Society, Washington, D.C.

Bogner, J.E. and C.A. Moore. 1986. "Gas Movement Through Fractured Landfill Cover Materials.”
Proceedings Ninth Annual Madison Waste Conference. Department of Engineering
Professional Development. University of Wisconsin, Madison.

Bogner, J.E., M. Torpy, C. Rose, M. Vogt, D. Gartman, and C. Moore, 1986. Migration and

Methanogens- A Review of Current Landfill Gas Field Research at ANL. Proceedings UK/US
Conference on Energy from Landfill Gas. West Midlands, UK. October 28-31

Coombs, J. and Y.R. Coombs, 1989. The Prospects for Methane Recovery from the Anaerobic
Digestion of Municipal Waste in the United Kingdom. Bucklebury: Winchcombe Cottage

Department of Environmental Services, D.C. 1983, 1-95 Sanitary Landfill Gas Recovery and Utilization
Feasibility Study. DOE/RA/S0314


International Directory of Methane Related Activities

G.J. van den Born

National Institute of Public Health and
Environmental Protection (R.I.V.M.)
P.O. Box 1, 3720 BA Bilthoven,
Netherlands

Tel: 31-30-743026/743704 Fax: 31-30-250740
Emission source: All sources

Estimate and predict greenhouse gas emissions in
the Netherlands (with existing policies and other
response options)

Main language: English
Bibliography entry: no

Donald K. Walter

Waste Material Management

Conservation and Renewable Energy
Department of Energy, Washington, DC 20585
U.S.A.

Emission source: Landfills

Increase utilization of landfills for energy recovery using
gas enhancement techniques/methane recovery/utili-
zation

Main language: English

Bibliography entry: no

Related bibliography entries: Lockman, PG & E, Johns
Hopkins Industries, Adams County, Los Angeles County

Wang Mu-lin

Atmospheric Chemistry Laboratory

Academy of Meteorological Science

State Meteorological Administration, 46 Baishigiao Road,
100081 Beijing,

China

Tel: 831-22-77 ext. 2646
Emission source: Rice cultivation/All sources

Study sampling and measurement procedures for
methane in air (Model HP-5880 gas chromatography
with flame ionization detector)

Measure methane concentration in the troposphere
for different ecological environments and elevations

Measure methane fluxes from rice paddies using
enclosure and gradient techniques during different
growing seasons

Main language: Chinese

Bibliography entry: yes
28

Nobuaki Washida

National institute for Environmental

Studies

16-2 Onogawa, Tsukuba, Ibaraki 305,

Japan

Tel: 81-298-51-6111 Fax: 81-298-51-4732
Emission source: All sources

Reasearch chemistry of atmospheric sinks of meth-
ane

Main language: English

Bibliography entry: no

MLL. Williams

Warren Spring Laboratory
Gunnels Wood Road
Stevenage, Herts, SG1 2BX
United Kingdom

Tel: 44-438-74-11-22 Fax: 44-438-36-08-58
Emission source: All sources

Compile emissions inventories of methane and other
gases for the United Kingdom (from ail human-
influenced sources)

Main language: English

Bibliography entry: yes
Related bibliography entry: Munday

David J. Williams

Commonwealth Scientific and Industrial

Research Organisation (CSIRO)

Coal and Energy Technology Division, 51 Delhi Road-
P.O. Box 136, North Ryde Sydney NSW, 2113
Australia

Tel: 02-887-8666
Telex: 25817

Emission source: All sources

Evaluate methane emissions from major known
sources in Australia

Formulate goals and strategies for Australia to limit
emissions of greenhouse gases

Main Sanguage: English
Bibliography entry: yes

Fax: 02-887-8909




International Directory of Methane Related Activities

Tsuneyuki Morita and Mikiko Kainuma
Global Environment Division

National Institute for Environmentat

Studies, 16-2 Onogawa Tsukuba, Ibaraki 305,
Japan

Tel: 81-298-51-6111 ex393 Fax: 81-298-51-4732
Emission source: Alt sources

AIM (Asian-Pacific integrated Model): evaluate op-
tions to stabilize global climate (includes methane
emissions models)

Main language: Japanese/English
Bibliography entry: no

William L. Morrison
1023 West Crescent Avenue, Park Ridge, IL 60068
U.S.A.

Tel: 708-825-6871
Emission source: Landfills

Source reduction of methane-producing wastes in
landfills by using wastes as compost: “vented tent”
method

Main language: English
Bibliography entry: no

Mark A. Moser

Resource Conservation Management Inc.
P.O. Box 4715, Berkeley, CA 94704
U.S.A.

Tel: 415-658-4466 Fax: 415-658-2729
Emission source: Animal wastes/Landfilis

Design and construct methane recovery and cogen-
eration systems: biogas digesters to produce methane

Applied engineering: study of methane recovery
from anaerobic covered lagoons in Texas

Main language: English
Bibliography entry: yes

18

Alvin Mosier

U.S. Department of Agricutture
Agricultural Research Service

P.O. Box E, Fort Collins, CO 80522
U.S.A,

Tel: 303-482-5733 Fax: 303-229-5531
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

Kazunori Nakamura, Elichi Mikami, Tadashi

Hashinaga, Kazuhiro Tanaka and Yoichi

Kamagata

Fermentation Research Institute

Agency of Industrial Science and Technology, MITI

Higashi 1-1-3, Tsukuba City

tbaraki 305

Japan

Tel: 81-298-54-6026 Fax: 81-298-54-6009
Emission source: Natural sources

Study mechanisms for release of methane into the
atmosphere by microorganisms, estimate quantity of
microorganisms, and amount of organic matter which
they can transform to methane in aquatic environ-
ments

Main language: Japanese/English

Bibliography entry: yes
Related bibliography entry: Kobayashi


FLOODED RICE CULTIVATION

Bouwman, AF. 1991. *Methane Emissions from Wetland Rice Fields. Review of Present Knowledge

and Options for Reduction." submitted to Biogeochemistry.
Braatz, Barbara V. and Kathleen B. Hogan, eds. 1991 (draft). Sustainable Rice Productivity and

Methane Reduction Research Plan. Washington, D.C.: U.S. Environmental Protection Agency

Holzaptel-Pschorn, A. and W. Seiler. 1986. ‘Methane Emission During a Vegetation Period from an
Italian Rice Paddy." J. Geophys. Res. Vol. 91 pp 11803-11814

Hoizapfel-Pschor, A., R. Conrad and W. Seiler. 1986. "Effects of Vegetation on the Emission of
Methane by Submerged Paddy Soil.” Plant and Soil. Vol. 92 pp 223-233

Holzaptel-Pschom, A., R. Conrad and W. Seiler. 1985. "Production, Oxidation and Emission of
Methane in Rice Paddies." FEMS Microbiol. Ecol. Vol. 31 pp 343-351

Hori, K, K. Inubushi, S. Matsumoto and H. Wada. 1990. "Methane Formation in the Submerged
Paddy Soil as Viewed from the Angle of Sequential Occurrence of Reduction Reactions and

Organic Matter Decomposition." Transactions of 14th International Congress of Soil Science
(Kyoto). Vol. Il pp 255-260

Hori, K., K. Inubushi, S. Matsumoto and H. Wada, 1990. ‘Competition for Acetic Acid Between
Methane Formation and Sutfate Reduction in the Paddy Soil." Japanese Journal of Soi

Science and Plant Nutrition. Vol. 61 pp 572-578

Hori, K, K. Inubushi, S. Matsumoto and H. Wada. 1990. "Appropriate Concentration of Inhibitors for
Methane Formation and Sulfate Reduction in Submerged Soil System." Japanese Journal of

Soil Science and Plant Nutrition. Vol. 61 pp 647-648

inubushi, K., Y. Muramatsu, D. Taja and M. Umebayashi. 1991. ‘Practicability of Reducing Methane
Emission from Paddy Field." Researches Related to the UNESCO's Man and the Biosphere
Programme in Japan 1990-1991. (in press)

Inubushi, K., D. Taja, H, Obata and M, Umebayashi. 1990. "Suppression of Methane Emission from
Paddy Field by Heavy Metal." Researches Related to the UNESCO's Man and the Biosphere
Programme in Japan 1989-1990. pp 87-90

Inubushi, K. 1990. "Mechanism and Control! of Methane Formation in Paddy Field." Kagaku Kougyo_
(Chemical Industry). Vol. 41 pp 586-591 (in Japanese)

Inubushi, K., M. Umebayashi and H. Wada. 1990. ‘Methane Emission from Paddy Field."
Transactions of 14th International Congress of Soil Science (Kyoto). Vol. Il pp 249-254

Inubushi, K.,, Y. Muramatsu, D. Taja and M. Umebayashi. 1990. "Controls of Methane Emission from

Paddy Soil." Transactions of 14th International Congress of Soil Science (Kyoto). Voi Il pp
431-432

Inubushi, K., K. Hori, S. Matsumoto, M. Umebayashi and H. Wada. 1989. *Methane Emission from the
Flooded Paddy Soil to the Atmosphere through Rice Plant." Japanese Journal of Soil Science
and Plant Nutrition. Vol. 60 pp 318-324

17


INTRODUCTION

Background

Methane is an important greenhouse gas that accounts for about 15 percent of the
current increase in commitment to global warming. The global average methane
concentration is currently increasing by about 1 percent per year. Continued increases
in methane concentrations will lead to changes in the distribution and concentration of
tropospheric ozone, which will also contribute to global warming. Furthermore, increasing
concentrations will affect the oxidizing potential of the earth’s atmosphere.

Methane’s strong ability to absorb infrared radiation, combined with its relatively
short atmospheric lifetine, makes methane control an important opportunity for
addressing global climate change. There are numerous efforts underway that are rapidly
expanding our knowledge of both methane emissions from the major anthropogenic
sources and options for reducing these emissions. These sources include:

« coal mining;
« natural gas systems;
+ landfills;

* managed ruminants;
* animal wastes;

+ rice cultivation; and
+ biomass burning.

This document is intended as an international directory of individuals and groups
involved in these efforts. This document also provides information on individuals and
groups involved in efforts to estimate emissions from natural systems and to study the
role of methane in the atmosphere.

The International Methane Directory

The U.S./Japan Working Group on Methane was formed in early 1990 by the
Japan Environment Agency and the United States Environmental Protection Agency, in
order to support the Intergovernmental Pane! on Climate Change (IPCC). The objective
of the group was to compile all of the methane-related information from various IPCC
Response Strategies Working Group subgroups and workshops into one document,

Methane Emissions and Opportunities for Control: Workshop Results of the Response


Winrock international.
Cane Energy Systems
Energy from Rice Residues
Power from the Grid from Sugarcane Residues
Cane Energy Utilization Symposium
Electric ane in Costa Rica
Jamaica Cane/Energy Project Feasibility Study
for Private ment in Rice idue P. neration: Indonesia
Ri jue Utilization logy: Intemational Market P! for U.S.indi
injected Gas-Turbine Cogeneration for the Cane Indust
The Sugar e Philippines

Rice Husk Energy Systems

Winrock Publications available through:
Renewable Energy and the Environment
Winrock International
1611 North Kent Street
Arlington, VA 22209-2134 USA


GENERAL AGRICULTURE

Asian Development Bank. 1990. Environmental Guidelines for Selected Infrastructure rojects. Manila,
Philippines: Office of the Environment

Development Projects. Manila, Philippines: Office of the Environment

Asian Development Bank. 1990. Economic Policies for Sustainable Development. Manila, Philippines:
Asian Dev. Bank

Asian Development Bank. 1987. Environmental Guidelines for Selected Agricultural and Natural
Resources Deviopment Projects. Manila, Philippines: Environment Unit, Infrastructure

Department
Bouwman, A.F. 1990 (ed.) Soils and the Greenhouse Effect. Chichester, New York: Wiley and Sons

Bouwman, A.F. 1990. "Soil and Land Use Related Sources and Sinks of Greenhouse Gases. Present
Emissions and Future Trends." Land Use Policy. Vol. 7 pp 154-164

Bouwman, AF. and W.G. Sombroek. 1990. ‘Inputs to Climatic Change by Soil and Agriculture
Related Activities. Present Status and Possible Future Trends." Soils on a Warmer Earth.
H.W. Scharpenseel, M. Schomaker, and A. Ayoub, eds. Developments in Soil Science 20.
Amsterdam, N.Y.: Elsevier Publishing Company. pp 15-30

Bouwman, A.F. 1989. ‘The Role of Soils and Land Use in the Greenhouse Effect." Netherlands.
yournal of Agricultural Science. Vol, 37 0.1 pp 13-20

Schutz, H., W. Seiler and H. Rennenberg. 1990. ‘Soil and Land Use Related Sources and Sinks of
Methane (CH4) in the Context of the Global Methane Budget." Soils and the Greenhouse
Effect. A.F. Bouwman, ed. Chichester: John Wiley and Sons. (in press)

Simpkin, T.J., K. Piontek and M.A. Barlaz. 1989. ‘Critical Factors in the In Situ Bioremediation of Soils
and Groundwater." Environmental Hazards Conference. Bellevue, Washington, Feb. 14-16

Takayama, H., G.A. Breitenbeck, K. Yagi and K. Minami. 1989. *Methods for Measuring Methane

Production Potential and its Application." Environ. Planning Reports. National Institute of
Agro-Environmental Science. Tsukuba, Japan. No. 5:89-97

19


NATURAL SOURCES

Feamside, P.M. 1987. "Causes of Deforestation in the Brazilian Amazon." The Geophysiology of_

Amazonia: Vegetation and Climate Interactions. ed. R.F. Dickinson. New York: John Wiley
and Sons. pp 37-61

Inubushi, K. ‘Global Warming and Soil Ecosystem." Rept. Environmental! Sci., Mie University. Vol. 15
(accepted)

Inubushi, K. and Y. Dokiya. 1990. “Greenhouse Effect Trace Gases Emitted from Soil Ecosystem."
Te J Society of Met . Vol. 37. pp 731-736 (in Japanese)

Office Federal de la Protection de |'Environnement. 1987. Emissions de Polluants de l’Air Provenant
de Sources Naturelles en Suisse. Les Cahiers de l'Environnement, no. 75. Berne (in French
and German)

Office Federal de la Protection de l'Environnement. 1987. Emissi en Suisse Dues a
FActivite Humaine (de 1950 a 2010). Les Cahiers de l'Environnement, no. 76. Berne (in
French and German)

Schutz, H. and W. Seiler. 1989. "Methane Flux Measurements: Methods and Results." Exchange of

Trace Gases Between Terrestrial Ecosystems and the Atmosphere. M.O. Andreae and D.S.
Schimel, eds. Chichester: John Wiley and Sons. pp 209-228

Seiler, W., R. Conrad, and D. Scharffe. 1984b. “Field Studies of Methane Emission from Termite
Nests into the Atmosphere and Measurements of Methane Uptake by Tropical Soils." J.
Atmos. Chem. Vol. 1 pp 171-186

Seiler, W. 1984. *Contribution of Biological Processes to the Global Budget of CH4 in the

Atmosphere." Current Perspectives in Microbial Ecology. M.J. Klug and C.A. Reddy, eds.
Washington, D.C.: Am. Soc. Microbiol. pp 468-477

Ueki, A., K. Inubushi, and K. Ueki. 1989, ‘Effects of Sulfate Reduction on Methanogenesis in Various
Ecosystems." fed to the UNESCO's Man Bios Programme in

Japan 1988-1989 pp 143-146


Kathleen B. Hogan

Methane Programs

Global Change Division ANR-445

U.S. Environmental Protection Agency, 401 M Street
SW, Washington, DC 20460

U.S.A.

Tel: 202-475-9304 Fax: 202-382-6344

Emission source: Natural gas/Rice cultivation/
All sources

Facilitate programs to reduce leakage from natural
gas pipelines in the USSR

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Study estimates and reduction options for all major
sources of methane emissions

Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

John Homer

Energy Sector Operations Division

The World Bank

1818 H Street NW, Washington, DC 20433
U.S.A.

Tel: 202-473-6973 Fax: 202-676-0436
Emission source: Natural gas/Coai mining

Selected reviews of methane emissions from gas
pipelines in developing countries (Poland)

Selected reviews of methane emissions from coal
mining in developing countries (Poland, China)

Study feasibility of emission reduction from gas and
coal as part of Energy Sector loan and Global Envi-
tonment Facility program

Main language: English
Bibliography entry: no

Masaaki Hosomi

Water and Soil Environment Division

National Institute for Environmental

Studies, 16-2 Onogawa Tsukuba, Ibaraki 305,

Japan
Tel: 81-298-51-6111 ex471 Fax: 81-298-51-4732
Emission source: Landfitls

Develop methods for measuring emissions from
landfills {in cooperation with Kyushu University)

Continuous monitoring of emissions from landfill
area in Yokohama

Research into efficient technologies to reduce emis-
sions from landfilis

Main language: Japanese/English
Bibliography entry: no

Gen Inoue, Masahiro Uchiyama and
Katsuyuki Izumi

National Institute of Environmental Studies

16-2 Onogawa, Tsukuba

Ibaraki 305

Japan
Tel: 81-298-51-6111 Fax: 81-298-51-4732
Emission source: Natural sources

Estimate methane emissions from permafrost areas
in Siberia

Main language: Japanese
Bibliography entry: no

Yuzo Inoue

Department of Sanitary and Environmental

Engineering

Hokkaido University, Kita-13 Nishi-8 Kita-Ku, Sapporo

060,

Japan

Tel: 81-11-716-2111ex6830 Fax: 81-11-707-9750
Emission source: Wastewater/Natural sources

Search for psychrophilic methanogens in Arctic peat
bogs; treat wastewater with microbes

Model the methane emission process in wet soil
layers in the Arctic tundra area

Main language: Japanese/English

Bibliography entry: no
1


ATMOSPHERIC STUDIES

Breitenbeck, Gary USA
Khalil, M. and R. Rasmussen USA
Marland, Gregg USA
Ohta, Sachio Japan
Trout, Dennis A. USA
Tsuruta, Haruo Japan
Wang Mu-Lin China
Washida, Nobuaki Japan



Jean Bogner

Argonne National Laboratory

ES/362 9700 S. Cass Ave., Argonne, IL 60439
U.S.A.

Tel: 708-972-3359 Fax: 708-972-7288
Emission source: Landfills/Natural gas

Take fieid measurements of emissions from landfills
and natural gas pipeline leaks

Work on methane oxidizers in soil; soil gas methane
transport modeling

Laboratory studies of landfill gas generation and
microbial activity in soils

Main language: English
Bibliography entry: yes

Related bibliography entries: Shirra, Massman, SCS,
Donaldson, Lockman, EMCON

A.F. Bouwman

National Institute of Public Health and
Environmental Protection

P.O. Box 3720, BA Bilthoven,
Netherlands

Tel: 31-30-743635 Fax: 31-30-250740
Net Address: LAELB @RIVM24.RIVM.NL,

Emission source: Rice cultivation/Natural
sources

Land use model projections to predict future emis-
sions (basedon projected best management practices
and populations)

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Main language: English

Bibliography entry: yes
Related bibliography entry: Braatz

Charles M. Boyer fl

ICF Resources Incorporated

9300 Lee Highway, #2-158, Fairfax, VA 22031-1207
USA.

Tel: 703-934-3866 Fax: 703-691-3349
Emission source: Coal mining

Design, model, implement and test methods to re-
cover methane prior to or during mining

Main language: English

Bibliography entry: yes
Related bibliography entries: Decker, Zuber, Saw-
yer, Malone, Ely, Diamond, Wicks

Barbara Braatz

ICF Incorporated

9300 Lee Highway
Fairfax, VA 22031-1207
U.S.A.

Tel: 703-934-3603 Fax: 703-934-9740
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions trom flooded rice fields without
decreasing productivity

Main language: English
Bibliography entry: yes

Gary A. Breitenbeck

Department of Agronomy

Louisiana State University Agric. Center
Baton Rouge, LA 70803-2110

U.S.A.

Tel: 504-388-1362 Fax: 504-388-1403

Emission source: Rice cultivation/Atmospheric
studies

Study ability of soils to serve as sinks for methane,
taking into account land use, soil characteristics,
temperature, moisture and nutrients

Assess value of nitrificaton inhibitors to reduce meth-
ane production from flooded rice fields

Main language: English

Bibliography entry: yes
Related bibliography entries: Takayama, Yagi, Nesbit

3


Data Listings


International Directory of Methane Related Activities

Kazuyuki Inubushi

Faculty of Bioresources

Mie University

Tsu 514,

Japan

Tel: 81-592-32-1211 x3644 Fax: 81-592-31-1503

Net Address: 1515 Kamihama-cho Tsu-city Mie prefect.,
Emission source: Rice cuttivation

Research the effects of sulfate and heavy metals on
methane formation and emission from rice paddies
Study the practicability of reducing methane emis-
sions from paddy fields

Main language: Japanese

Bibliography entry: yes
Related bibliography entries: Ueki, Hori

Takehiro Isei
System Safety Laboratory
Industrial Safety Department
National Research Institute for Pollution and Resources
16-3 Onogawa, Tsukuba City, Ibaraki Prefecture, 305
Japan
Tel: B1-298-54-3054 Fax: 81-298-54-3049
Emission source: Coal mining
Estimate methane emission rates from coal mining
activities
Main language: Japanese/English
Bibliography entry: no

Yoshinori Ishikawa
Department of Traffic Pollution
Environmental Bureau
Osaka Prefectural Government, Otemae-2 Chuo-ku,
Osaka City 540,
Japan
Tel: 06-941-0351 ext.3895
Emission source: Urban sources

Estimate emissions of methane and other pollutants
from automobiles
Main language: Japanese
Bibliography entry: no
Related bibliography entry: Japan Environment
Agency

412

Shiro Ito

Geological Survey of Japan
1-1-3 Higashi, Tsukuba
Ibaraki 305

Japan

Tel: 81-298-54-3724 Fax: 81-298-54-3533
Emission source: Natural sources

Study behavior of and simulate upward movement ot
underground methane

Main language: Japanese
Bibliography entry: no

Japan Environment Agency

Global Environment Department

1-2-2 Kasumigaseki, Chiyoda-ku, Tokyo 100,
Japan

Tel: 81-3-3580-4982 Fax: 81-3-3504-1634
Emission source: All sources

Global Environment Research Program and Global
Environment Monitoring Program for Fiscal Year
1990

Main language: Japanese/English
Bibliography entry: yes

Art Jaques

Environment Canada

Pollution Data Analysis Division

18th Floor- PVM, 351 St. Joseph Bivd.,
Hull Quebec, KIA OH3

Canada

Tel: 819-994-3098 Fax: 819-953-9542
Emission source: All sources
Create emission inventories for Canada
Main language: English
Bibliography entry: yes


EMISSION REDUCTIONS (continued)

Lendfills Barlaz, Morton A. USA
Bhide, A.D, India
Bogner, Jean us...
Campbell, Dawn USA
Douglas, Jeff USA USA and Canada
Echols, Richard USA USA and UK
Goodman, Barbara J, USA
Hosomi, Masaaki Japan
Kadyszewski, John USA Developing countries
Morrison, William L. USA
Moser, Mark A. USA Japan/USAEurope/Costa Rica
Pacey, John USA
Richards, Keith UK
Roos, Kurt USA USA/Europe/India/Global
Thorneloe, Susan USA
Walter, Donald K. USA
Yasuda, Kenji Japan
Ruminants Baldwin, Lee USA
Cheng, KJ. Canada
Gibbs, Michael USA
Givens, D.|. & A.R. Moss UK
Leng, Ronald Australia India
Mit, Zahir Canada
Patterson, John A, USA

“if different from country of residence.


BIOMASS BURNING

Feamside, P.M. 1990. ‘Fire in the Tropical Rain forests of the Amazon Basin." Fire in the Tropical
and Subtropical Biota. ed. J.G. Goldammer. Heidelberg, Germany: Springer-Verlag. pp 106-
116 (in press)

Fearnside, P.M. 1984. "Land Clearing Behaviour in Smail Farmer Settlement Schemes in the Brazilian

Amazon and its Relation to Human Carrying Capacity." Tropical Rain Forest: The Leeds
Symposium. eds. A.C. Chadwick and S.L. Sutton. Leeds, U.K.: Leeds Philosophical and

Literary Society. pp 255-271

Levine, J.S. 1990, *Global Biomass Buming: Atmospheric, Climatic and Biosperic Implications." EOS,
Transactions of the American Geophysical Union. 71, 1075-1077

Levine, J.S., W.R. Cofer Ill, D.I. Sebacher, R.P. Rhinehart, E.L. Winstead, S. Sebacher, C.R. Hinkle, P.A.
Schmaizer, and A.M. Koller, Jr... 1990. ‘The Effects of Fire on Biogenic Emissions of

Methane and Nitric Oxide from Wetlands." Journal of Geophysical Research. 95 1853-1864
Winrock International.

Biomass Fuels for Vehicles

The AID Ay 3 Us ricuitural and Fe es for the Producti n in

Su of Development
Thermonuctear Conversion of Biomass for Energy

Prefeasibility Assessment of the Potential of Wood Was
Wood Indust

Winrock Publications available through:
Renewabie Energy and the Environment
Winrock International
1611 North Kent Street
Arlington, VA 22209-2134 USA


LANDFILLS

Adams County/Commerce City, Colorado. 1984. bil of Landfill Gas
Landfill Stes. DOE/CS/202351

Augenstein, Don and John Pacey. 1990. "Modeling Landfill Methane Generation.” EMCON
Associates. Presented at Landfill Gas: Energy and Environment. Bournemouth, UK. October
16-19

Augenstein, Don. 1890. *Greenhouse Effect Contribution of United States Landfill Methane." EMCON
Associates. Presented at GRCDA Landfill Gas Conference. Lincoinshire, Illinois. March 27-29

Barlaz, M.A. and R.K. Ham. 199x. "Leachate and Gas Generation,"

to appear in Geotechnical Practice for Waste Disposal. D.E. Daniel, ed. London: Chapman
and Hall

Barlaz, M.A., R.K. Ham and D.M. Schaefer. 199x. ‘Microbial, Chemical and Methane Production
Characteristics of Anaerobically Decomposed Refuse With and Without Leachate Recycle."
{submitted for publication)

Bariaz, M.A., R.K. Ham and D.M. Schaefer. 1990. "Methane Production from Municipal Refuse: A
Review of Enhancement Techniques and Microbial Dynamics." CRC Critical Reviews in
Environmental Control. 19, 6, p. 557-584

Bariaz, M.A. 1990. ‘The Use of Mass Balance for Calculation of the Methane Potential of Fresh and
Anaerobically Decomposed Refuse.’ Proceedings of the Landfill Gas Symposium sponsored
by GRCDA. Chicago, IL March 27-29

Barlaz, M.A. 1990. “Bacterial Population Development During Refuse Methanogenesis." presented at
the 11th Annual Meeting of the Society for Environmental Toxicology and Chemistry.
Arlington, VA. Nov. 11-15

Barlaz, M.A., R.K. Ham and D.M. Schaefer. 1989. "Mass Balance Analysis of Decomposed Refuse in
Laboratory Scale Lysimeters." American Society of Civil Engineering. National Conference on
Environmental Engineering. Austin, Texas. July 10-12

Barlaz, M.A. 1989, *Microbial and Chemical Characteristics of Refuse Decomposition Under Methane
Producing and Inhibited Conditions." presented at the Workshop on Landfill Microbiology.
Oregon Graduate Center, Beaverton, OR. August 9-10

Barlaz, M.A., D.M. Schaefer and R.K. Ham. 1989, ‘Bacterial Population Development and Chemical
Characteristics of Refuse Decomposition in a Simulated Sanitary Landfill." Applied
Environmental Microbiology. Vol.55 no.1 pp 55-65

Barlaz, M.A., D.M. Schaefer, and R.K. Ham. 1989. "Effects of pre-Chilling and Sequential Washing on
the Enumeration of Micro organisms from Refuse." Applied Environmental Microbiology.
Vol55 no.1 pp 50-54

Bariaz, M.A., R.K. Ham and D.M. Schaefer. 1989. "Inhibition of Methane Formation from Municipal

Refuse in Laboratory Scale Lysimeters." Applied Biochemistry and Biotechnology. 20/21, pp
181-205




Masataka Hanashima

Hydraulic and Sanitary Engineering Laboratory

Department of Civil Engineering

Faculty of Engineering, Fukuoka University

Fukuoka 814-01

Japan

Tel: 81-92-871-6631 ext. 6461 Fax: 61-92-862-4431
Emission source: Landfilis

Develop techniques to measure emissions of meth-
ane and other greenhouse gases from sanitary
landfills

Main language: Japanese
Bibliography entry: yes

Lowry A. Harper

Southern Piedmont Conservation Research

Center

U.S.Department of Agriculture, Agricultural Research
Service, Watkinsville, GA 30677

U.S.A.

Tel: 404-769-5631 Fax: 404-769-8962
Emission source: General agriculture

Study effects of methane transport on and by agricul-
tural systems (wheat, corn, forage grass)

Main language: English
Bibliography entry: no

Robert C. Harriss

Institute for the Study of Earth

Oceans and Space

University of New Hampshire, Durham, NH 03824
U.S.A.

Tel: 603-862-3875 Fax: 603-862-1915
Net Address: RCHARRISS/NASAMAIL CSRC/OMNET,

Emission source: Coal mining/Landfilis/Natural
gas/Urban source/Wetlands

Carry out field measurement programs for different
emission sources; emission estimates from natural
gas systems

Modeling studies on landfill sources of methane
Main language: English
Bibliography entry: no

Andrew G. Hashimoto

Department of Bioresource Engineering

Oregon State University

Gilmore Hall, Room 116, Corvallis, OR 97331-3906
USA.

Tel: 503-737-2041 Fax: 503-737-2082
Emission source: Animal wastes

Research methane emissions associated with ani-
mal wastes and livestock waste management

Main language: English
Bibliography entry: no

Takashi Hayakawa and Hideo Orita

National Chemical Laboratory for Industry

Tsukuba Research Center, Tsukuba, Ibaraki 305

Japan

Tel: 81-298-54-4634 Fax: 81-298-55-1397
Emission source: All sources

Research and develop activities to reduce methane
emissions and utilize methane for higher hydrocar-
bon production

Main language: Japanese
Bibliography entry: no

Masayasu Hayashi

National Research Institute for Pollution and Resources

16-3 Onogawa, Tsukuba City, lbaraki Prefecture, 305

Japan

Tel: 81-298-54-3084 Fax: 81-298-54-3049
Emission source: All sources

Estimate methane emissions from all sources; de-
velop models for emissions estimates

Main language: Japanese/English
Bibliography entry: no


RUMINANTS

Beacom, S.E., Z. Mir, G.O. Korsrud, W.D.G. Yates and J.D. MacNeil. 1988. "Effect of Feed Additives
Chiortetracycline, Monensin and Lasalocid on Feediot Performance of Finishing Cattle, Liver
Lesions and Tissue Levels of Chlortetracycline. Can. J. Anim. Sci. Vol. 68 pp 1131-1141

Beacom, S.E, and Z. Mir. 1985. ‘A Comparison of Monensin and Chiortetracycline in High-
Concentrate and High-Forage Diets for Implanted and Nonimplanted Finishing Steers and
Heifers." Can. J, Anim. Sci. Vol. 65 pp 705-715

Branine, M.E. and D.E. Johnson. 1990, "Level of Intake Effects from Ruminant Methane Loss Across
a Wide Range of Diets." Journal of Animal Science. 41:509 (abstract)

Carmean, B.R. and D.E. Johnson. 1990. "Persistence of Monensin and Induced Changes in Methane
Emissions in Ruminal Protozoan Numbers in Cattle." Journal of Animal Science. 41:517
(abstract)

Cheng, KJ., G.W. Mathison and J.W. Costerton. 1991. Bovine Methane Production and the
Greenhouse Effect. Lethbridge Research Station Weekly Letter

Gibbs, Michael, Lisa Lewis and John Hoffman. 1989. Reducing Methane Emissions from Livestock:
Opportunities and Issues. U.S. Environmental Protection Agency. August

Johnson, D.E., M. Branine, G.M. Ward, B. Carmean and D. Lodman. 1990. "The Potential Contribution
of Beef Cattle Methane to Global Warming: Background Information and Perspectives."
Proceedings, The LaCosta Conference, Cattle on the Land: Environmental implications of Beef
Production. December (in press)

Johnson, D.E., M. Branine and G.M. Ward. 1990. "Methane Emissions from Livestock." Proceedings,
American Feed Industry Association. Nutrition Symposium. St. Louis, MO, P.33

Kramer, J.K.G., F.D. Sauer and D.R. Bundle. 1988. ‘The Presence of Tightly Bound Na+ or K+ in
Glycolipids of Methanobacterium thermoautotrophicum, Biochem. Biophys. Acta. Vol. 961
pp 285-292

Kramer, J.K.G., F.D. Sauer and B.A. Blackwell. 1987. "Structure of Two New Aminophospholipids from
Methanobacterium thermoautotrophicum. Biochem, J. Vol. 245 pp 139-143

Leng, R.A. 1990. Improving Ruminant Production and Reducing Methane Emissions from Ruminants
by Strategic Supplementation. University of New England, Australia

Marsden, B.J., F.D. Sauer, B.A, Blackwell and J.K.G. Kramer. 1989. "Structure Determination of the
UDP-disaccharide Fragment of Cytoplasmic Cofactor Isolated from Methanobacterium

thermoautotrophicum." Biochem. Biophys. Res. Comm. Vol. 159 pp 1404-1410

Mir Zahir. 1989. "Chiortetracycline, Monensin and Tylosin Effects on Performance and Digestion in
Lambs Fed Ground Alfalfa Complete Diets." Con. J. Anim. Sci. Vol. 69 pp 505-508

Mir, Zahir. 1988. *A Comparison of Canola Acidulated Fatty Acids and Tallow as Supplements to a
Ground Alfalfa Diet for Sheep." Can. J. Animal Sci. Vol. 68 pp 761-767

13


ANIMAL WASTES

Casada, M.E. and LM. Safley. 1990. Global Methane Emissions ivestock and Poultry Manure.
North Carolina State University

Chen, T.H., D.L. Day and M.P. Steinberg. 1988. "Methane Production from Fresh Versus Dried Dairy
Manure." Biological Wastes. Vol. 24 pp 297-306

Chen, T.H. and D.L. Day. 1986. ‘Effects of Temperature Change on the Stability of Thermophilic
Fermentation of Swine Manure." Agr. Wastes, an Int. Joumal. Vol. 16 pp 313-317

Chen, T.H., D.L. Day, J.T. Pfeffer, M.P. Bryant and D.H. Vanderholm. 1984. ‘Kinetic Parameters of
Thermophilic Digestion of Swine Manure." Trans. Amer. Soc. Agr. Engr. Vol. 27 no. 5 pp
1491-1498

Day, D.L, T.H. Chen, J.C. Anderson and M.P. Steinberg, 1990. "Biogas Plants for Small Farms in
Kenya." Biomass. Vol. 21 no.2 pp 83-89

Day, D.L. 1986. "Biogas From Biomass for a Kenya Farm Service Center." Sect. 8. Biogas

Technology, Transfer and Diffusion. Proceedings Int. Conf., Cairo, Egypt. ed. M.M. El-
Halwagi. NY: Elsevier Applied Sci. Publ. pp 609-616

Fedier, C.B, and D.L. Day. 1985. ‘Anaerobic Digestion of Swine Manure Containing an Antibiotic

Inhibitor." Proceedings Int'| Symposium on Agr. Wastes, ISAW-85. Chicago, Ill. St. Joseph, MI:
Amer. Soc. Agr. Engr. pp 175-184

Gunther, A., P. Zimmerman, A. Hills, C. Westerburg and B. Lamm. 1990. Flux Measurements of
Methane from Cattle Feediots. (National Center for Atmospheric Research Report)

Lodman, D., B. Carmean, M. Branine, P. Zimmerman and D. Johnson. 1990a. Determination of
Methane from Manure Sources (metabolic laboratory report)

Lodman, D.W., M. Branine, G.M. Ward and D.E. Johnson. 1990b. A Preliminary Estimate of Methane
Emissions During Manure Disposal from U.S. Cattle (metabolic laboratory report)

Moser, Mark A. 1990. Estimating the Costs and Benefits of Methane Recovery from New Texas Dairy
Waste Lagoons to Mitigate New Methane Sources. Resource Conservation Management Inc.

Moser, Mark A. 1990. LAGMET: Animal Waste Lagoon Methane Emissions Model. Berkeley:
Resource Cons. Management Inc.

North, J.R. and D.L. Day. 1990. "Feasibility of an Integrated Biogas Scrubber for a Swine Manure

Digester." Proceedings Sixth Int. Symposium on Agr. and Food Process Wastes. Amer. Soc.
Agr. Engr. Addendum

North, J.R., B.C, Fedler, T.H.Chen and D.L Day. 1987. ‘The University of Illinois Digester, Principles
of Operation." Proceedings CIGR Seminar on Latest Developments in Livestock Housing.
Univ. Ill. June 22-26. Amer. Soc. Agr. Engr. pp 52-60

Patni, N.K. and P.Y, Jui. 1986. *Changes in Solids and Carbon Content of Dairy-Cattle Slurry in Farm
Tanks." Biological Wastes. Vol. 20, 1987 pp 11-34

16


Patni, N.K. and P.Y. Jui. 1985. ‘Volatile Fatty Acids in Stored Dairy-Cattle Slurry." Agricultural Wastes.
Vol. 13 pp 159-178

Safley, LM. Jr. and P.W. Westerman. 1990. ‘Psychrophilic Digestion of Animal Manure: Proposed
Design Methodology." Biological Wastes. 34(1990) pp 133-148

Safley, LM. Jr. and Philip D. Lusk. 1990, Low Temperature Anaerobic Digester. North Carolina:
Energy Division of NC Department of Economic and Community Development

Safley, LM. Jr. and P.W. Westerman. 1988. ‘Anaerobic Lagoon Biogas Recovery Systems."
Biological Wastes. 27(1989). pp 43-62

Safley, LM. Jr. and P.W. Westerman. 1987. ‘Biogas Production from Anaerobic Lagoons." Biological
Wastes, 23(1988). pp 181-193

Zhang, R.H., D.L. Day and K. Ishibashi. 1990. "Generation and Transport of Gases In and Out of
Liquid Swine Manure in Underfioor Pits." Pi lings Sixth Int. Symposium on Agr. and Food
Process Wastes. Amer. Soc. Agr. Eng. Pub. 05-90. pp 487-493

Zhang, R.H., J.R. North and D.L. Day. 1990. "Operation of a Field Scale Anaerobic Digester on a
Swine Farm." Applied Engr. in Agr. of Amer Soc. Agr. Engr. Vol. 6 no.6 pp 771-776

16


International Directory of Methane Related Activities

Jeff Douglas

Waste Management of North America
3003 Buttertield Rd., Oak Brook, IL 60521
U.S.A.

Tel: 708-572-8800 Fax: 708-572-3094
Emission source: Landfilis

Create gas collection systems and recovery facilities
(each facility provides energy for 10,000 house-
holds)

Develop methodology for estimating global landfill
methane emissions (project with U.S. EPA)

Main language: English

Bibliography entry: no

Werner Dub

Head of Environment and Engineering Section
Ruhrgas Aktiengeselischaft

Huttropstrasse 60, D-4300 Essen 1,

Germany

Tel: 49-201-184-4382 Fax: 49-201-184-3766
Emission source: Natural gas systems

Study methane releases by gas and oil-producing
industries

Main language: German

Bibliography entry: yes
Related bibliography entry: Klaus Wemer

John M. Duxbury

Department of Agronomy

Cornell University

917 Bradfield Hall, Ithaca, NY 14853

U.S.A.

Tel: 607-255-1732 Fax: 607-255-2106
Emission source: Rice cultivation
Research to determine whether emissions from rice
cultivation are derived from soil carbon or current
photosynthate

Research to determine the impacts of green manur-
ing on methane emissions from flooded rice fields

Main language: English
Bibliography entry: no

Richard Echols

Director of Gas Systems
Browning-Ferris Industries Inc.

757 N. Eldridge, Houston, TX 77079
USA.

Tel: 713-870-7801 Fax: 713-584-8043
Emission source: Landfilis

Build methane-contro! landfill systems including
wells, incinerators, and blowers

Research and development on methods using meth-
ane from landfills for electricity plants

Main language: English
Bibliography entry: no

Gary R. Evans

Special Asst. for Global Climate Change

USDA-Office of Asst. Secretary

Science and Education, Administration Building Room
217W, Washington, DC 20250

U.S.A.

Tel: 202-447-5979 Fax: 202-755-7842
Net Address: g.evans.usda,
Emission source: All sources

Chairperson of CEES/MARS Subcommittee: Stud-
ies mitigation and adaptation technology

MARS Subcommittee: cost-benefit analysis of meth-
ane reduction

Main language: English
Bibliography entry: no


Okken, P.A., and T. Kram. 1989. CH,/CO Emission from Fossil Fuels- Global Warming Potential.
Stichting Energieonderzoek Centrum Nederland. Energie Studie Centrum. Sponsored by

Netherlands Ministry of Economic Affairs, proj. no. 7002. Prepared for IEA/ETSAP-workshop,
Paris. June

Pearman, G.l. and S. Faragher, eds. 1990. CSIRO: Climate Change Research Program, DASETT-
Funded Research Progress Report 1989-1990. Victoria, Australia: Institute of Natural
Resources and Environment

Prinn, R. , D. Cunnold, R. Rasmussen, P. Simmonds, F. Alyea, A. Crawtord, P. Fraser, and R. Rosen.
14990. "Atmospheric Emissions and Trends of Nitrous Oxide Deduced from 10 Years of ALE-
GAGE Data." Journal of Geophysical Research. Vol. 95 no.D11 pp 18,369-18,385.
October

Rijsberman, F.R. and R.J. Swart, eds. 1990. Targets and Indicators of Climatic Change. The
Stockholm Environment Institute. Stockholm, Sweden

Sakamoto, T. et al. Report of Survey on Emission of Methane and Nitrous Oxide (part of Mobile
Source)

Steele, L.P., P.J. Fraser, R.A. Rasmussen, M.A.K. Khalil, T.J. Conway, A.J. Crawford, R.H. Gamon, K.A.
Masarie, and K.W. Thoning. 1987. ‘The Global Distribution of Methane in the Troposphere."
Journal of Atmos. Chem. Vol. 5 pp 125-171

Tsuruta, H. 1991. "Atmospheric Methane in Urban Areas and Paddyfields of Japan." Research
Reports of Division of Environmental Planning. NIAES. no.7 pp 159-168 (in Japanese)

Tsuruta, H. 1990. ‘Sources and Behavior of Atmospheric Methane." Chemical Industry. Vol. 41 pp
572-578 (in Japanese)

Tsuruta, H. 1990, ‘Long-term and Seasonal Variations of Atmospheric Methane in Japan." Abstracts

of the 1990 EPA/AWMA International Symposium on Measurement of Toxic and Related Air
Pollutants. 94

Victor, David. 1990. Greenhouse Gas Emissions from High Demand Natural Gas-Intensive Energy
Scenarios. IASA-WP-90-01

Victor, David. 1989. Leaking Methane from Natural Gas Vehicles: Implications for US Greenhouse
Gas Reductions from the Automobile Sector. IIASA WP-89-055

Williams, D.J. 1989. ‘Australian Methane Fluxes." Greenhouse and Energy. ed. D.J. Swain. CSIRO
Australia

26


USING THE DIRECTORY

Summary charts

Summary charts are provided in part one of the directory to provide a summary
of the information in the directory. The summary charts list individuals and groups
involved in methane-related activities in the following categories:

+ Emission Estimates;
+ Emission Reductions; and
+ Atmospheric Studies.

These summary charts are organized by the major methane sources (landfills,
coal mining, livestock, etc.). For work focused on reducing methane emissions, the
chart indicates the status of the work, whether the work is at the research and
development (R&D), demonstration, or commercial stage, or whether it is a study.
Each person or group’s country of residence is listed. In cases where the activity is
carried out in a region different from the country of residence, this is specified under
the column WORK REGION.

Data Listings

Part two of the directory consists of alphabetized data listings for every person
or group that provided information. Each listing contains the following information:

« Name or group;

+ Address;

+ A brief description of each activity;

« Indication of entries in the bibliography; and

« Names of authors of related publications.


Strategies Working Group. As a follow-up effort, the Working Group is now striving to
keep the IPCC community and others abreast of developments in the areas of methane
emission estimates and reduction options.

The Directory includes the following information:

. Emission Estimates. Information on efforts to measure and derive emission
estimates from the different methane sources, including efforts to better
understand the processes that affect the emissions.

. Emission Reductions. An update of efforts to examine the effectiveness and
costs of different technological options and management practices, as well
as descriptions of the types of activities underway to reduce emissions of
methane.

° Studies of Methane in the Atmosphere. Analysis of the role of methane in

atmospheric processes.

Requests for Additional Information

To develop this directory, we requested information from many involved with
methane-related activities. If there is additional work that should be included in the next
version of this directory, please use the form at the back of the directory to submit the
requested descriptive information. Information forms can be submitted to:

U.S./Japan Working Group on Methane
c/o Global Change Division

ANR-445

U.S. Environmental Protection Agency
401 M Street, SW

Washington, D.C. 20460

(ph) 202-260-9304
(fax) 202-260-6344


EMISSION REDUCTIONS (continued)

neers Rountry
R&D Demo. Comm. Study

Sauer, Frank D. x Canada
Balagot, Beta P. x Philippines.
Chandler, Jeff x x USA
Day, Donald L. x USA USA and Kenya
Moser, Mark A. x x USA
Richards, Keith x UK
Roos, Kurt x x USA
Safley, LM. x x USA

Flooded Rice Allen, t.H. Jr. x x USA
Bouwman, Lex x x Netherlands Global
Braate, Barbara x USA Global
Breitenbeck, Gary x USA
Byrnes, Bernard x USA Global
Cicerone, Ralph J. x USA Global
Guenther, Alex x USA Global
Hills, Alan J. x USA Global
Hogan, Kathieen x USA Global
Inubushi, Kazuyuki x Japan
Klinger, Lee x USA Global
Law, Victor x USA Global
Liang S. & Chen Z. x China
Minami, Katsuyuki x Japan Global
Mosier, Arvin x USA Global
Neue, Heinz-Utrich x Phillipines Global

“If different from country of residence.


Summary Charts




Y.P. Abrol and P.S. Deshmukh
Division of Plant Physiology- IARI
Indian Agricultural Research Institute
New Delhi 110012,
India
Tel: 91-582815/652147

Emission source: Rice cultivation

Performwetiand rice experiments to determine the
causes and magnitude of methane emissions
Main language: English

Bibliography entry: no.

L.H. Allen Jr.

U.S.Department of Agriculture

Agricultural Research Service

Bidg. 164 IFAS-0621, University of Florida,
Gainesville, FL 32611-0621

U.S.A.

Tel: 904-392-6180 Fax: 904-374-5852
Emission source: Rice cultivation

Measure emissions from rice grown in controlled-
environment chambers as a function of CO2
concentration and temperature

Study options for emission reduction by soil amend-
ments and other management practices

Main language: English
Bibliography entry: no

Bo Assarsson

National Swedish Energy Administration

Statens Energiverk, 30 Liljeholmsvogen, 117 87
Stockholm,

Sweden

Tel: 46-8-744-9500 Fax: 46-8-744-0980
Emisston source: All sources

Estimate greenhouse gas emissions from human
activity and their climatic effects

Main language: Swedish/English

Bibliography entry: no

Related bibliography entry: National Swedish En-
ergy Administration

Tadashi Ayusawa

Environment Survey Division

Japan Automobile Research Institute Inc.

2530 Karima, Tsukuba, Ibaraki 305,

Japan :

Tel: 81-298-56-1111 Fax: 81-298-56-1122/1124
Emission source: Urban sources
Chassis-dynomometer measuring method for exhaust
methane and NO (analyze exhaust gases within 20
minutes with 100cc sample gas)

Main language: JapaneseEnglish
Bibliography entry: yes

Beta P. Balagot

Environmental Management Bureau

Dept. of Environment and Nat. Resources

6th Floor- Philippine Heart Center Bidg., East Avenue
Diliman Quezon City, 3008 Metro Maniia,

Philipines

Tel: 97-32-54

TLX: 2507NEPC PU

Emission source: Animal wastes

Biogas digesters installed in piggeries to reduce air and
water pollution; provide fuel for home power genera-
tion or cooking

Main language: English
Bibliography entry: no

Lee Baldwin

University of California at Davis
Department of Animal Sciences
2223 Meyer Hall, Davis, CA 95616
USA.

Tel: 916-752-1050
Emission source: Ruminants

Develop model to determine methane emissions from
tuminant animals

Main language: English
Bibliography entry: no


United States Air And 400/1-91/031
Environmental Protection Radiation August 1991
Agency (ANR-445)

& EPA International Directory of
Methane Related Activities

U.S./Japan Working Group on Methane
&B Printed on Recycled Paper


International Directory of Methane Related Activities

Ronald Sass

Rice University

Ecology Department

P.O. Box 1892, Houston, TX 77251
U.S.A.

Tel: 713-527-4066 Fax: 713-285-5232
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

Katsuya Sato
Control and Cooperation Division
Global Environment Department
Japan Environment Agency, 1-2-2 Kasumigaseki,
Chiyoda-ku Tokyo 100,
Japan
Tel: 81-3-3581-7244 Fax: 81-3-3504-1632
Emission source: All sources
Estimate methane emissions in Japan
Main lanquage: Japanese

Bibliography entry: no
Related bibliography entry: Japan Environmental
Sanitation Center

24

Frank D. Sauer

Anima! Research Centre
Agriculture Canada

K.W. Neatby Building Room 2050,
Ottawa, Ontario, K1A OC6
Canada

Tel: 613-993-6002 ex.7901 Fax: 613-995-8175
Emission source: Ruminants

Research on the quantitation and mechanism of
metabolic pathways of ruminant methane

Develop methods for reducing methane emissions
from cattle without damaging animal performance or
well-being

Test cost-effective methods of reducing methane
production in ruminants (¢.g. incorporate ionophores
into feed)

Main language: English

Bibliography entry: yes

Related bibliography entries: Marsden, Kramer,
Teather

Steven Schwochow

Institute for Energy Resource Studies
Colorado School of Mines

Campus Box 22, Golden, CO 80401-1887
U.S.A.

Tel: 303-273-3888 Fax: 303-273-3574
Emission source: Coal mining

Study methods for coal degasification and methane
recovery; design and field testing (drilling/comple-
tior/stimulation)

Field and laboratory studies in geology/hydrology/
coal characterization/reservoir modeling
Main language: English

Bibliography entry: no
Related bibliography entry: Institute for Energy Re-
source Studies


EMISSION ESTIMATES (continued)

Natural Gas Systems (continued) Kolb, Charles E. USA
Lamb, Brian USA
Lott, Robert USA
McManus, Barry USA
Nakicenovic, Nebojsa Austria
Nielen, RJ. Netherlands
Picard, David J, Canada
Popiolek, Mariusz Poland
Tilkicioglu, Basat USA
Tilley, John W. Australia

Landfills Barns, David W. USA Global
Bogner, Jean USA
Douglas, Jeff USA Global
Gaudioso, Domenico Italy
Hanashima, Masataka Japan
Harriss, Robert C. USA
Hosomi, Masaaki Japan
Pacey, John USA
Patterson, John A. USA
Popiolek, Mariusz Poland
Szuchs, Istvan Hungary
Tanaka, Masaru Japan

“If different from country of residence.


Coal Mining Banerjee, Bangsi D. India
Barns, David W. USA Global
Boyer, Charles M. USA Global
Harriss, Robert C. USA
Higuchi, Kiyoshi Japan
Hindmarsh, W.E. UK
Homer, John USA Poland & China
lset, Takehiro Japan
Kruger, Dina USA Global
Lunarzewski, Leszek Australia
Popiolek, Mariusz Poland
Soot, Peet USA USA & International
Szuchs, Istvan Hungary
Tilley, John W. Australia
Zimmermeyer, G, & K. Noack Germany
Natural Gas Systems Bams, David W. USA Global
Bogner, Jean USA
Campbell, Rex Australia
Dub, Werner Germany
Giles, Michael G. Canada North America
Harriss, Robert C. USA
Homer, John USA Poland & China

“If different from country of residence.


NATURAL GAS SYSTEMS

Commonweaith Department of Primary Industries and Energy. 1990. "Methane Emissions from the
Australian Energy Sector."

Dixon, B.F. 1989, "Methane Losses from the Australian Natural Gas Industry." Greenhouse and
Energy. ed. D.J. Swain. CSIRO Australia

Dub, Werner. 1990. "Controlling Emissions from Fossil Fueis- A Challenge to the Petroleum Industry:*
Oil Gas- European Magazine Vol. 4 pp 3-7

Picard, D.J. and D.W.H. Koon. 1990. Data: A Prelimi of CH4
and VOC Emissions From Upstream Oil and Gas Se in Alberta. peer by
Clearstone Engineering Ltd. for Canadian Petroleum Association. Calgary, Alberta

Picard, D.J. and D.W.H. Koon. 1990. Development of the Inventory: A Preliminary Inventory of CH4
and VOC Emissions From Upstream Oil and Gas Operations in Alberta. Prepared by
Clearstone Engineering Ltd. for Canadian Petroleum Association. Calgary, Alberta

Picard, D.J., E.M. Berlie and D.G. Colley. 1989. Detailed Reference Guide:Emission Audit Manual for
Operators of Oi! and Gas Production Facilities in British Columbia. Prepared by Westem
Research for Environmental Protection Service, Environment Canada. West Vancouver, British
Coutumbia

Picard, D.J., E.M. Berlie and D.G. Colley. 1989. Working Guide: Emission Audit Manual for Operators.
of Oil and Gas Production Facilities in British Columbia. Prepared by Western Research for
Environmental Protection Service, Environment Canada. West Vancouver, British Coulumbia

Tilkicioglu, Basat. 1990. Annual Methane Emission Estimate of the Natural Gas Systems in the United
States: Phase 2. Pipeline Systems Incorporated for Radian Corporation. September

Tilkicioglu, Basat H, and D.R. Winters. 1989. Annual Methane Emission Estimate of the Natural Gas
Systems in the United States. Pipeline Systems Incorporated for ICF Incorporated. December

Werner, Klaus G. 1990. "Study on Releases of Methane by the Gas and Oil Producing Industry in the
Federal Republic of Germany." Contribution to the E & P Forum ‘Atmospheric Issues
Workshop". Hannover, Germany. May 2


International Directory of Methane Related Activities

Peter A. Okken

Netherlands Energy Research Foundation
ESC/ Energy Studies

P.O. Box 1, 1755 26 Petten,

Netherlands

Tel: 31-2246-4430/4347 Fax: 31-2246-3338
Emission source: All sources

Carry out desk studies of energy and materials
scenarios to reduce greenhouse gas emissions

1990-1993 project: part of national research pro-
gram on air pollution and climate change

Energy Technology Systems Analysis Program: aims
to include material flows into energy models

Main language: Dutch/English

Bibliography entry: yes
Related bibliography entry: Yoema

David Olszyk

U.S. Environmental Protection Agency
Environmental Research Laboratory

200 S.W. 35th Street, Corvallis, OR 97333
U.S.A.

Tel: 503-757-4311 Fax: 503-757-4799
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without

decreasing productivity
Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

20

John Pacey

EMCON Associates

1921 Ringwood Avenue, San Jose, CA 95131
U.S.A.

Tet: 408-453-7300 Fax: 408-436-9425
Emission source: Landfills

Estimate landfill emissions, using case histories, for
international book on emissions to be published in
1992

Planning field-scale demonstration project to en-
hance methane generation and recovery

Active design activity with specialty in gas migration
and emission management
Main language: English

Bibliography entry: yes
Related bibliography entries: Augenstein, Van Heuit

D.C. Parashar

National Physical Laboratory

Dr. K.S. Krishnan Road, New Delhi 110 012,

India

Tel: 91—588227/587162 Fax: 91-11-5752678

Net Address: N.P.O. New Delhi-110012 India,
Emission source: All sources

Measure and estimate emissions of greenhouse
gases in india

Main language: English
Bibliography entry: no

Miles M. Parker

Ministry ot Agriculture; Fisheries and

Food

Nobel House- Room G13, 17 Smith Square, London,
SWIP 3JR

United Kingdom

Tel: 44-71-238-5504 Fax: 44-71-238-5597
Emission source: General agriculture

Fund research and development on estimates and
control of methane emissions from agriculture

Main language: English
Bibliography entry: no


Information Form

Name:
Institute:
Address:

Phone:
Facsimile:

Net Address:

Activities:
- Category

- Description

Main Language:
Published or open documents:
Other information:

‘BU.S. Government Printing Office : 1992 - 312-014/40065


International Directory of Methane Related Activities

Michael Gibbs

ICF Consulting Associates Inc.

10 Universal City Plaza Suite 2400
Universal City, CA 91608-1097
U.S.A.

Tel: 818-509-3186 Fax: 818-509-3137

Emission source: Ruminants/Animal wastes/
Landfills/Natural gas

Investigate methane emissions from ruminant ani-
mais, landfills, and natural gas systems

Predict total emissions from animal wastes in the
United States

Investigate emission reduction options from rumi-
nant animals, animal wastes, landfills, and natural

gas systems
Main language: English
Bibliography entry: yes

Michael G. Giles

Canadian Gas Association

55 Scarsdale Road, Don Mills, Ontario, M3B 2R3
Canada

Tel: 416-447-6465 Fax: 416-447-7067
Emission source: Natural gas

Study methane releases in the North American gas
industry (Gas Research Institute and Canadian Gas
Association)

Main language: English
Bibliography entry: no

D.I. Givens and Mrs. A.R. Moss

ADAS Feed Evaluation Unit

Drayton Manor Drive- Alcester Road, Stratford on Avon,
Warwickshire, CV37 9RQ

United Kingdom

Tel: 44-789-266-704 Fax: 44-789-414-393
Emission source: Livestock

Estimate emissions from managed ruminants on
numerous diets

Investigate effects of mixing rations on levels of
methane production

Main language: English
Bibliography entry: no

Barbara J. Goodman

Solar Energy Research institute
1617 Cole Bivd., Goiden, CO 80401
U.S.A.

Tel: 303-231-1005 Fax: 303-231-1352.
Emission source: Landfills

Convert municipal solid waste to energy {thermo-
chemical and biochemical conversion)

Data collection/analysis and technology transfer for
waste- to-energy conversion

Main language: English
Bibliography entry: yes

D.L. Granatstein

Nova Scotia Power Corporation

Generation Studies, P.O. Box 910, Halifax Nova Scotia,
B3J2W5

Canada

Tel: 902-428-6039 Fax: 902-428-6100
Emission source: Coa! mining

Study options for reducing/utilizing methane from
coal mines (fo be used at power stations as combus-
tion air)

Main language: English

Bibliography entry: no

Alex Guenther

National Center for Atmospheric Research

P.O. Box 3000, 1850 Table Mesa Drive, Boulder, CO
80307

U.S.A.

Tel: 303-497-1447 Fax: 303-497-1411/1400
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Main language: English

Bibliography entry: no
Related bibliography entry: Braatz


W.Seiler/H.Rennenberg/
H.Papen/R.Wassmann

Fraunhofer Institute for Atmospheric

Research

Kreuzeckbahnstrasse 19,8100, Garmisch-Partenkirchen,
Germany

Tel: 49-8821-183-0 Fax: 49-8821-73573
Emission source: Rice cultivation

Monitor methane emissions from Chinese rice pad-
dies

Field measurement/laboratory studies (enclosure
and Scanning Electron Microscopy) to quantify plant-
mediated methane transport

Measure methane from varying cultivation practices
{organic/inorganic fertilizers; tlooding/drought; culti-
vars)

Main language: English/German

Bibliography entry: yes
Related bibliography entries: Holzapfel-Pschom,
Schutz, Wang

Lowell Smith

Office of Research and Development

U.S. Environmental Protection Agency

RD-682, 401 M Street SW, Washington, DC 20460
U.S.A.

Tel: 202-382-5717 Fax: 202-382-6370
Emission source: Natural sources

Research to improve understanding of release and
uptake of methane from soils and other ecosystems

Reduce emissions from soils and other ecosystems
Main language: English
Bibliography entry: no

K.A. Smith and J.R.M. Arah
‘The Scottish Agricultural College-

Edinburgh
West Mains Road, Edinburgh EH9 3J/G,
Scotland

Tel: 31-667-1041 Fax: 31-667-2601

Emission source: General agriculture

Develop process-based models of methane emis-
sions from flooded soils taking into account
productionAransport/aerobic oxidation factors

Main language: English

Bibliography entry: no

Laszlo Somos

Hungarian Geological (nstitute

XIV Nepstadion ut 14, 1143 Budapest,
Hungary

Tel: 36-1-251-6769 Fax: 36-1-251-0703

Net Address: Bimbo ut 96/a. fsz.1. 1022 Budapest-Hung,
Emission source: Coai mining

Planning feasibility study for pre-mining degasification
and gas utilization at Mecsek mines in southem
Hungary

Create computerized databank of all Hungarian coal
deposits’ natural characteristics

Main language: English
Bibliography entry: no

Peet M. Soot

Northwest Fuel Development Inc.
P.O. Box 25562, Portland, OR 97225
Net Address: 7675 SW Miner Way,
U.S.A.

Tel: 503-297-6291 Fax: 503-297-1802
Emission source: Coal mining

Demonstration project (NW Fuel/U.S.DOE): meth-
ane from gob wells and abandoned mines fuels
engines which drive generators

Perform analysis/field testing of emissions from un-
derground and surface and abandoned mines

Develop an ultra-lean fuel burning gas turbine which is
self-sufficient at methane concentrations as lowas 2%

Main language: English
Bibliography entry: yes


Phillp M. Fearnside

National Institute for Research in the
Amazon (INPA)

C.P. 478, 69.011 Manaus-Amazonas,
Brazil

Tel: 55-92-236-9683 ex120 Fax: 55-92-236-3822

Emission source: Biomass burning/Hydroelec-
tric power

Study impacts of deforestation; biomass and carbon
Partitioning in burning (and decomposition)

Study soil changes from land use conversions (in-
cluding carbon poois)

Study methane release from Amazonian hydroelec-
tric development

Main language: English/Portuguese/Spanish/French/
Hindi

Bibliography entry: yes

Diane Fisher

Environmental Defense Fund

5655 College Ave., Oakland, CA 94618
USA.

Tel: 415-658-8008 Fax: 415-658-0630
Emission source: All sources
Estimate emissions from ail sources
Study options for reducing emissions
Main language: English

Bibliography entry: yes
Relatedbibliography entries: Jager, Clark, Rijsberman

Jurg Fuhrer

Swiss Federa! Research Station for Agric

Chemistry and Environmental Hygiene
Schwarzenburgstrasse 155, CH-3097 Liebefeld-Bern,
Switzerland

Tel: 41-31-59-83-71 Fax: 41-31-59-84-15
Emission source: General agriculture

Estimate emissions of trace gases from agriculture
and naturat sources

Main language: German

Bibliography entry: no
Related bibliography entry: L'Office Federal de ta
Protection de Environment

LE. Galbally

Commonwealth Scientific and Industrial

Research Organisation (CSIRO)

Division of Atmospheric Research, Private Bag No. 1,
Mordialloc Victoria, 3195

Australia

Tel: 03-586-7666
Telex: AA34463

Emission source: All sources

Determine historical concentrations of greenhouse
gases from Antarctic ice-core analysis

Inventory greenhouse gas emissions in Australia
and New Zealand

Review options for reducing greenhouse gases in
Australia

Main language: English

Bibliography entry: no
Related bibliography entries: Pearman, ANZEC

Fax: 03-586-7600

Domenico Gaudioso

ENEA (Italian Commission for Nuclear and

Alternative Energy)

C.R.E. Casaccia - via Anguillarese 301, 00060 S. Maria
di Galeria, Rome,

Italy

Tel: 39-6-3048-3571 Fax: 39-6-3048-4925
Emission source: Landfilis/all sources

Analyze and select emission factors for methane and
NMVOCs (framework of Italian estimates & EC
Corinair Project)

Determine emission factors tor methane from land-
fills

Main language: Italian/English/French
Bibliography entry: yes


Van Heuit, Robert E. 1984. "Design, Operation and Results of the Controlled Landfill Project." First
Symposium on Biotechnical Advances in Processing Municipal Wastes for Fuels. Minneapolis,
Minnesota. August

Van Heuit, Robert E. 1984. "Landfill Gas Conversion Systems- Third Party Development Versus Public
Entity Development." APWA Solid Wastes Planning and Management Conference. San Jose,
California. November

Van Heuit, Robert E. 1982. "Methane Gas Monitoring and Collection Systems." National
Environmental Health Association. New Orleans, Louisiana. June

Van Heuit, Robert E. 1982, "Methane Gas Control and Recovery." University of Wisconsin. Madison,
Wisconsin. February

Winrock Intemational, in Developing Countries fro id es.

Available through: Renewable Energy and the Environment . Winrock intemational. 1611 North
Kent Street. Arlington, VA 22209-2134 USA

12


Bibliography

The bibliography at the end of the directory contains selected sources from lists
provided by the directory participants. The bibliography entries are grouped by major
methane source (landfills, coal mining, livestock, etc.).






Kelso, B.S. and J.A. Keiafant. 1989. ‘A Strategy for Coalbed Methane Production Development; Part I,

Geologic Characterization." ICF-Lewin Energy. Proceedings Coalbed Methane Symposium.
Tuscaloosa, Alabama. April 17-20. pp 3-9

Kruger, Dina W. 1991. *Coalbed Methane: Environmental Protection at a Profit." Proceedings of the_
1991 Coalbed Methane Symposium. University of Alabama/Tuscaloosa. May 13-16

Kuuskraa, V.A., C.M. Boyer and R.A. McBane. 1989. “Coalbed Methane; 7 Steps to Assess Resource
Economics Covered." Oil and Gas Joumal, Vol. 87 no. 52 pp 121-122, 124-125

Lunarzewski, L. 1991. "Application of Gassiness Prediction and Gas Drainage Methods for High
Production Longwall Mining System." Gas in Australian Coal Mines Syposium. Univ, of NSW,
Sydney, Australia. February

Lunarzewski, L, G. Mitchell and C. Clark. 1988. ‘Limitations and Requirements of Gas Control
Methods for High Production Longwall Mining." The Aust. .M.M. Illawarra Branch, 21st
Century Higher Production Coal Mining Systems - Their Implications. Wollongong, Australia.
April

Lunarzewski, L. 1982. “Methane Drainage Effectiveness With Regard to Different Mining Systems in
Polish Coal Mines." The Aust. [.M.M. Illawarra Branch Symposium 'Seam Gas Drainage with
Particular Reference to the Working Seam’. Wollongong, Australia. May

Maione, P.G., F.H. Briscoe, 8.S. Camp and C.M. Boyer. 1987. *Methods of Calculating Coalbed
Methane Reserves with Insight into the Advantages and Disadvantages of Each Method."
Proceedings Coalbed Methane Symposium. Tuscaloosa, Alabama. November 16-19. Vol.
1987 pp 73-79

McEihiney, J.E., R.A. Koenig and R.A. Schraufnagel. 1989. "Evaluation of Coalbed Methane Reserves
Involves Different Techniques.” Oil and Gas Joumal. Vol. 87 no. 44 pp 63-72

Ogha, K., and K. Higuchi. 1987. “The Practice of Methane Drainage in Japan." Proceedings of the
Third U.S, Mine Ventilation Symposium. University Park, Pennsylvania. pp.261-269

Paul, G.W., W.K. Sawyer and R.A. Schraufnagel. 1990. ‘Development and Application of a 3-D
Coalbed Simulator." Paper CIM/SPE 90-119. Presented at 1990 Petroleum Society of
CIM/Society of Petroleum Engineers Technical Meeting. Calgary, Alberta. June 10-13

Sawyer, W.K., M.D. Zuber, V.A, Kuuskraa and D.M. Horner. 1987. "Using Reservoir Stimulation and
Field Data to Define Mechanisms Controlling Coalbed Methane Production." Proceedings
Coalbed Methane Symposium. Tuscaloosa, Alabama. November 16-19. Vol. 1987 pp 295-
307

Scaife, P,G. and N.S. Bharucha. 1990. Methane Drainage: Coal Mine Productivity and the
Greenhouse Effect. Canberra: Department of Primary Industries and Energy, Energy
Programs Division, Coal Research Branch

Soot, Peet M. and Raymond L. Mazza. 1990. "Coal Mine Methane Emissions: Quality, Quantity and
Potential for Power Generation." Pittsburgh Coalbed Methane Forum.


Winrock International.

Bioenergy for Agriculure

Bioeneray for Electric Power Generation
Bioener, m Ci esidi

Downdraft Gasifier/Engine Systems

Innovations in Biogas Systems and Technology
International Conference on Biogas Technology

Winrock Publications available through
Renewable Energy and the Environment
Winrock International
1611 North Kent Street
Arlington, VA 22209-2134 USA

Ybema, J.R. 1990. "On Comparing the Emissions of Different Greenhouse Gases." The Netherlands

Energy Research Foundation ECN. Presented at IEA/ETSAP-Workshop, Geneva.
October 8-11

27


Pacey, John G. 1989. ‘Enhancement of Degradation: Large-scale experiments." Sanitary Landfilling:
Process, Technology and Environmental Impact. eds. Thomas H. Christensen, Raffaello
Cossu, and Rainer Stegmann. pp. 103-119

Pacey, John G. 1987. ‘Consulting Engineer: The Gas Field Test, Design, Installation, and
Maintenance." with Robert E. Van Heuit. GRCDA Annual Conference. St. Paul, MN. August

Pacey, John G. 1987. ‘Landfill Gas Production - Past and Future, A Case History.” Presented at ISWA
Conference

Pacey, John G. 1986. ‘The Factors Influencing Landfill Gas Production." Presented in London,
England. November

Pacey, John G. 1984, "Control, Processing and Utilization of Landfill Gas." Presented at GRCDA.
Orlando, Florida. August

Pacey, John G. 1983. "Decomposition of Municipal Solid Wastes." Presented at GRCDA. Winnipeg,
Canada. August 29

Pacey, John G. 1983. ‘Analysis of Landfill Gas Enhancement Data, Controlled Landfill Project,
Mountain View, California." International Gas Research Conference (IGRC). London, England.
June

Pacey, John G. 1983. ‘Stimulation of Landfill Gas Production Through Refuse
Supplementation." Presented to Third International Conference on Anaerobic Digestion.
Boston, Massachussetts

Pacey, John G. 1982. "Refuse Moisture Balance- Insights from the Mountain View
Demonstration Project." Virginia Water Pollution Control Association. Richmond, Virginia.
December

Pacey, John G. 1982. "Controlled Landfill Demonstration Project-Discussion of the First Year of
Operation." International Conference at Technical University of Braunschweig. Brauschweig,
Germany. September

Pacey, John G. 1981. "Landfill Gas- A Potential Source of Vehicle Fuel." with Robert E. Van Heuit.
Presented in Pendleton, Oregon. November 19

Pacey, John G. 1981. "Methane Gas from Landfills- A Renewable Source of Vehicular Fuel." with
Robert E. Van Heuit. Institute of Gas Technology Symposium on Vehicular Fuels. Detroit,
Michigan. June 15

Pacey, John G. 1981. *Co-disposal of Sludge with Refuse." 13th Waste Disposal Seminar at
Technical University of Berlin. Berlin, Germany. June 1-3

Pacey, John G, 1981. ‘The Control and Beneficial Use of Landfill Gas in the United States." 13th
Waste Disposal Seminar at Technical University of Berlin. Berlin, Germany. June 1-3

Pacey, John G. 1981. ‘Landfill Gas: Asset or Liability?" Presented to Energy from Solid Waste
Seminar. Long Island, New York. May 18-19

Pacey, John G. 1981. *Controlling Landfill Gas." Waste Age, Volume 12, no.3, March

10


Joel S. Levine

Atmospheric Sciences Division

NASA Langley Research Center

Hampton, VA 23665

U.S.A.

Tel: 804-864-5692 Fax: 804-864-6326

Emission source: Biomass burning/Natural
sources

Estimate methane emissions from biomass buming;
assess distribution of burning according to forest/
grasslands

Estimate and enhance methane emissions from
wetlands after burning

Main language: English
Bibliography entry: yes

Liang Sicul and Chen Zongliang
National Environmental Protection Agency
115 Xizhimennei Nanxiaojie, Beijing, 100035
China

Tel: 602-45-53 Fax: 601-11-94
Emission source: Rice cultivation

Study effects of different cultivation practices on rice
Paddy methane emissions (e.g. scientific irrigation)

Main language: English
Bibliography entry: no

Bindu N. Lohani

Office of the Environment

Asian Development Bank

#6 ADB Avenue, Mandaluyong- Pasig, Metro Manila,
Phillipines

Tel: 632-4444 Fax: 632-7417961/6326816
Emission source: All sources

Set Environmental Guidelines for developmental
and infrastructural projects

Suggest economic policies for sustainable develop-
ment

Main language: English

Bibliography entry: no
Related bibliography entry: Asian Development Bank

Robert A. Lott

Air Quality

Gas Research Institute

8600 West Bryn Mawr Avenue, Chicago, IL 60631
U.S.A.

Tel: 312-399-8227 Fax: 312-399-8170
Emission source: Natural gas systems

Estimate methane emissions from natural gas sys-
tems

Study options for reducing methane emissions from
natural gas systems

Main language: English

Bibliography entry: no

Leszek Lunarzewski

Lunagas Pty. Limited

P.O. Box 222

The Junction, New South Wales, 2291
Australia

Tel: 61-49-29-66-46 Fax: 61-49-29-66-06
Net Address: 115 Darby StNewcastle NSW 2291-Aus-
tralia,

Emission source: Coal mining

Plan and manage seam gas emissions in coal mines’
underground environments

Measure methane/CO2 gas emissions from under-
ground coal mines

Develop gas drainage engineering to capture and
utilize seam gas methane from coal mining

Main language: PolistvEnglish

Bibliography entry: yes

Related bibliography entries: Myszor, Matuszewski,
Grebski, Hargraves, Budzinski, Battino

15


GENERAL/ALL/OTHER

ANZEC. 1990. A National Inventory of Greenhouse Gas Emissions for the Australia and New Zealand
Environment Council, Ref No. J/90008. July

Asian Development Bank, 1990. Economic Policies for Sustainable Development. Manila, Philippines

Asian Development Bank. 1990. Environmental Guidelines for Selected infrastructure rojects. Office
of the Environment. Manila, Philippines

Asian Development Bank. 1990. Environmental Guidelines for Selected Industrial and Power
Development Projects. Office of the Environment. Manila, Philippines

Asian Development Bank. 1987. Environmental Guidelin: Id ted Agricultural and Natural
Resources Development Projects. Environmental Unit, Infrastructure Dept. Manila, Philippines

Ayusawa, Tadashi, S. Sasaki, H. Kachi. 1991. "Greenhouse Gases from Automobile Exhaust Gas,
New Instrumentation and Analyzing Samples." Preparing for the 30th Annual Meeting of the
Japan Society of Air Pollution. November

Bams, David W. and J.A. Edmonds. 1990. An Evaluation of the Relationship Between the Production

and Use of Energy and Atmospheric Methane Emissions. Pacific Northwest Laboratory;
prepared for United States Department of Energy. Richland, Washington

Breitenbeck, G. A. 1990. Sampling the Atmospheres of Small Vessels. SSSAJ, 54:1794-1797

Clark. William C., ed. 1990. Usable Knowledge for Managing Global Climatic Change. The
Stockholm Environment Institute, Stockholm, Sweden

Crutzen, P., J.C. Gerard, and R. Zander, eds. 1989. ‘Constraints Imposed by the Ice Core Data on
the Budgets of Nitrous Oxide and Methane." Proceedings 28th Liege International

Colloquium, "Our here.* Belgium: University of Liege. pp 403-
410

Fisher, Diane, ed. 1990. Options for Reducing Greenhouse Gas Emissions. The Stockholm
Environment Institute. Stockholm, Sweden

Gaudioso, Domenico, with R. Vaccaro, S. Brini. 1991. "Volatile Organic Compounds Emissions in
Italy." First Int'l Congress on Volatile Organic Compounds, March 4-8

Gaudioso, Domenico, with R. Vaccaro, S.Brini. 1990. “VOC Emission Estimate in Italy: Extending the
CORINAIR Inventory." EMEP Workshop on International Emission Inventories, July 3-6

Gaudioso, Domenico, with M.C. Cirillo, C. Trozzi, W. Bocola. 1989. ‘Emission of Air Pollutants in Italy:
State of the Art." Environmental Models: Emissions and Consequences. Riso Int'l Conference,
May 22-25

Greene, Deni and Gary Gavin. 1990. Reducing Greenhouse Gases: Options for Australia. Deni

Greene Consulting Services for Australian and New Zealand Environment Coucil. ANZEC
Report No. 26. Canberra: Australian Government Publishing Service. September

23


International Directory of Methane Related Activities

A. Roy MacLean

Cape Breton Development Corporation

P.O. Box 2500, Sydney, Nova Scotia, B1P 6K9
Canada

Tel: 902-564-2803 Fax: 902-564-2589
Emission source: Coal mining

Study options to utilize ventilation air with .7% meth-
ane as combustion air for power plant (2.5 km away)

Main language: English
Bibliography entry: no

Gregg Marland

Environmental Sciences Division

Oak Ridge National Laboratory

P.O. Box 2008, Oak Ridge, TN 37831-6335
U.S.A.

Tel: 615-574-0390 Fax: 615-574-2232
Emission source: All sources

Compile climate data packages which include data
on methane’s atmospheric chemistry

Main language: English
Bibliography entry: no

Denes Masszi

D. Masszi Consulting Ltd.

44 Glen Rd., Toronto Ontario, M4W 2VI
Canada

Tel: 416-925-9548 Fax: 416-925-9548
Emission source: Coal mintng

Study and develop systems for mine ventilation air
system methane recovery

Virgin Coal Demethanization (VCD): surface drain-
age before mining starts

Virgin Coal Demethanization in gob area
Main language: English
Bibliography entry: no

16

Barry McManus

Aerodyne Research Inc.

45 Manning Rd., Bellerica, MA 01821-3976
U.S.A.

Tel: 508-663-9500
Emission source: Natural gas systems

Estimate methane emissions from natural gas sys-
tems in the United States

Main language: English
Bibliography entry: no

Leticia Menchaca
Centro de Ciencias de la Atmosfera UNAM

Dept. of Climatography
Circuito Exterior C.U., C.P. 04510, Ciudad Universitaria,
Mexico

Tel: 550-52-15 ext. 4387 Fax: 525-548-97-81

Net Address: MENCHACA @ UNAMVM1 (BITNET),
Mexico D.F.

Emission source: General agriculture

Estimate emissions from and effects of methane on
tropical agriculture

Develop proxy methods in paleoctimatology
Main language: Spanish/English
Bibliography entry: no

Miao Fen

Central Coal Mining Research Institute
Xian Branch

44 Yanta Road, 710054 Xian, Shaanxi,
China

Tel: 29-71-41-17 ext.337 Fax: 29-71-93-57
Net Address: 44 Yanta Rd. 710054 Xian- Shaanxi- China,
Emission source: Coal mining

Develop methane recovery methods from coal min-
ing in the use stage

Recover methane from coal seams by extracting gas
through bore holes from the coalbed to the surface

Main language: English/Chinese
Bibliography entry: no


Bibliography


International Directory of Methane Related Activities

Bernard H. Byrnes

International Fertilizer Development
Center (IFDC)

P.O. Box 2040, Muscie Shoals, AL 35662
CGI031 or IFDC MODEL,

U.S.A.

Tel: 205-381-6600 Fax: 205-381-7408
Emission source: Rice cultivation

Determine the effects of chemical fertilizer use and
management on methane emissions from flooded
tice tields

Run computer simulation models for emissions esti-
mates (integrate process models and G/S-type
systems)

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

Bruce Callander

Intergovernmental Panel on Climate

Change (WG1)

Hadley Centre (Room H202), Meteorological Office,

Bracknell, RG12 2SY

United Kingdom

Tel: 44-344-856615 Fax: 44-344-856912
Emission source: All sources
Coordinate IPCC Scientitic Assessment reviews and
workshops on sources and sinks/GWPs of all green-
house gases; emissions scenarios

Workshops planned for 1991/1992; Reports pub-
lished 1992

Inventory work coordinated with the OECD; Initiative
begun at Paris Meeting of Experts- February 1991

Main language: English
Bibliography entry: no

Dawn Campbell

Solid Waste Association of North America

P.O. Box 7219, Silver Spring, MD 20910U.S.A.

Tel: 301-585-2898 Fax: 301-589-7068

Net Address: 8750 Georgia Ave. Suite E-140 Silver Sp,
Emission source: Landfills

Symposia (for officials/consultants/vendors) that pro-
vide information and insight on landfill gas
management

Main language: English

Bibliography entry: no
Related bibliography entry: Solid Waste Association
of North America

Rex Campbell

AGL Gas Companies

Research and Development Department
P.O. Box 944, North Sydney NSW, 2059
Australia

Tel: 61-2-9228521 Fax: 61-2-9228487
Emission source: Natural gas systems

Goldline project: replace corroded pipes with nylon
11 piping (insert into existing pipe) to stop 85% leaks
Estimate methane losses in energy industry of New
South Wales

Main language: English

Bibliography entry: no
Related bibliography entries: Dixon, Hargraves (coal
mining), Williams

S.M. Cayless

Department of Environment

B453 Romney House

43 Marsham Street, London, SWIP 3PY

United Kingdom

Tel: 44-71-276-8396 Fax: 44-71-276-8299
Emission source: All sources
Measure radiatively important trace gases, including
methane
Main language: English

Bibliography entry: no
Related bibliography entry: Prinn


China Coal Society. Journal of China Coal Society. quarterly

Commonweatth Department of Primary Industries and Energy. 1990. ‘Methane Emissions from the
Australian Energy Sector."

Decker, A.D., J.C. Close and R.A. McBane. 1989. ‘The Use of Remote Sensing, Curvature Analysis,
and Coal Petrology as Indicators of Higher Coal Reservoir Permeability." Proceedings
Coalbed Methane Symposium. Tuscaloosa, Alabama. April 17-20. pp 325-240

Decker, A.D., S.J. Jeu, J.D. Cooper and D.E. Wicks. 1988. "Geology, Geochemistry, Reservoir
Engineering, and Completion Methods at the Cedar Hill Field, San Juan County, New Mexico;
A Field Study of Classic Coal-degasification Behavior." U.S. Geological Survey. James E.
Fasset, ed. Denver, Colorado: Rocky Mtn. Assoc. Geol.

Decker, A.D. and D.M. Homer. 1987. "Source Rock Evaluation; a Method of Predicting Dominant
Reservoir Mechanisms of Deeply-buried, Low-permeability Coal Reservoirs." Proceedings
SPE/DOE Joint Symposium on Low Permeability Reservoirs. Denver, Colorado. May 18-19.

Richardson, Texas: SPE. pp 297-306

Decker, A.D. 1986. "Geologic Parameters Controlling Natural Gas Production from a Single Deeply
Buried Coal Reservoir in the Piceance Basin, Mesa County, Colorado.* Presented at SPE
Unconventional Gas Technology Symposium. Loiusville, Kentucky. May 18-21. pp 163-172

Diamond, W.P., W.R. Bodden, M.D. Zuber and R.A. Schraufnagel. 1989. "Measuring the Extent of
Coalbed Gas Drainage After Ten Years of Production at the Oak Grove Pattern, Alabama."

Proceedings Coalbed Methane Symposium. Tuscaloosa, Alabama. April 17-20. pp 185-193

Ely, J.W., A.L. Zbitowsky and M.D. Zuber. 1990. "How to Develop a Coalbed Methane Prospect; a
Case Study of an Exploratory Five Spot Well Pattern in the Warrior Basin, Alabama."
Proceedings SPE Annual Technical Conference and Exhibition; Pi, Production Operations and
Engineering. New Orieans, Louisiana. September 23-26. in SPE- Society of Petroleum
Engineers of AIME. Vol. 65 p 487-496

Hanson, W.E., P.E. Nielsen, G.G. Sorrells, C.M. Boyer, and R.A. Schraufnagel. 1987. "Design,
Execution, and Analysis of a Stimulation to Produce Gas from Thin Multiple Coal Seams."
Proceedings Annual Technical Conference and Exhibition. Dallas, Texas. September 27-30.

Society of Petroleum Engineers of AIME, Paper. pp 259-268
Hargraves, A.J. 1989. "Coal Seam Gas and the Atmosphere." Greenhouse and Energy. ed. D.J.

Swain. CSIRO Australia

Hargraves, A.J. and L. Lunarzewski, 1985. ‘Review of Seam Gas Drainage in Australia." Bull. Proc.
The Aust. |.M.M. Vol, 290 no. 1 February

Higuchi, K., K. Ohga and T. Isobe. 1982. "Considerations to Increase Gas Drainage Ratio Basing
Upon Methane Drainage Practice in Japan.’ Symposium on Seam Gas Drainage with
Particular Reference to the Working Seam, Illawarra Branch, Aus. Inst. Min. and Metall. pp.
16.1-16.7

Kelafant, J.R., C.M. Boyer and M.D. Zuber. 1988. ‘Production Potential and Strategies for Coalbed

Methane in the Central Appalachian Basin." ICF-Lewin Energy. Proceedings SPE Eastern
Regional Meeting. Charleston, WV. November 1-4. SPE Paper no. 18550 pp 305-312

2


Pacey, John G. 1980. ‘Gas Control Technology." Canadian Seminary. October

Pacey, John G. 1980. ‘Assessing a Landfill’s Potential as a Methane Producer." 2nd National
Conference on Waste Management in Canada. Winnipeg, Canada. May

Pacey, John G. 1980. "Review of the State of the Art and Operation of Extraction Facilities." Las
Angeles Forum on Solid Waste Management. Long Beach, California. May

Pacey, John G. 1980. ‘Landfill Gas Recovery." Presented to the Institute of Transportation Studies at
University of Califomia and the American Public Works Association. April

Pacey, John G. 1980. "Synthetic Liners for Sanitary Landfilis.'" National Solid Waste Management
Association. Atlanta, Georgia. April

Pacey, John G. 1980. ‘Landfill Gas." Presented to the Institute of Gas Technology. Lake Buena
Vista, Florida, February

Portland (Ore.) METRO and Gas Recovery Systems, Inc. 1983. Feasibility of Methane Gas Recovery

at the St. John’s Landfill. _DOE/RA/50367-1
SCS Engineers. 1981. Case Study: of I \dfill Gas Recovery Option. ANL/CNSV-TM-

91. Available: NTIS, PC AO3/MFAO1, DE83009491.
Shirra, G.W., T.E. Sharp, and D.C. Nielson. 1981. Development of a Case Study for the Cinn Lanafill

Methane Recovery Operation, ANL/CNSV-TM-73. Available: NTIS;PC AO4/MFAOQ1;
DE81029988

Solid Waste Association of North America. 1988. Air Emissions from Municipal Solid Waste Landfills,
Background Information for Proposed Standards and Guidelines - Comments on Draft
Documents.

Solid Waste Association of North America. Compilation of Laboratory and Field Practices and
Procedures (pending).

Solid Waste Association of North America. "Proceedings from Annual Landfill Gas Symposia and
Technical Sessions of the Intemational Solid Waste Expositions."

Thorneloe, Susan and Ron Spiegel. 1990. Global Climate Mitigation: Use of Fuel Cell Power Modules
to Recover Energy from Landfill Gas, Global Emissions and Control Division, Air, Energy and
Engineering Research Lab., U.S. EPA. May 2

Van den Broek, Bert and Arek Sinanian. 1989. ‘Landfill Gas Management. Greenhouse and Energy.
ed. D.J. Swain. CSIRO Australia

Van Heuit, Robert E. 1988. ‘Air Emissions from Solitary Landfills." International Conference on
Landfill Gas and Anaerobic Digestion of Solid Waste. Chester, England. October

Van Heuit, Robert E. 1988. "Implementation of California's Calderon Sampling and Analysis Program."
Eleventh GRCDA International Landfill Gas Symposium. Houston, Texas. March

Van Heuit, Robert E. 1986. ‘Estimating Landfill Gas Yields." Ninth GRCDA International Landfill Gas
Symposium. Newport Beach, California. March

11




Kurt Roos

Methane Programs

Global Change Division ANR-445

U.S. Environmental Protection Agency, 410 M Street
SW, Washington, DC 20460

U.S.A.

Tel: 202-475-8232 Fax: 202-382-6344

Emission source: Landfilis/Ruminants/Animal
wastes/Rice cultivation

identity profitable/least cost opportunities for mitigat-
ing emissions from landfills; estimate emissions from
landfills

Identify options/develop large-scale programs for
teducing emissions from animal wastes (energy
recovery); emission estimates

Study feasibility of expanding feed supplementation
in India and other less developed countries to reduce
livestock emissions

Review knowledge and options for reducing meth-
ane emissions from tlooded rice fields without
decreasing productivity.

Main language: English

Bibliography entry: no
Related bibliography entries: Casada, Braatz

Luis G. Ruiz Suarez

Centro de Ciencias de la Atmosfera UNAM
Universidad Nacional Autonoma de Mexico

Circuito Exterior, Ciudad Universitaria, Mexico D.F.04510,

Tel: 525-548-97-81 Fax: 525-548-97-81
Net Address: MENCHACA at UNAMVM1, Mexico

Emission source: Rice cultivation/General agri-
culture

Use field measurements to estimate emissions of
methane and other light hydrocarbons from rice,
sugar cane, and other crops

Main language: Spanish
Bibliography entry: no

L.M. Safley Jr.
North Carolina State University

Biological and Agricuitural Engineering
Department, Box 7625, Raleigh, NC 27695-7625
U.S.A.

Tel: 919-737-3121 Fax: 919-737-7760
Emission source: Animal wastes

Design low-temperature covered lagoon reactors for
treatment of livestock wastes; captured biogas used
as onsite fuel

Estimate emissions from animal wastes
Main language: English

Bibliography entry: yes
Related bibliography entry: Casada

Masahiro Saito

National Research Institute for Pollution and Resources

16-3 Onogawa, Tsukuba-shi, Ibaraki-ken, 305

Japan

Tel: 81-298-54-3133 Fax: 81-298-54-3049
Emission source: All sources

Develop techniques to reduce methane emissions
with catalytic reactions on solid catalysts (hydroge-
nation of CO,; oxidative coupling of methane)

Main language: Japanese
Bibliography entry: no

Takashi Sakamoto

Trattic Safety and Nuisance Research

institute

Ministry of Transport, 6-38-1 Shinkawa Mitaka City,

Tokyo 181,

2-394-2-116 Morooka Oume City- Tokyo 198,

Japan

Tel: 81-422-41-3219/7 Fax: 81-422-41-3233/2
Emission source: Urban sources

Research traffic exhaust emissions, energy saving,
and emissions estimates for mobile sources

Main language: Japanese/English
Bibliography entry: yes


N.K. Patni

Animal Research Centre

Building 59, Central Experimental Farm, Ottowa Ontario,
K1A OC6

Canada

Tel: 613-993-6002 Fax: 613-995-8175
Emisston source: Animal wastes

Estimate emissions of greenhouse gases from live-
stock wastes in Canada

Determine loss of carbon in dairy cattle waste stored
in farm tanks

Main language: English
Bibliography entry: yes

W.H. Patrick Jr. and C.W. Lindau
ouisiana State University

Senter for Wetland Resources

Baton Rouge, LA 70803

U.S.A.

Tel: 504-388-8810 Fax: 504-388-6423

Emission source: Rice cultivation/Flooded sys-
tems

Measure methane emissions and fluxes from rice
fields; measure emissions from swamps/marshes/
battomland forest

Develop methods to reduce methane emissions
from ‘ice tields (e.g. adding sulfate/control of organic
«attersvater management)

t.eview knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Main language: English

Bibliography enry: no
Related bibliography entry: Braatz

John A. Patterson

Purdue University

Department of Anima! Sciences

3-101 Lilly Hall, West Lafayette, IN 47907
U.S.A.

Tek: (317)494-4826 Fax: (317)494-9346

Emission source: Ruminants/Animal wastes/
Solid wastes

Develop models for methane emissions from drylots
and solid waste storage systems

Measure emissions from lagoons under controlled
conditions, feedlots, and applied waste

Develop techniques to divert ruminally produced
hydrogen from conversion to methane

Main language: English
Bibliography entry: no

David J. Picard

Clearstone Engineering Ltd.

Suite 2050

205 Fifth Avenue S.W., Calgary, Alberta, T2P 2V7
Canada

Tel: 403-266-8820 Fax: 403-269-5858
Emission source: Natural gas systems

Assess methane & VOC emissions from upstream
oil and gas industry in Alberta

Produce emission audit manual for oil and gas op-
erators in British Columbia that includes emission
control procedures

Main language: English
Bibliography entry: yes

21


Reuss, Sharren, James Ellis, Gerald Ward and David Swift. 1991 (draft). Global Ruminant Livestock
Production Systems. Colorado State University

Sauer, F.D. 1991. ‘Inhibition of Methyicoenzyme M Methylreductase by a Uridine 5’-diphospho-N-
Acetyigiucosamine Derivative." Biochem. Biophys. Res. Comm. Vol. 174 no.2 pp 619-624

Sauer, F.D., B.A. Blackwell, J.K.G. Kramer and 8.J. Marsden. 1990. "Isolation and Characterization of
the CarbohydrateMoiety Bound to N-7-mercaptoheptanoyl-O-threonine phosphate." FEMS
Microbiology Reviews. Vol. 87 pp 333-338

Sauer, F.D., B.A. Blackwell, J..G, Kramer and B.J. Marsden. 1990, ‘Structure of a Novel Cofactor
Containing N(7- mercaptoheptanoy|)-O-3-phosphothreonine.* Biochemistry. Vol. 29 pp 7593-
7600

Sauer, F.D., J.K.G. Kramer and W.J. Cantwell. 1989. "Antiketogenic Effects of Monensin in Early
Lactation." J. Dairy Sci. Vol. 72 pp 436-442

Sauer, F.D. and A.M. Teather. 1987. "Changes in Oxidation Reduction Potentials and Volatile Fatty
Acid Production by Rumen Bacteria When Methane Synthesis is Inhibited." J. Dairy Sci, Vol.
70 pp 1835

Sauer, F.D., B.A. Blackwell and J.K.G. Kramer. 1987. ‘Structure of Purified Cytoplasmic Cofactor from
Methanobacterium thermoautotrophicum.' Biochem. Biophys. Res. Comm. Vol. 147 pp 1021-
1026

Sauer, F.D., B.A. Blackwell and S. Mahadevan. 1986. “The Role of Tetrahydromethanopterin and
Cytoplasmic Cofactor in Methane Synthesis." Biochem. J. Vol. 235 pp 453-458

Sauer, F.D. 1986. ‘Tetrahydromethanopterin Methyltransferase, a Component of the Methane
Synthesizing Complex of Methanobacterium thermoautotrophicum." Biochem. Biophys. Res,
Comm. Vol. 136 no.2 pp 542-547

Sauer, F.D., S. Mahadevan and J.D. Erfle. 1984. ‘Methane Synthesis by Membrane Vesicles and a
Cytoplasmic Cofactor Isolated from Methanobacterium thermoautotrophicum." Biochem. J.
Vol. 221 pp 61-69

Teather, R.M. and F.D. Sauer. 1988. "A Naturally Compartmented Rumen Simulation System for the
Continuous Culture of Rumen Bacteria and Protozoa." J. Dairy Sci. Vol. 71 pp 666-673

Ward, G.M. and D.E. Johnson, 1990. "Methane Emissions from Livestock and the Potential for
Reduction." Proceedings, Global Warming International Conference. Chicago, IL.

Ward, G.M. 1990, Estimates of Feed Intake as a Base to Calculate Methane Output by Ruminants
Fed Low Qualtiy Diets (metabolic laboratory report)

Ward, G.M. 1990b. Estimates lethane Producti Cattle i
(metabolic laboratory report)

14


EMISSION ESTIMATES (continued)

Biomass Burning (continued) Fearnside, Philip M. Brazil

Levine, Joel S. USA Global
Urban Sources. Ayusawa, Tadashi Japan

Blake, Ronald USA

Harriss, Robert C, USA

Hiraki, Takatoshi Japan

Ishikawa, Yoshinori Japan

Kadyszewski, John USA Developing countries

Nakicenovic, Nebojsa Austria

Sakamoto, Takashi Japan

Tilley, John W. Australia

Tsuruta, Haruo Japan Japan/Tropical Asia
Natural Sources Bouwman, A.F, Netherlands Global

Fearnside, Philip M. Brazil

Harriss, Robert C. USA

Inoue, Yuzo Japan

Inoue, G., M. Uchiyama & K. Izumi. Japan Siberia

lto, Shiro Japan

Levine, Joel S. USA Global

Nakamura, K. et al. Japan

Nojiri, Yukihiro Japan

Patrick,W. & C. Lindau USA

“If different from country of residence.



BIBLIOGRAPHY

COAL MINING

Banerjee, B.D. et al. 1987. “Investigation on Methane Emission in Indian Coal Mines." J. of Mines,
Metals and Fuels. August. pp 386-390

Battino, S., L. Lunarzewski and D. Truong. 1988. “Towards a Reliable Gas Emission Prediction
Method for Australian Longwail Mining." The Aust. [.M.M. lllwarra Branch, 21st Century Higher
Production Coal Mining Systems - Their Implications. Wollongong, Australia. April

Bibier, Carol J, Roger Glickert, pawrence Machesky, Raymond C. Pilcher, and James Williams. 1991.
a and. Colorado: Raven Ridge

Resources, Inc. February

Boyer, C.M., J.R. Kelafant, V.A. Kuuskraa and K.C. Manger. 1990, Methane Emissions From Coal

Mining: Issues and Opportunities for Reduction. ICF Resources Incorporated. with Dina
Kruger, U.S. Environmental Protection Agency. September

Boyer, C.M., F.H. Briscoe, B.S. Camp, F.X. Dobscha and P. Malone. 1986. Rock Creek Methane from
Muttiple Coal Seam Compietion Project- Demonstrated Drilling and Completion Techn for
the Multiple Seams Completion Project, Topical report Mar 83-Dec 86. Monroeville, PA: USX

Corp., USS Technical Center. Report no, GRI-87/0084

Boyer, C.M. Il, G.S. Popvich and R.A. Schraufnagel. 1986. "Rock Creek Methane from Multiple Coal
Seams Completion Project." U.S. Steel Corp. Proceedings SPE Unconventional Gas

Technology Symposium, Louisville, Kentucky. May 18-21. in Society of Petroleum Engineers
of AIME (paper). USA SPE 15259 pp 599-606

Boyer, C.M. and F.C. Schwerer. 1985. "Drainage and Recovery of Methane from Coalbed Reservoirs."
Proceedings International Conference of Safety in Mines Research Institutes. Sydney,
Australia. October 21-25

Boyer, C.M. and P.B. Stubbs, 1983. Measurement of Dynamic Coalbed Reservoir Conditions
Required to Design Near-Mine Methane Control Activities in the Warrior Coal Basin. Final
report. DOE/ET/14204-1477. TIC no.: DE84000226

Budzinski, A. and L. Lunarzewski, 1985. ‘Application of Centralized Gas Drainage System for
Longwall with Caving." 21st International Conference on Safety in Mines Research institutes.
Sydney, Australia. October

Central Coal Mining Research Institute. Coal Engineer. Chongqing Branch. bimonthly
Central Coal Mining Research Institute. Coal Science and Technology. monthly


Barlaz, M.A., R.K. Ham and D.M. Schaefer. 1989. "Mass Balance Analysis of Decomposed Refuse in

Laboratory Scale Lysimeters." Journal of Environmental Engineering, ASCE. Vol.115 no. 6 pp
1088-1102

Bariaz, M.A, D.M. Schaefer, and R.K. Ham. 1988, "Characterization of Municipal Refuse
Decomposition in Laboratory Scale Lysimeters." Annual Meeting of the Am. Society for
Microbiology. Miami Beach, FL, May 8-13

Bariaz, M.A., R.K. Ham, and D.M. Schaefer. 1988, ‘inhibition of Methane Formation from Municipal

Refuse in Laboratory Scale Lysimeters." presented at the Tenth Symposium on Biotechnology
for Fuels and Chemicals. Gatlinburg, TN. May 16-20

Barlaz, M.A., R.K. Ham, and D. M. Schaefer. 1988. ‘Chemical and Microbial Dynamics of Refuse
Decomposition in a Simulated Sanitary Landfill." American Institute of Chemical Engineering.
Summer Meeting. Denver, CO, August 22-25

Barlaz, M.A., R.K. Ham and M.W. Wilke. 1987, *Gas Production Parameters in Sanitary Landfill
Simulators." Waste Management and Research. 5, p.27-3

Barlaz, M.A, R.K. Ham and M.W. Milke. 1986. "Parameters Affecting Refuse Methanogenesis and the
Solids Composition of Anaerobically Degraded Refuse.’ Proceedings Ninth Annuai Madison
Waste Conference. University of Wisconsin, Madison.
September 9-10

Barlaz, M.A, R.K. Ham, and M.W. Milke. 1986, *Up With Methane." Waste Age. vol, 17,
Dec. 1986, p.82

Bariaz, M.A., R.K. Ham and M.W. Milke. 1985. ‘investigation of Parameters Affecting the Production of
Methane in Sanitary Landfilis.« Proceedings Eighth Annual Madison Waste Conference.
University of Wisconsin, Madison. December 18-19

Barlaz, M.A. 1982. "An Assessment of Hazardous Waste Generation and Disposal Practices in Israel."
(report) prepared for the Israeli Environmenta! Protection Service.

Bogner, J.E., M. Vogt, and R.M. Miller. 1990. "Studies of Soil Gas, Gas Generation, and Shallow
Microbial Activity at Mallard North Landfill, DuPage County, Illinois. Proceedings 13th
International Landfill Gas Symposium. Lincoinshire, Illinois. March 27-29

Bogner, J.E. 1990. “Controlled Study of Landfill Biodegradation Rates Using Modified BMP Assays."
Waste Management and Research. Vol. 8, 329-352

Bogner, J.E. 1990. ‘Anaerobic Burial of Refuse in Landfills: increased Atmospheric Methane and
Implications for Increased Carbon Storage." Contribution to IGBP Volume on Trace Gas
Exchange between Terrestrial Ecosystems and the Atmosphere, Sigtuna, Sweden. February.
In review

Bogner, J.E., M. Vogt and R. Piorkowski. 1989. "Landfill Gas Generation and Migration: Review of
Current Research II." Proceedings Anaerobic Digestion Review Meeting. Golden, Colorado.
Solar Energy Research Institute. January 25-26


: Status Country _ Work Region® - :
i sn eee
R&D Demo. Comm. Study
Coal Mining Boyer, Charles M. x x x USA International
Chandler, William x USA International
Granatstein, D.L. x Canada
Hindmarsh, W.E. x UK
Homer, John x USA Poland and China
Kruger, Dina x x USA Eastern Europe and China
Lunarzewski, Leszek x Australia
MacLean, A, Roy x Canada
Masszi, Denes x x Canada
Miao Fen x China
Pilcher, Ray x USA Potand/China/Czechoslovakia
Schwochow, Stephen x USA
Somos, Laszlo x Hungary
Soot, Peet x x USA
‘Su Wenshu x x x China
Zimmermeyer,G. & K. Noack x x x Germany
Natural Gas Systems Campbell, Rex x Australia
Hogan, Kathleen x x USA USSR/Global
Homer, John x USA
Kurata, Osamu x Japan
Lott, Robert x USA
Mizuno, K., A. Obuchi & A. Ogata x Japan
Picard, David J. x Canada
Tilkiciogiu, Basat x x USA

“If different from country of residence.



International Directory of
Methane Related Activities

U.S./Japan Working Group on Methane


International Directory of Methane Related Activities

Dina Kruger

Methane Programs

Global Change Division ANR-445

U.S. Environmental Protection Agency, 401 M Street
SW, Washington, DC 20460

U.S.A.

Tel: 202-245-3958 Fax: 202-382-6344
Emission source: Coal mining

Develop pilot project and training program oncoalbed
methane (CBM) in China; Assess China’s CBM
fesource energy potential

Evaluate Poland's potential for recovery and use of
coalbed methane; develop a training progranvCBM
clearinghouse in Poland

Assess coalbed methane resource in Czechostova-
kia and its potential contribution to the country's
energy economy

Estimate global methane emissions from coal mining
Main language: English

Bibliography entry: yes
Related bibliography entry: Boyer et al.

Osamu Kurata

Mechanical Engineering Laboratory, AIST, MITI

Namiki 1-2, Tsukuba 305

Japan

Tel: 81-298-54-2564 Fax: 81-298-54-2549
Emission source: Natural gas systems

Ceramic Gas Turbine Project: develop natural gas
combustion techniques in turbines that reduce meth-
ane emissions

Main language: Japanese/English
Bibliography entry: no

14

Brian Lamb
306 Dana Hall
Washington State University, Laboratory for Atmospheric
Research, Civit & Environmental Engineering
Pullman, WA 99164-2730
U.S.A.
Tel: 509-335-5702 Fax: 509-335-7632
Emission source: Natural gas/Ruminants

Estimate methane emissions from natural gas sys-
tems

Develop instrumentation to measure methane emis-
sions from ruminants in the field

Main language: English
Bibliography entry: no

Victor Law

Tulane University

Chemical Engineering Department
New Orleans, LA 70118

U.S.A.

Tel: 504-865-5773 Fax: 504-865-6744
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without

decreasing productivity
Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

Ronald A. Leng

Department of Biochemistry Microbiology

and Nutrition

University of New England, Armidale NSW, 2351
Australia

Tel: 61-67-73-2707 Fax: 61-67-73-3122
Emission source: Ruminants

Develop methods to reduce methane emissions and
enhance productivity in cows using Molasses Urea
Blocks as feed supplements

Main language: English
Bibliography entry: yes


Grubler, Arnulf and Nebojsa Nakicenovic. 1987. The volution of e Te 5.
ASA WP-87-02

Jager, Jill, ed. 1990. R ing to Climate Change: Tools for Polit jummal
Report). The Stockholm Environment institute. Stockholm, Sweden

Japan Environment Agency. 1990. Enviro Research Global Environment
Monitoring Program for FY 1990. Government of Japan. December

Japan Environment Agency. 1990. Committee Results of Methane and Other Gases- Emission
Analysis.

Japan Environmental Sanitation Center. 1990. Report on the Estimation of Methane and Other Gases
Emissions to the Atmosphere. Environment Agency Commissioned Service Report

Jaques, Art P. 1991. Greenhouse Gas Emissions: Estimates for Canada. Environment Canada

Kamagata, Y. and E. Mikami. 1991. ‘Isolation and Characterization of a Thermophilic Methanosaeta
Strain." Int. J. Syst. Bacteriol. In press.

Kamagata, Y. and E. Mikami. 1990. “Some Characteristics of Two Morphotypes of Methanothrix
Soehngenii from Mesophilic Anaerobic Digesters.". Journal of Ferment. Bioeng. vol 70. pp
272-274

Kamagata, Y. and E. Mikami. 1989. ‘Diversity of Acetotrophic Methanogens in Anaerobic Digestion."
Recent Advances in Microbial Ecology. T. Hattori et al, eds. Japan Scientific Societies Press,
Tokyo. pp. 459-464

Khalil, MA.K. and R.A. Rasmussen. In press. ‘Constraints on the Global Sources of Methane and an
Analysis of Recent Budgets. To appear in Tellus 42B

Khalil, M.A.K. and R.A. Rasmussen. In press. ‘The Global Methane Cycle.* To appear in Proceedings
of the Internati onference on Global and fironmental Atmospheric C .

Beijing, China

Khalil, M.A.K., R.A. Rasmussen, M.X. Wang, and L. Ren. In press. ‘Sources of Methane in China: Rice
Fields, Biogas Pits, Cattle, Urban Areas, and Wetlands." To appear in Proceedings of the

Intemational Conference on Global and Regional Environmental Atmospheric Chemistry.
Beijing, China. Also will appear in the AWMA Journal paper 90-139.5

Khalil, M.A.K, R.A. Rasmussen, J.R. French, and J. Holt. 1990. ‘The Influence of Termites on
Atmospheric Trace Gases: CH,, CO,, CHCl,, N,0, CO, H,, and Light Hydrocarbons." J.
Geophys. Res. Vol. 95 pp 3619-3634

Khalil, M.A.K., R.A. Rasmussen, M.X. Wang, and L. Ren, 1990. "Emission of Trace Gases from
Chinese Rice Fields and Biogas Generators: CH,, NO, CO, CO,, Chlorocarbons and
Hydrocarbons.* Chemosphere. Vol. 20 pp 227-242

Khalil, MA.K. and R.A. Rasmussen. 1989. "Climate-Induced Feedbacks for the Global Cycles of
Methane and Nitrous Oxide." Tellus 418. pp 554-559

24


International Directory of Methane Related Activities

Hiroshi Bandow

Global Environment Division

The National Institute for Environmental

Studies, Onogawa 16-2 Tsukuba, Ibaraki 305,

Japan

Tel: 81-298-51-6111 Fax: 81-298-51-4732
Emission source: Rice cultivation
Measure emissions from rice paddies
Main language: Japanese/English
Bibliography entry: no

Bangsi Dhar Banerjee

Central Mining Research Station

Barwa Road, Dhanbad 826001,

India

Tel: 2587-89
Emission source: Coal mining
Estimate methane emissions from Indian coal mines
Main language: English

Bibliography entry: yes

Morton A. Barlaz

Department of Civil Engineering

N.C. State University

P.O.Box 7908, Raleigh, NC 27695-7908
U.S.A.

Tel: 919-737-7676 Fax: 919-737-7908
Net Address: Barlaz @ CE.NCSU.EDU,
Emission source: Landfills

Research to enhance methane production to make
the economics of recovery more favorable

Main language: English

Bibliography entry: yes
Related bibliography entries: Ham, Simpkin et al.

David W. Barns

Pacific Northwest Laboratory for
Department of Energy

901 D Street SW, Suite 900,
Washington, DC 20024-2115
U.S.A.

Tel: 202-646-5242 Fax: 202-646-5233

Emission source: Natural gas/Coal mining/Bio-
mass burning/Landfilis/All sources

Evaluate the relationship between the production
and use of energy and methane emissions

Main language: English
Bibliography entry: yes

A.D. Bhide

Solid Waste Division

National Environmental Engineering

Research Institute, Nehru Marg, Nagpur, 440 020
India

Tel: 526252/526071 ex.287 Fax: 0712-523893
Emission source: Landfilis/Solid waste

Optimize gas withdrawal system for biogas from
solid waste and sanitary landfills

Main language: English
Bibliography entry: no

Ronald Blake

Department of Chemistry
University of California at Irvine
Ivine, CA 9271

U.S.A.

Tel: 714-856-5011
Emission source: Urban sources

Field measuring programs: comprehensive global
tropospheric sampling and analyses of urban meth-
ane concentrations and sources

Main language: English
Bibliography entry: no




International Directory of Methane Related Activities

Stephen D. Sparrow

Agricultural and Forestry Experiment
Station

University of Alaska, 309 O'Neill,
Fairbanks, AK 99775-0080.

U.S.A.

Tel: 907-474-7620 Fax: 907-474-2677

Emission source: General agriculture/Natural
sources

Compare methane fluxes in undisturbed taiga and
agricultural soils in Alaska during summer 1991
Main language: English

Bibliography entry: no

William C. Steen

U.S. Environmental Protection Agency

Office of Research and Development

College Station Road, Athens, GA 30613-7799
U.S.A.

Tel: 404-546-3103 Fax: 404-546-2018
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

Su Wenshu

Chongqing Branch

Central Coal Mining Research Institute

Shangqiao, Chongqing 630037,

China

Tel: 66-17-71 Fax: 1411 cable
Emission source: Coal mining

Develop prevention and control technology for meth-
ane outburst in coal mines

Develop techniques for mine methane drainage and
utilization

Main language: Chinese

Bibliography entry: no

Related bibliography entries: Central Coal Mining
Research Inst., China Coal Society

David Swift

Natural Resource Ecology Laboratory
Colorado State University

Fort Collins, CO 80523

U.S.A.

Tel: 303-491-1982
Emission source: Ruminants
£stimate global emissions from ruminants
Main language: English

Bibliography entry: no
Related bibliography entry: Reuss

Istvan Szucs

GEOPARD Research Dev. and Services Co.

for Geotechnique and Environmental

Protection Ltd., H-7629 PECS, Gyorgy-Akna,

Hungary

Tel: 36-72-25930/11153 Fax: 36-72-25930
Emission source: Coal mining/Landftills
Study preliminary gas drainage from coal seams
Test gas hazard and drainage of industrial and public
refuse dumps
Manufacture device to measure pressure and flowin
boreholes
Main language: Hungarian/Englist/Russian

Bibliography entry: no

Masaru Tanaka

The institute of Public Health

6-1 Shiroganedai

4 Chome, Minato-ku, Tokyo 108,

Japan
Tel: 81-3-3441-7111 ex.37 Fax: 81-3-3446-4314

Emission source: Landfills/Solld waste incinera-
tors

Estimate methane emissions based on yearly sur-
vey by the Ministry of Health and Weifare

Main language: Japanse
Bibliography entry: no


International Directory of Methane Related Activities

Abdulkarim M. Heneidi

Climate Department

Meteorology and Environmental Protection
Administration, P.O. Box 1358, Jeddah 21431,
Saudi Arabia

Tel: 651-2312 Fax: 651-1424
Emission source: All sources

Estimate methane emissions from landfills, rumi-
nants, sewage, natural gas and vehicles during
1970-1990

Main language: Arabic/English
Bibliography entry: no

Kiyoshi Higuchi

Faculty of Engineering

Hokkaido University

Kita-13 Jyo Nisi-8 Chome, Kita-ku, Sapporo 060,
Japan

Tel: 81-716-2111 ex.6304 Fax: 81-716-4745
Emission source: Coal mining

Study seam gas drainage and behavior of methane
gas in coal seams

Main language: Japanese/English

Bibliography entry: yes
Related bibliography entries: Tominaga, Ohga

Alan J. Hills
National Center for Atmospheric Research

P.O. Box 3000
1850 Table Mesa Drive, Boulder, CO 80307
U.S.A.

Tel: 303-497-1489 Fax: 303-497-141 1/1400
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

10

W.E. Hindmarsh

British Coal Corporation

Eastwood Halli

Mansfield Road, Eastwood, Notts., NG16 3EB
United Kingdom

Tel: 0773-531313 Fax: 0773-531313 ex.32643
Emission source: Coal mining

Weekly sampling of mine fan drift (including air
velocity) and surface mine vent pipes (including flow
measurements)

Research mine methane reduction options: methods
of pre-drainage (surface & underground) and con-
ventional drainage

Utilize mine gasin combined heat and power schemes
Main language: English
Bibliography entry: no

Takatoshi Hiraki

Hyogo-Prefectural

Institute of Environmental Studies

3-1-27, Yukihiracho, Sumaku

Kobe 654

Japan

Tel: 81-78-735-6911 Fax: 81-78-735-7817
Emission source: Urban sources
Estimate methane emissions and study emission
factors from urban sources
Main language: Japanese

Bibliography entry: no


Nebojsa Nakicenovic

International Institute for Applied

Systems Analysis (IIASA)

A-2361 Laxenburg,

Austria

Tel: 02236-71521-411 Fax: 02236-71313
Emission source: Natural gas/Urban sources

Study emissions from high-demand natural gas-
intensive energy scenarios

‘Study implications of leaking methane from natural
gas vehicies/ prospects for natural gas

Main language: English

Bibliography entry: no
Related bibliography entries: Grubler, Victor

Heinz-Ulrich Neue
international Rice Research Institute
(IRRI)
20th Floor BPI-Family Bank- Center Bidg, 8753 Paseo
de Roxas Street, Makati Metro Manila,
Phillipines
Tel: 63-2-8182007 Fax: 63-2-8178470
Emission source: Rice cultivetion

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Estimate methane emissions from rice cultivation
Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

R.J. Nielen

Dept. of Air Pollution Contro!

TNO institute of Environmental and

Energy Technology, Postbox 342, 7300 AH Apeldoorn,
Netherlands

Tel: 31-55-49-39-29 = Fax:
Emission source: Natural gas systems

Estimate methane emissions from natural gas sys-
tems in the Netherlands (for institute of Public Health
and Environmental Protection)

Main language: Dutch
Bibliography entry: no

Yukihiro Nojiri

Global Environment Division

The National institute for Environmental

Studies, Onogawa 16-2 Tsukuba, Ibaraki 305,

Japan

Tel: 81-298-51-6111 Fax: 81-298-51-4732
Emission source: Natural sources

Estimate CH4 flux by measuring concentration of
dissolved methane in water; study bacterial oxida-
tion of dissolved methane

Estimate seasonal variability of methane flux from
Lake Kasumigaseki

Measure methane flux from coastal sea surface of
Tokyo Bay

Main language: Japanese/English

Bibliography entry: no

Sachio Ohta

Department of Sanitary and Environmental

Engineering

Hokkaido University, Kita-13 Nishi-8, Sapporo 060,

Japan

Tel: 81-11-716-211 1ex6832 Fax: 81-11-707-9750
Emission source: All sources

Use 2-D radiative-photochemical-transport model to
determine effects of increased atmospheric meth-
ane on global climate

Main language: Japanese/English
Bibliography entry: no

19


William U. Chandler

Battelle Pacific Northwest Laboratories
for Office of Technology Assessment
901 D Street SW, Suite 900,
Washington, DC 20024-2115

U.S.A.

Tel: 202-646-5424 Fax: 202-646-5233
Emission source: Coal mining

Evaluate international measures for controlling fossil
energy carbon emissions.

Facilitate international information exchange
Main language: English
Bibliography entry: no

Jeff Chandler

Jeff Chandler and Associates

P.O. Box 896, Elk Grove, CA 95759
U.S.A.

Tel: 916-456-0126
Emission source: Animal wastes

Demonstrate covered lagoon system for dairy/hog/
poultry and processing wastes

Perform field monitoring of methane emissions
Main language: English
Bibliography entry: no

K.J. Cheng

Lethbridge Research Station

Livestock Science Section

Agriculture Canada Research Station, P.O. Box 3000
Main, Lethbridge Alberta, T1J 4B1

Canada

Tel: 403-327-4561 Fax: 403-382-3156
Net Address: OTTB::EM387ADMN,
Emission source: Livestock

Manipulate microbial ecology and feeding systems
to minimize bovine methane production

Main language: English
Bibliography entry: yes

Ralph J. Cicerone

Geosciences Department

229 Physical Sciences 1

University of California at Irvine, Irvine, CA 92717
USA.

Tel: 714-725-2157 Fax: 714-725-2261
Emission source: Rice cultivation

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

Donald L. Day

University of Illinois

Department of Agricultural Engineering

1304 W. Pennsylvania Avenue, Urbana, IL 61801
U.S.A.

Tel: 217-333-2693 Fax: 217-244-0323
Emission source: Animal wastes

Laboratory and ull-seale research and development
of anaerobic digestion of livestock wastes

Main language: English

Bibliography entry: yes

Related bibliography entries: Chen, Fedler, North,
Zhang

G. Dollard

AEA Technology

Harwell Laboratory
Didcot, Oxon, OX11 ORA
United Kingdom

Tel: 44-235-82-11-11 Fax: 44-235-43-21-34
Emission source: General agriculture

Use gradient technique to study methane flux from
pasture before/during/after sheep grazing; part of
Crop flux study

Main language: English

Bibliography entry: no


EMISSION ESTIMATES (continued)

Landfills (continued) Thorneloe, Susan USA 7
Tsuruta, Haruo Japan Japar/Tropical Asia
Ybema, Remko Netherlands
Ruminants Baldwin, Lee USA
Gibbs, Michael USA
Givens, D.I, & AR. Moss UK
Johnson, Don E. USA
Lamb, Brian USA
Sauer, Frank D. Canada
Swift, David USA Global
Animal Wastes Chandler, Jeff USA
Gibbs, Michael USA
Hashimoto, Andy USA
Johnson, Don E. USA
Patni, N.K. Canada
Patterson, John A. USA
Safley, L.M. USA Global
Zimmerman, Patrick USA
Flooded Rice Abrol, Y. & P. Deshmukh India
Allen, L.H. Jr. USA
Bandow, Hiroshi Japan Japan/Thailand/China
Bouwman, AF, Netherlands Global

“If different from country of residence.


Donaldson, C.F., A. Benai, C.A. Moore, and N.G. Zolten. 1983. Ay ions
ll Methane Ri Data using the CAFD Analysis of Field Data) Interacti
Graphics System. ANL/CNSV-TM-114. Available: NTIS, PC AO5/MFAQ1, DE83011657.

EMCON Associates. 1982. Effects of W: fer and Sludge Addition on roduction in.
Scale I ontrolied Landfill Pr in View, California. ANL/CNSV-TM-110.
Available: NTIS, PC A11/MFAO1;1, DE83010320.

EMCON Associates. 1983. Feasibility Study: Utilization of Landfill Gas for a Vehicle Fuel System —
Rossman's Landfill, Clackamas County, Oregon. DOE/RA/50366-1

Goodman, B.J. and D.K. Walter. 1991 "Opportunities for Energy from Waste Technology.” Eneray
Source, Volume 13. pp 179-188

Goodman, B.J. 1989. FY 1988 Anaerobic Digestion Annual Report. SERI/SP-231-3520. Golden, CO:
Solar Energy Research Institute. June

Goodman, B.J. 1989. FY 1987 Anaerobic Digestion Annual Report. SERI/SP-231-3331. Golden, CO:
Solar Energy Research Institute. June

Goodman, B.J. 1989. "Anaerobic Digestion." Assessment of Solar Eneray Technologies. Boulder,
CO: American Solar Energy Society. May, pp.42-45

Goodman, B.J. 1988. Thermochemical Conversion Program Overview. SERI/II231-3355. Golden, CO:
Solar Energy Research Institute. July

Ham, R.K. and M.A. Barlaz. 1987. "Measurement and Prediction of Landfill Gas Quality and Quantity."
Proceedings International Solid Waste Association Symposium on Process, Technology and
Environmental Impact of Sanitary Landfills, Cagliari, Sardinia, Italy, October 20-23, 1987

Hanashima, Masataka. 1990. ‘Technical Progress of Waste Treatment in Japan." The Third Iranian
Congress of Civil Engineering, Iran. May

Hanashima, Masataka. 1990. ‘Technical Progress of Landfill Disposal of Solid Waste in Japan."
National Symposium: Environmental Technology and Management, Thailand. November

Lockman and Associates. 1981. Feasibility of Direct On-Site Conversion of Landfill Gas to Electrical
Energy at Scholl Canyn Landfill, Glendale, California. DOE/CE/20291-2.

Los Angeles County Sanitation District. 1984. Delivery of Puente Hills Landfill Gas to Rio Hondo
College. Final Report. DOE Grant no. DE-FG01-79CS20097

Massman, J.C., C.M. Moore, and R.M. Sykes. 1981. Development of Computer Simulations for
Lanafill Methane Recovery. ANL/CNSV-26. Available: NTIS, PC A06/MFA01, DE82013223.

New York State Energy Research and Development Administration. 1982. Landfill Gas to Electricity
Demonstration Project. DOE/CS/20292-1

Norton Construction Co, 1983. Feasibility Study for Utilization of Gas at the
Landfill, Broadview Heights, Ohio. DOE/RA/ 50363-1.


Khalil, M.A.K. and R.A. Rasmussen. 1989. "Atmospheric Methane, ice Ages, and Population: A
Graphical Review of Methane Concentrations Over the Last 160,000 Years." Ant. J. of the U.S.
Vol. 23 no.5 pp 177-178

Khalil, M.A.K, R.A. Rasmussen, and M.J, Shearer. 1989. ‘Trends of Atmospheric Methane During the
1960s and 1970s." _J. Geophysical Res. Vol. 94 no, 18 pp 279-288

Khalil, M.A.K. and R.A. Rasmussen. 1988. ‘Trace Gases Over the Western Atlantic Ocean: Fluxes
from the Eastern United States and Distributions !n and Above the Planetary Boundary Layer."

Global Biogeochemical Cycles. Vol2 no.1 pp 63-71

Khalil, M.A.K. and R.A. Rasmussen. 1988. ‘Temporal Variations of Trace Gases in ice Cores." The

Environmental Record in Glaciers and Ice Sheets. eds. H. Oeschger and C.C, Langway.
Dahlem Konterenzen, Berlin. J. Wiley and Sons, 1989

Khalil, M.A.K. and R.A. Rasmussen. 1987, ‘Atmospheric Methane: Trends Over the Last 10,000
Years. Atmos. Environ. Vol. 21 pp 2445-2452

Khalil, M.A.K. and R.A. Rasmussen. 1986. ‘Trends of Atmospheric Methane: Past, Present and
Future." Proceedings Symposium on CO2 and Other Greenhouse Gases: Climatic and

Associated Impacts. Brussels, Belgium. November 3-5. Commission of European
Communities. eds. R. Fantechi and A. Ghazi. The Netherlands: Kluwer Academic Publishers,
1989. pp 91-100

Khalil, M.A. and R.A. Rasmussen. Submitted. “Patterns of Trace Gases Near Sources of Global
Pollution."

Khalil, M.A.K., R.A. Rasmussen, M.X. Wang, and L. Ren. Submitted. ‘Methane Emissions from Rice
Fields in China."

Khalil, M.A.K. Submitted. ‘A Statistical Method for Estimating Uncertainties in the Total Global
Budgets of Atmospheric Trace Gases."

Kobayashi, T., T. Hashinaga, E. Mikami and T. Suzuki. 1989. "Methanogenic Degradation of Phenol
and Benzoate in Acclimated Sludge." Water Science Technology. Vol. 21, pp. 55-65

Kobayashi, T., T. Hashinaga, E. Mikami and K. Nakamura. 1990. "Characteristics of Methanogenic

Degradation of Aromatic Compounds." Water Pollution Research and Control, Preprint of
Poster Papers. Suzuki et al., eds. [AWPRC. pp 431-434

Munday, P.K. 1990. United Kingdom Emission of Air Pollutants. WSL Report no. LR 764 (AP), WSL,

Stevenage

National Swedish Energy Administration/National Swedish Environmental Protection Agency. 1990.
Carbon Dioxide and Other Greenhouse Gases- Emissions and Climatic Effects from Human
Activi

Nesbit, S.B. and G.A. Breitenbeck. 1989. ‘Factors Influencing the Ability of Soils to Serve as a Sink for
Atmospheric Methane.’ Agron. Abstr. p. 224

Nesbit, S.B. and G.A. Breitenbeck. 1989. Factors Influencing Methylotrophic Activity in Cultivated and
Non-cultivated Soils. (in preparation)

25


Susan Thorneloe

Office of Research and Development

U.S. Environmental Protection Agency
MD-63, Research Triangle Park, NC 27711
U.S.A.

Tel: 919-629-2709 Fax: 919-629-2382
Emission source: Landfills
Estimate methane emissions from landfills

Anatyze options for reducing methane emissions
from landfills

Main language: English
Bibliography entry: yes

Basat H. Tilkicioglu

Pipeline Systems Incorporated (PSI)
460 N. Wiget Lane

Wainut Creek, CA 94598

U.S.A.

Tel: 415-939-4420 Fax: 415-937-8875
Emission source: Natural gas systems

Annuat emission estimates from natural gas systems
in the United States

Study and develop options for reducing methane
emissions from natural gas systems

Main language: English
Bibliography entry: yes

John W. Tilley

Department of Primary Industries and
Energy

GPO Box 858, Canberra ACT 2601,
Australia

Tel: 61-62-72-5811 Fax: 61-62-72-5926

Emission source: Coal mining/Natural gas/Ur-
ban sources

Estimate methane emissions from the Australian
energy sector

Study methane drainage in Australian coal mines
Main language: English

Bibliography entry: yes
Related bibliography entries: Scaife, Commonwealth
Department of Primary Industries

Dennis A. Trout

Atmospheric Sciences Research Program

Global Change Research Program- U.S.EPA

RD-682 Room WT 611H, 401 M Street SW,

Washington, DC 20460

U.S.A.

Tel: 202-382-5991 Fax: 202-382-6370
Emission source: All sources

Emissions estimates for sources and sinks of meth-
ane

Study control technology and management options
for methane: planning and oversight

Atmospheric sciences research on transport and
transformation of methane

Main language: English
Bibliography entry: no

Haruo Tsuruta

National Institute of Agro-Environmental

Sciences

3-1-1 Kannondai, Tsukuba Scientific City,

tbaraki-ken 305,

Japan

Tel: 81-298-38-8276 Fax: 81-298-38-8199
Emission source: Rice cultivatlon/Landfilis/Ur-
ban sources
Measure methane flux from rice paddy fields by
chamber method and use to obtain global paddy
emission estimates

Analyze monitoring data of atmospheric methane
from landfills and other sources in the Tokyo metro-
politan area

Estimate emissions of methane from all sources in
Japan/Asia

Main language: Japanese/English
Bibliography entry: yes

27


Kazuyuki Yagl

National Institute of Agro-Environmental

Sciences

Kannondai 3-1-1, Tsukuba, Ibaraki 305,

Japan

Tel: 81-298-38-8276 Fax: 81-298-38-8199
Emission source: Rice cultivation/Flooded sys-
tems
Measure methane flux from paddy fields

Estimate global emissions from flooded soils using
field measurement and laboratory incubation tech-
niques

Main language: Japanese/English

Bibliography entry: yes

Related bibliography entry: Minami

Kenji Yasuda
Air Quality Department
Environmental Research Center of
Kanagawa Prefecture- 842 Simojuku, Nakahara-
Kanagawa Pretecture 254, Hiratsuka-City,
Tel: 81-463-24-3311 Fax: 81-463-24-3300
Net Address: 842 Simojuku- Nakahara- Hiratsuka-City,
Japan
Emission source: Landfills (waste Incineration)

Develop methods for controlling air pollution from
waste incineration and waste management

Main language: Japanese/English
Bibliography entry: no

Remko Ybema

Netherlands Energy Research Foundation
P.O. Box 1, 1755 Z6, Petten,

Netherlands

Tel: 31-2246-4428 Fax: 31-2246-3338

Emission source: Landfilis/Fossil fuels/All
sources

Coltect information on energy-related sources of
methane (technological options fordynamicLP model
of energy system)

Compare emissions of different greenhouse gases
Main language: Dutch/English

Bibliography entry: yes
Related bibliography entry: Okken

Patrick R. Zimmerman

National Center for Atmospheric Research
(NCAR) P.O. Box 3000

1850 Table Mesa Drive, Boulder, CO 80307
U.S.A.

Tel: 303-497-1406 Fax: 303-497-141 1/1400
Emission source: Rice cultivation/Animal wastes

Review knowledge and options for reducing meth-
ane emissions from flooded rice fields without
decreasing productivity

Estimate methane emissions from animal wastes
Main language: English

Bibliography entry: no
Related bibliography entry: Braatz

Gunter Zimmermeyer & Klaus Noack
Gesamtverband des Deutschen
Steinkohlenbergbaus

Friedrichstrasse 1, 4300 Essen 1,

Germany

Tel: 49-201-1805-447 Fax: 49-201-1805-444
Emission source: Coal mining

Increase use of mine gas for energy use: use an
additional 49 mcm over next four years (commitment
by German Mining Industry)

Create programs to support development of meth-
ane use facilities with support by regional
governments

Estimate coalbed methane emissions from the Ger-
man coal mining industry

Main language: German
Bibliography entry: no

29


Natural Sources (continued)

Smith, Lowell

USA
Sparrow, Stephen D, USA
General/All Assarason, Bo Sweden
Callender, Bruce UK
Cayiess, S.M. UK Global
Evans, Gary USA
Fisher, Diane USA
Galbally, I.E. Australia Australia/New Zealand/Antarctica
Gaudioso, Domenico Italy
Hayashi, Masayasu Japan
Heneidi, Abdulkarim M. Saudi Arabia
Japan Environment Agency Japan Global
Jaques, Art Canada
Khalil, M & R.Rasmussen USA Global

Okken, P.A. Netherlands
Parashar, D.C. India

Sato, Katsuya Japan
Trout, Dennis A. USA

van den Born, G.J. Netherlands
Williams, David J. Australia
Williams, M.L. UK

Ybema, Remko Netherlands

“If different from country of residence.