COLLEGE OF NATURAL SCIENCES,

FORESTRY, AND AGRICULTURE

OUTSTANDING RESEARCH AWARD

REQUIRED DOCUMENTATION

 

APPLICATION OF PROFESSOR BARRY GOODELL

 

 

1.      List of publications

 

 

*Cihat Tascioglu, Barry Goodell, and Roberto Lopez-Anido. 2003. Bond durability characterization of preservative treated wood and e-glass/phenolic composite interfaces. Composites Science and Technology. Accepted, in press.

1

*Richard Jagels, George Visscher, John Lucas and Barry Goodell. 2003. Paleo-adaptive properties of the xylem of Metasequoia mechanical/hydraulic compromises. Annals of Botany. Accepted, in revision.

 

*Cihat Tascioglu, Barry Goodell and Roberto Lopez-Anido. 2002. Effects of Wood Preservative Treatments on Mechanical Properties of E-glass / Phenolic Pultruded Composite Reinforcement for Wood. Forest Products Journal. 52(11/12).

 

*Yuhui Qian, Barry Goodell and Joseph M. Genco. 2002. The effect of a chelator mediated Fenton system on the fiber and Paper properties of hardwood Kraft pulp. Journal of Wood Chemistry and Technology. 22 (4) 267–284.

 

Lopez-Anido, R., Muszynski, L., Gardner, D., Goodell, B., Hong, Y., Eisenheld, L., and Herzog, B. 2002, "Performance-Based Material Evaluation of FRP Composite Reinforcement Bonded to Glulam Members," Proceedings of 10th US- Japan Conference on Composite Materials, Ed. Fu-Kuo Chang, Stanford University, Stanford, CA, September 16-18. DEStech Publications, Lancaster, PA, pp. 462-471, ISBN 1-932078-13-4.

 

*B. Goodell, D. Nicholas, and T. Schultz. Winter 2003.Wood Deterioration and Preservation: Advances in Our Changing World.. American Chemical Society Series. Oxford University Press. Textbook.

 

Tascioglu, C., B Goodell, R Lopez-Anido. 2002. Cyclic delamination analysis of preservative-treated wood/FRP interfaces. International Research Group on Wood Preservation. IRG/WP 02-40244. Proceedings, 33^rd Annual Meeting, May 12-17^th, 2002. Cardiff, Wales, United Kingdom. IRG/WP 02-40244, 9 pp.

 

 Jellison, J, S. Kelley, B. Goodell, D. Hui and A. Ostrofsky. 2002. Differences in pH, electrical resistance, cation composition and NIR spectra of red spruce wood during early stages of brown rot degradation.  International Research Group on Wood Preservation. IRG/WP 02-10449. 11 pp.

 

*Kelley, S., J. Jellison and B. Goodell. 2002. Use of NIR and MBMS coupled with multivariate analysis for detecting the chemical changes associated with brown rot biodegradation of spruce wood. FEMS (Federation of European Microbiology Society) Microbiology Letters 209:107-111.

 

*Goodell, B., Y. Qian, J. Jellison, M. Richard and W. Qi. 2002. Lignocellulose oxidation by low molecular weight metal-binding compounds isolated from wood degrading fungi: A comparison of brown rot and white rot systems and the potential application of chelator-mediated Fenton reactions. p.37-48. (Eds.) L. Viikari and R. Lantto.  Progress in Biotechnology Vol 21. Biotechnology in the Pulp and Paper Industry. Elsevier Press. 334 pp.

 

*Filley, T. R., G. D. Cody , B. Goodell, J. Jellison, C. Noser and A. Ostrofsky. 2002. Microbial production of phenolic-rich lignin residues in coarse woody debris: A laboratory degradation of red spruce wood by two common brown rot fungi. Organic Geochemistry. Vol. 33 (2). pp. 111-124.

 

*Cihat Tascioglu, Barry Goodell, Roberto Lopez-Anido Michael Peterson, William Halteman, and Jody Jellison. 2002. Monitoring Fungal Degradation of E-Glass / Phenolic Fiber Reinforced Polymer (FRP) Composites used in Wood Reinforcement. International Biodeterioration and Biodegradation. Accepted, in press.

 

*Cihat Tascioglu, Barry Goodell and Roberto Lopez-Anido. 2002. Effects of Wood Preservative Treatments on Mechanical Properties of E-glass / Phenolic Pultruded Composite Reinforcement for Wood. Forest Products Journal 52 (11/12). Accepted, in press.

 

*Lopez-Anido, R., Gardner, D., Muszynski, L., Goodell, B. Dagher H., Hong, Y.and Eisenheld, L. (2002), "Performance-Based Material Evaluation of FRP Composite Reinforcement Bonded to Glulam Members," Proceedings of Second International Conference on Durability of Fibre Reinforced Polymer (FRP) Composites for Construction (CDCC 2002). Ed. B. Benmokrane, (Peer-reviewed).Montreal, (Québec) Canada. May 29-31.

 

Merrick, P.  Goodell, B.  Morrell, J. J. 2002. Treated Parallel Strand Lumber

in Marine Tests. Proceedings:  Enhancing the Durability of Lumber and engineered Wood Products: Bringing Technologies to Market. February. Kissimmee, Florida. 2pp.

 

Tascioglu, C., Goodell, B., and Lopez-Anido, R., 2002. "Effects of Wood

Preservatives and Rot on FRP." Summary. Plastics in Building Construction

(monthly newsletter), Ed. James P. Harrington, SAGE Publications, ISSN

0147-2429. To appear in 2002. 1p.

 

MaineSci.  2001.Science and Engineering News from the University of Maine.  July. New Composites Technology Being Developed to Protect Wood Piers from Shipworm Damage. (Report on the research of Lopez-Anido, Sanford, Goodell, Gardner.)

 

Anon. March 2001. Chemical Treatments: Free Radical Process Applies to Wide Range. Waste Treatment Technology News.2 pp.

 

Lopez-Anido, R., Gardner, D.S. Muszynski, L., Goodell, B., Dagher, H.,

O'Neill, S., Hong, Y., and Eisenheld, L. (2001), "Material Qualification of

FRP Reinforcement Bonded to Glulam Members," In Proceedings of Second

International Conference on Advanced Engineered Wood Composites, Bethel,

Maine, August 14-16, 2001, 13 pp.

 

*Roberto Lopez-Anido, Lech Muszynski, Douglas Gardner and Barry Goodell. 2001.

FRP-Glulam Structures: From Material and Processing Issues to a Performance-Based Evaluation Methodology. Workshop “Composites in Construction: A Reality” – Capri, Italy – July 20-21, 2001 (Peer-reviewed), Special Publication, ASCE Press, Reston, VA.

 

*Goodell, B. 2001. Wood products: Deterioration by insects and marine organisms. (Ed.) F. Beal. Encyclopedia entry for Encyclopedia of Materials: Science and Technology. Elsevier Science Ltd.. 6 pp.

 

*Lopez-Anido, R., Muszynski, L., Gardner, D., Goodell, B.  2001. FRP-Glulam Structures: From material  and processing issues to a performance-based evaluation methodology.  (ed.) Cosenza, E., Manfredi, G., Nanni, A. American Society of Civil Engineers (ASCE). Composites in Construction: A Reality (Proceedings) p. 149-159.

 

Anon. 2001. Techtalk: Researchers Develop Radical Dye-removal Method. Industrial Wastewater (WEF) Journal March/April. 1 pp. (Article on our Patented research).

 

Gardner, D., B. Goodell, R. Lopez-Anido, and K. Eckelbarger. 2001. Creosote for coastal timbers?  Bangor Daily News – Opinion. Bangor, Maine, USA.  February 16, 2001.

 

*Xu, G. and B. Goodell. 2001. Mechanisms of wood degradation by brown-rot fungi: Chelator-mediated cellulose degradation and binding of iron by cellulose. Journal of Biotechnology. 87:43-57.

 

*Jellison, J.,  B. Goodell, J. Connolly, and A. Ostrofsky.  2000. Wood decay.  in The Encyclopedia of Plant Pathology  John Wiley and Sons, N.Y. Eds. O. C. Maloy and T.D. Murray. Invited submission. pp.1201 -1204.

 

*US Patent No. 6,046,375 to Goodell, Jellison, Liu, and Krishnamurthy. Degradation and protection of organic compounds mediated by low molecular weight chelators. Issued 4/4/2000.

 

Licking, E. 2000. Polluter: Cleanup Ahead?  Business Week Magazine. Nov. 6, 2000. P. 165. (Article written by Business Week Magazine editor based on our research.)

 

Qian, Y., and B. Goodell. 2000.  The Effect of Low Molecular Weight Chelators on Iron Chelation and Free Radical Generation as Studied by ESR Measurement.  International Research Group on Wood Preservation. IRG/WP 00-10367.

 

Goodell, B. S. J. Jellison and Y. Qian.  1999.  A bio-chelator modified Fenton system for the improvement of paper properties and for remediation of industrial effluents and wastes. UMaine confidential report and executive summary submitted through UMaine DIC to Clariant Corporation. Sept. 1999. 72pp.

 

Goodell, B. and D. Parent. 1999. Proceedings: First International Conference on Advanced Engineered Wood Composites. 126 pp.

 

*Paszczynski, A., R. Crawford, D. Funk, and B. Goodell. 1999.  De Novo synthesis of 1,5-dimethoxy catechol by the brown-rot fungus Gloeophyllum trabeum.. Applied and Environmental Microbiology. 65(2) 674-679.

 

*Goodell, B., and J. Jellison 1998. Role of biological metal chelators in wood biodeterioration. (Eds.) A. Bruce and J. Palfreyman. Forest Products Biotechnology. Taylor and Francis Publishers. London. Invited Book Chapter.  pp. 235-250..

 

Goodell, B. 1997. Wood decay -- Stopping it, and making it work for us. Bangor Daily News article. Forest Products Supplement 10/19/97.

 

*Goodell, B., K. Yamamoto, J. Jellison, M. Nakamura, T Fujii, K. Takabe, and N. Hayashi. 1998.  Laccase immunolabelling and microanalytical analysis of wood degraded by Lentinus edodes.  Holzforschung. . 50: 345-350.

 

*Goodell, B., G. Daniel, J. Liu, L.  Mott, and R.  Frank. 1997. Decay resistance and microscopic analysis of wood-cement composites. Forest Products Journal. 47: 11/12: 75-80.

 

Goodell, B. and J. Jellison. 1997. Wood Degradation Mechanisms by the Brown Rot Fungus Gloeophyllum trabeum. International Research Group on Wood Preservation  IRG Secretariat, Box 5607 S-114 86 Stockholm, Sweden. 12p

 

*Goodell, B., J. Jellison, G. Daniel, and Q. Yuhui. 1997.  Redox cycling chelators isolated from Gloeophyllum trabeum. and their effect on wood fibers.  TAPPI (Technical Association of Pulp and Paper Industries). Proceedings. TAPPI Biological Sciences Symposium and Pulping Symposium. October, 1997 9 p.  Goodell also chairs the session on 'Lignin degradation by enzymes and mediators'.

 

*Goodell, B., J. Jellison, J. Liu, G. Daniel, A. Paszczynski, F. Fekete, S. Krishnamurthy, L.

Jun, and G. Xu. 1997. Low molecular weight chelators and phenolic compounds isolated from wood decay fungi and their role in the fungal biodegradation of wood. Invited paper for Special Issue on Pulp and Paper Biotechnology. Journal of Biotechnology 53(2,3):133-162.

 

*Jellison J, Connolly J H, Goodell B, Doyle B, Illman B, Fekete F, Ostrofsky A (1997)  The role of cations in the biodegradation of wood by the brown rot fungi.  Int Biodegrad Biodet  39:165-179.

 

*Goodell, B, J. Liu, J. Jellison, L. Jun, A. Paszczynski, and F. Fekete. 1996. Chelation activity and hydroxyl radical production mediated by low molecular weight compounds phenolate isolated from Gloeophyllum trabeum. (Eds.) E. Srebotnik and K. Messner. Biotechnology in the Pulp and Paper Industry. TAPPI Sixth Intrnl. Conf. on Biotech in Pulp and Paper. Facultas-Universitätsverlag, Berggasse 5, A-1090 Wien, Austria. 661 pp.

 

*Flynn K. And B. Goodell. 1996. Physical effects of the pulsation preservative treatment process on northeastern red spruce (Picea rubens Sarg.). Forest Products Journal 46(1):56-62.

 

*Goodell, B. 1995. Current status of wood preservation in the United States. Mokuzai Hozon Journal (Wood Preservation. Japan). Proceedings, Invited Paper to Japan Wood Research Meetings April 1995. 6 pp.

 

*Goodell, B. J. Liu, and J. Slahor. 1995. Evaluation of diffusible preservatives using an accelerated field simulator. Forest Products Journal 45(6):74-76.

 

*J. Liu, and B. Goodell. 1995. Simulating chloropicrin distribution in wood. Holzforschung

49(6): 491-497.

     

*Flynn, K. and B. Goodell. 1994. Efficacy of pressure treating northeastern red spruce with CCA using the pulsation process. Forest Products Journal. 44(10):47-49.

 

            Lu, J., B. Goodell, J. Liu, A. Enoki, J. Jellison, and F. Fekete.  1994.  The role of         oxygen and oxygen radicals in one-electron oxidation reactions mediated by low-molecular weight compounds isolated from Gloeophyllum trabeum.  The International Research Group 14pp.

 

Kim, Y. S., B. Goodell, and J. Jellison.  1993. Immunogold labelling of extracellular metabolites from the white-rot fungusTrametes versicolor.  Holzforschung. 47(1993) 25-28.

 

Liu, J., and B. Goodell .  1993. Three-Dimensional Modeling of Fumigant Distribution in Wood Poles.  Presented at The International Research Group on Wood Preservation. Orlando, Florida, USA, May 16-21, 1993.  IRG Secretariat, Box 5607 S-114 86  Stockholm, Sweden.  5p. Also, Goodell chaired session on Remedial Wood Treatments at the meeting.

 

*Kim, Y.S., H.J. Bae, B. Goodell, and J. Jellison. 1992. Immuno-TEM observations of

extracellular metabolites from the white-rot fungus Trametes versicolor. (Eds) M. Kuwahara, and M. Shimada. Biotechnology in the pulp and paper industry. Kyoto, Japan. UNI publishers. 545 pp.

 

*Grace, J.K., B. Goodell, W.E. Jones, V. Chandhoke, and J. Jellison.  1992.  Evidence for inhibition of termite (Isoptera: Rhinotermitidae) feeding by extracellular metabolites of a wood decay fungus.  Proceedings of the Hawaiian Entomological Society 31(249-252).

 

Goodell, B., J. Liu, A. Homola, J. Jellison, and J. Shottafer.  1992.  Statistical evaluation of "micro-bending" samples.  Presented at The International Research Group on Wood Preservation, Harrowgate, UK.  IRG-WP 1544-92.  IRG Secretariat, Box 5607 S-114 86 Stockholm, Sweden.  5p.

 

Grace, J. Kenneth, B.S. Goodell, W.E. Jones, V. Chandhoke, and J. Jellison.  1992.  Inhibition of termite feeding by fungal siderophores.  Presented at the 23rd Annual Meeting, Harrogate, U.K., 10-15 May 1992.  IRG Secretariat, Box 5607, S-114 86 Stockholm, Sweden.  4pp.

 

*Kim, Y. S., J. Jellison, B. Goodell, V. Tracy, and V. Chandhoke.  1991.  The use of ELISA for the Detection of White- and Brown-Rot Fungi.  Holzforschung, Vol. 45(6):403- 406.

 

*Chandhoke, V., B. Goodell, J. Jellison, and F. Fekete.  1991.  Oxidation of 2-keto-4-thiomethylbutyric acid (KTBA) by iron-binding compounds produced by the wood-decaying fungus Gloeophyllum trabeum.  Federation of European Microbiology (FEMS) 90:263-266.

 

*Kim, Y.S., B. Goodell, and J. Jellison.  1991.  Immuno-electron microscopic localization of extracellular metabolites in spruce wood decayed by brown-rot fungus Postia placenta.  International Res. Group Document.  Holzforschung, 45:389-393.

 

*Daniel, G., J. Jellison, B. Goodell, A. Paszczynski, and R. Crawford.  1991.  Use of monoclonal antibodies to detect Mn(II)-peroxidase in birch wood degraded by Phanerochaete chrysosporium.  Applied Micro. and Biotech. 35:674-680.

 

*Liu, J. and B. Goodell.  1991.  Estimating the  threshold retention of preservative from soil block tests.  Forest Products Journal. 41(10):51-52

 

*Goodell, B., F.A. Kamke, and J. Liu.  1991.  Laser incising of spruce lumber for improved preservative penetration. IRG/WP paper 3646. 14pp. May 20-24, 1991 Kyoto, Japan. IRG Secretariat, Box 5607, S-114 86, Stockholm, Sweden. Forest Products Journal.  41(9):48-52.

 

*Goodell, B. and J. Pendlebury.  1991.  Preservative treatment and field test monitoring of spruce pole stock: pressure and diffusible chemical treatments.  Forest Products Journal 41:(4)39-44.

 

*Jellison, J., V. Chandhoke, B. Goodell and F. Fekete.  1991.  The isolation and immunology of iron-binding compounds produced by Gloeophyllum trabeum. Appl. Micro. and Biotech.  35:805-809.

 

*Kim, Y.S., B. Goodell, and J. Jellison.  1991.  Immuno-electron microscopic localization of extracellular metabolites in spruce wood decayed by brown-rot fungus Postia placenta.  Holzforschung.  45:389-393.

 

Jellison, J., V. Chandhoke, B. Goodell, F. Fekete, N. Hayashi, M. Ishihara, K. Yamamoto.  1991.  The action of siderophores isolated from Gloeophyllum trabeum on the structure and crystallinity of cellulose compounds.  International Research Group Document 1479.  IRG Secretariat, Box 5607, S-114 86, Stockholm, Sweden, 16 pp.  Invited Keynote Presentation.

 

Bjurman, J. and B. Goodell.  1991.  Remaining effects of fumigated wood on spore germination of rot fungi after natural weathering.  The International Research Group on Wood Preservation. Document 2382. IRG Secretariat, Box 5607, S-114 86, Stockholm, Sweden, 14 pp.

 

Jellison, J., V. Chandhoke, B. Goodell, and F. Fekete.  1990.  Biological chelators produced by wood decay fungi.  Proceedings of the 8th International Biodeterioration and Biodegradation Symposium, Windsor, Canada, Aug. 26-31, 4 pp.

 

*Goodell, B. and J. Jellison. 1990.  Immunological characterization of fungal enzymes and biological chelators involved in lignocellulose degradation.  Book chapter. Biodeterioration Research 3. 361-375. Plenum Publishing.

 

*Stockwell, K. and B. Goodell.  1990.  Design and construction of a low-cost automated, accelerated field simulator used in decay and preservative evaluation.  Forest Products Journal 40(1):15-17.

 

*Liu, J., B. Goodell, and R. Lessard.  1990.  Computerized control of complex pressure treatment schedules.  Forest Products Journal 40(3):48-50.

 

Goodell, B. and J. Pendlebury.  1990.  Preservative treatment and         field test monitoring of spruce pole stock:  Pressure and diffusible treatments.  The International Research Group on Wood Preservation.  Twenty-first Annual Meeting, Rotorua, New Zealand.  IRG Secretariat, Box 5607, S-114 86, Stockholm, Sweden, 19 pp.

 

Pendlebury, J. and B. Goodell.  1990.  Preservative treatment and field test monitoring of spruce pole stock: CCA and fumigant treatments.  The International Research Group on Wood Preservation.  Twenty-first Annual Meeting, Rotorua, New Zealand.  IRG Secretariat, Box 5607, S-114 86, Stockholm, Sweden, 14 pp.

 

*Pendlebury, J. and B. Goodell.  1990.  Preservative treatment and field test monitoring of spruce pole stock: CCA and fumigant treatments.  Material und Organismen 25:219-229.

 

Jellison, J., B. Goodell, F. Fekete and V. Chandhoke.  1990.  Fungal siderophores and their role in wood biodeterioration.  The International Research Group on Wood Preservation.  IRG Secretariat, Box 5607, S-115 86, Stockholm, Sweden.  Twenty-first Annual Meeting, Rotorua, New Zealand, 12 pp.

 

Kim, Y.S., B. Goodell, and J. Jellison.  1990.  Immunoelectron microscopic localization of extracellular metabolites in spruce wood decayed by brown-rot fungus Postia placenta.  The International Research Group on Wood Preservation.  Twenty-first Annual Meeting, Rotorua, New Zealand.  IRG Secretariat, Box 5607, S-114 86, Stockholm, Sweden, 10 pp.

 

Daniel, G. and B. Goodell.  1989.  Cell wall microdistribution of chloropicrin and methylisothiocyanate in treated spruce.  The International Research Group on Wood Preservation.  Working Group III.  Prepared for the 20th Annual Meeting, Lapeenranta, Finland.  Document IRG/WP 3548.  10 pp.

           

*Goodell, B. 1989.  The potential of biotechnology applications in the forest products  industry. In Advanced in Materials Science and Engineering, Encyclopedia of Wood and Wood-Based Materials. Invited chapter. A, Schniewind, editor. 

 

*Goodell, B.  1989.  Evaluation of encapsulated and gelled chloropicrin formulations for use in wood poles. Wood and Fiber Science 21(1):37-44.

 

Goodell, B., G. Daniel, J. Jellison, and T. Nilsson.  1988.  Immunolocalization of extracellular metabolites from Poria placenta.  The International Working Group on Wood Preservation.  Working Group 1a. Prepared for the 19th Annual Meeting, Madrid, Spain.  Document IRG/WP 1361.

 

*Jellison, J. and B. Goodell.  1988.  Inhibitory effects of undecayed wood and the detection of Poria placenta  using the enzyme-linked immunosorbent assay.  Wood Science and Technology 23:13-20.

 

*Jellison, J. and B. Goodell.  1988.  Immunological detection of decay in wood.  Wood Science and Technology 22:293-297

 

*Jellison, J. and B. Goodell.  1988.  Immunochemical characterization of lignocellulose degradation.  J. Biomass.  15:109-116.

 

*Goodell, B., and J. Jellison.  1988.  Serological detection of wood decay fungi.  Forest Products Journal.  38(3):59-62.

 

*Goodell, B., J.P. Hosli, and B. Kropp.  1988.  The diffusion and toxicity of the fumigant chloropicrin injected in sugar maple and white birch trees.  Can. J. of For. Res.  17(6):1552-1556.

 

*Goodell, B.  1988.  Biotechnology for the Forest-Based Industry.  J. Biomass 15:75-76.

 

Goodell, B.  1987.  Wood Preservation Research at the University of Maine.  Eighty-third Annual Meeting of the American Wood Preservers' Association. 83:174.

 

Jellison, J. and B. Goodell.  1986.  Production of monoclonal antibodies to wood decay fungal metabolites. The International Research Group on Wood Preservation.   Prepared for 17th Ann. Meeting; Avignon, France.     IRG Secretariat, Box 5607, S-114 86, Stockholm, Sweden, Doc. No. 1306: 3pp.

 

Goodell, B. and J. Jellison.  1986.  Detection of a brown-rot fungus using serological assays.  The Intl. Res. Group on Wood Preservation.  Working Group Ia.  Prepared for 17th Ann. Meeting; Avignon, France.  Doc. No. 1305, 8 pp.

 

*Goodell, B., R. L. Krahmer, and R.D. Graham.  1986.  Bound chlorinated residue in chloropicrin treated Douglas-fir.  Wood and Fiber Sci.  18(1):127-133.

 

*Goodell, B., H. Resch, and B.A. Bendtsen.  1985.  Chemical ring stain in standing dead trees in the Mt. St. Helens mud flow region.  Wood Fiber Sci.  17(3):377-381.

 

*Goodell, B., A. Kimball, and M. Hunter.  1985.  Utilization of dead and decaying trees as wildlife habitat. Proceed.: Soc. Amer. Foresters, NE Section.  March 1985.

 

*Goodell, B., R.L. Krahmer, and R.D. Graham.  1985.  Residue retention and fungal invasion of chloropicrin treated Douglas-fir.  Forest Products Journal  35(2):45-49.

 

*Scheffer, T.C., B. Goodell, and F.F. Lombard.  1984.  Fungi and decay in western red cedar utility poles. Wood and Fiber Sci.  16(4):543-548.

 

*Goodell, B., G.G. Helsing, and R.D. Graham.  1984.  Responses of Douglas-fir trees to injection of chloropicrin.  Can. J. For. Res.  14(5):623.

 

Goodell, B. and R.D. Graham.  1984.  Fungal decay:  the enemy of wood poles.  Telephony:  The J. of Telecommunications.  207(30):42.

 

*Goodell, B. and R.D. Graham.  1983.  A survey of methods used to detect and control fungal decay of wood poles in service.  The Intl. J. of Wood Preserv.  3(2):83.

 

Goodell, B.S.  1983.  Microdistribution and retention of chloropicrin in sound and decayed wood -Ph.D. Thesis.  Oregon State Univ., Univ. Microfilms Internatl.  1983.  83-20411. Ann Arbor, MI.

 

*Miller, D.J. and B. Goodell.  1981.  Blue staining in ponderosa pine sapwood at moderate and low temperatures.  For. Prod. J.  31(2):54-59.

 

*Goodell, B. 1981.  A note on the toxicity of chloropicrin vapors to Gloeophyllum saepiarium and Poria sp. in wood.  Wood and Fiber 13(2):138-143.

 

*Goodell, B., R.D. Graham, and R.L. Krahmer.  1980.  Chloropicrin movement and fungitoxicity in a decaying southern pine laminated timber.  Forest Products Journal 30(2):39-43.

 

_______________

*Refereed publication.

 

 

 

 

 

 

 

2.      Contribution to the profession

 

PROFESSIONAL AWARDS AND ACTIVITIES: 

            Teaching:

-College of Forest Resources "Distinguished Forest Resources Professor Award" 1987-1988, for excellence in teaching and student interaction. Voted by the students.

            Service:

-Forest Products Society. Chair, Wood Award selection committee,   2002-2003.             

-Forest Products Society - Recognition Award in appreciation for my efforts as the 48th Annual Meeting Co-Chair. 1994

-Board of Directors at the national/international level for both the Forest Products Society, and the Society of Wood Science and Technology.

-Forest Products Research Society Section Award - Outstanding Section Performance (under my chairmanship),1989.

-Selected author for two entries in separate materials science encyclopedias (Pergamon press) on the subjects of Biotechnology in the Forest Products Industry, and Insect and Marine Borer Deterioration of Wood.

-Served on grant review panels for NSF, USDA, and SBIR grants (see dates below).

-Cooperating Professor status with on-campus 1)  the Chemical Engineering Department, 2) Center for Microbial Ecology and Environmental Microbiology   

            Research:

                  - Co-Editor of a new textbook published by Oxford University Press. Goodell, Nicholas and Schultz. See information on this text at:   http://www.oup-usa.org/isbn/0841237972.html

                  -Outstanding Researcher in Forest Resources: G. Peirce and Florence Pitts Weber Award 2000-2001.

                  -Over 100 research publications

      -One current  patent: US Patent No. 6,046,375 - Goodell, Jellison, Liu, and Krishnamurthy. 2000. Degradation and protection of organic compounds mediated by low molecular weight chelators.

      -Two patent applications:

One, with Jody Jellison, focused on new methods to bond wood and wood fiber using natural lignin in the wood itself, or using waste lignin from pulping or other sources.

The second, with Roberto Lopez-Anido, and Benjamin Herzog on a new method called ComPRIS, a new method for forming a composite that has potential to improve the ways that FRP materials are produced and improve bonding to wood.

 

            Grant /Panel Review Teams:

            -USDA-SBIR. Forestry and Forest Products. 2000

            -CSRS review of the Virginia Tech, Forest Products and Wood Science program, 1994

            -SWST accreditation review of Clemson University, 1992

            -National Science Foundation (NSF), International Programs. 1991, 1992

            -USDA competitive, Wood Utilization. 1988    

            Institutional Development:

-One of 4 founding faculty members of the Center for Advanced Engineered Wood Composites (AEWC) on campus.

                  -Obtained UM Board of Trustee approval for formation of the Wood Sciences and Engineering Institute, a 16 faculty  member, cross-disciplinary administrative unit. 1991-1994. 

                  -Obtained initial funding support for the Wood Utilization Research (WUR, initially FORTEC) grant funds for the State of Maine in mid-1990’s. These funds continue to support a network of wood scientists and engineers on campus today.

            International:

-Sabbatical leaves to:

The National Forestry and Forest Products Research Institute, in Tsukuba, Japan – 1990-1991.

The Swedish University of Agricultural Science,  in Uppsala, Sweden – 1996-1997.

 

-In addition to sabbaticals I have had several invited visits to Japan and Sweden for extended research/lecture visits and PhD exam service as the ‘Opponent’. Invited lecture tour in Korea. Conducting collaborative research currently with scientists in Sweden, Australia, and Japan  as well as other institutions in the US.

 

PROFESSIONAL AFFILIATIONS / ACTIVITIES in ORGANIZATIONS and MEETINGS:

 

•American Chemical Society; Symposium Co-Chair, “Recent Developments in the Chemistry of Wood Degradation and Preservation”, a two day symposium. San Diego, CA. 2001

• First International Conference on Advanced Engineered Wood Composites. Conference Coordinator. July 1999. Bar Harbor, Maine.

            •International Association of Wood Anatomists;

•Forest Products (Research) Society:  Regional Board Member to National Board, 1990; NE Section Chair, 1988-1989; Vice-Chair,1987-1988; Field Editor, Wood Preservation, 1994-1998. Treated Wood TIG, Vice-Chair, 1993-1994, Chair 1994-present; 1994 National Annual Meeting, Chair. Publications committee 1997-98.

            •International Research Group on Wood Preservation. Remedial Treatments Chair, 1993;

      •National Planning Committee (NPC) on Forest Products Research (USDA Forest Service)

            Northeast Region Representative 1991-1994. Chair 1993.

            •Sigma XI - Scientific Research Society;

            •Society for Free Radical Biology and Medicine

•Society of Wood Science and Technology (SWST): Director, SWST National Board; Chair, Symposium Comm.'87- 91, & '88-'89, Nominating Com.'87-'88; Chair, Accreditation Comm.’91- 93

•TAPPI - Technical Association of the Pulp and Paper Industry: Co-Chair of TAPPI Biotechnology in the Pulp and Paper Industry Symposium sessions. November 1998. San Francisco

            •Xi Sigma Pi - Honorary Scholastic Forest Society

 

SABBATICAL LEAVES SPONSORED AT UMAINE:

Dr. Masaya Nakamura, Head of Microbial Bioprocessing Section. Forestry and Forest Products Research Institute. Tsukuba, Japan. 1999-2000.

 

Dr. Akio Enoki, Professor and Head of Agricultural Chemistry, Kin-ki University, Nara, Japan.  1993.

 

Dr. Geoffrey Daniel, Sveriges Lantbruksuniversitet, Dept. of Forest Products, Swedish University of Agricultural Science, Uppsala, Sweden - 1987, 1988, 1994.

 

Dr. Yoon Soo Kim, Dept. of Forest Products and Technology, Chonnam University, Kwangju, Korea - 1988-1989.

 

 

 

 

3.      Contributions to the university

 

This is now my 20^th year at the University of Maine. Throughout the period of time I have been here I have tried to advance the field of Wood Science and Technology and the study of Forest Products through a variety of avenues.  One of the more prominent ways I have tried to do this is through the advancement of research that benefits a broader group of wood scientists and engineers other than myself.  To this end I have been involved in several initiatives to help support Forest Products-related research on campus.  These are listed above, but include: the Wood Science and Engineering Institute which I headed in the early 1990’s; Obtaining the funding support for the Wood Utilization Research grant (WUR, initially titled FORTEC) that continues to provide support for wood scientists and engineers on campus; and Helping to initiating the development of the AEWC as one of the four founding faculty on campus.

 

I also enjoy working and developing my own research projects.  I have broad research interests and take pride in being able to work on projects that require knowledge of a number of disciplines ranging from biochemistry and chemistry, to environmental engineering, to structural engineering – in my case, all related to wood.  This is reflected in both the types of publications that I have authored and co-authored, as well as the different cooperating faculty positions I hold. 

 

In the area of structural engineering I collaborate with a number of colleagues at the AEWC.  Much of my research has focused on appropriate methods to protect the wood-fiber reinforced polymers (FRP) composites from biodegradation.  An important aspect of this work has been our finding that most common wood preservative systems cause severe degradation to the bonding system for the FRP’s, and that new systems need to be developed for the wood-FRP technology to be used in exterior environments.  Several graduate students and undergraduate students have been involved in this work, and have authored papers as part of their research. An off-shoot of my research in this area has allowed me to collaborate with Professor Roberto Lopez-Anido in Civil Engineering, where together with one of my students, Benjamin Herzog, we have developed a new process for FRP fabrication called ComPRIS that is particularly appropriate for use with wood.  Ben was the Salutatorian for the University last year and became interested in our work as an undergraduate.  He decided to continue his work as a graduate student with me and Ben, Roberto, and I recently filed a patent application for this research.

 

In the field of environmental engineering I have worked with colleagues both on and off campus including Aria Amirbahman in Environmental Engineering on campus, and Timothy Filley, a Professor of Biogeochemistry at Purdue University. I was recently asked to give an invited presentation in a Biogeochemistry session at ACS meetings, where I found scientists to be very appreciative of our wood-related research. The work has been very interesting and has exposed me to another field where I find the field of wood science can have an impact.  Together with Professor Jody Jellison and some of my former students, we have a patent on system to degrade organic pollutants from waste streams or environmental pollutants.  Currently two companies in Massachusetts are conducting full scale mill trials with our process to determine applicability for the removal of the pollutant acrolein from their effluent stream.

 

The field of biochemistry and chemistry is field I have worked for most of my career.  I have a number of publications in the wood deterioration and wood protection field, most related to the biochemistry or microbiology or fungal degradation of wood, or on ways to detect wood inhabiting microorganisms, or on chemical aspects of wood protection.  Over the last 20 years I have been invited to speak in several different countries on wood degradation processes.  Both Jody Jellison and I are considered experts in the field of wood degradation,  with my focus being more on brown rot degradation (the primary cause of degradation of wood products in the northern hemisphere).  I recently co-edited and authored chapters in a new text entitled: “Wood Deterioration and Preservation: Advances in our Changing World”.  Scientists from around the world contributed to this book and it will be published in March of this year as the only current text in this field.

 

In all three areas above I generally strive to work as a team member.  I often eschew first authorship on publications to insure that my students and collaborators get rightful credit for their work and foster continued collaboration. Grants and contracts have been obtained with collaborators on campus in all of the fields reviewed above, and I have also obtained grants and co-author papers with collaborators across the US and abroad. Several scientists abroad have come to work with me at UMaine on sabbatical leave.  My graduate students have generally been successful following graduation and hold positions ranging from a University faculty member  in Turkey, to staff member at the Forest Products Laboratory in Wisconsin, to the director of a Service to Industry, Building Research Center in California.

 

 

 

4.   Curriculum Vita

 

 

BARRY S. GOODELL, Ph.D.

Professor, Wood Science and Technology

Cooperating Professor, Chemical Engineering,

Microbial Ecology, and Environmental Microbiology,  and

The Advanced Engineered Wood Composites Center

5755 Nutting Hall, University of Maine

Orono, Maine 04460-5755

 

Telephone: 207 581-2888  Email: Goodell@UMIT.Maine.edu  Home Address:  103 Howard St. Bangor, Maine  04401.  Home Telephone:  207 942-6662 WWW:  http://inferno.asap.um.maine.edu/faculty/goodell/index.html

 

EDUCATION:  

 

Oregon State University, Ph.D., 1983 

                     Major -Forest Products,

                     Minors -Biochemistry/Biophysics & Plant Pathology

         Oregon State University, M.S. Forest Products, 1980

University of New Hampshire, B.S., 1976

University of Idaho, 1972-73

 

EMPLOYMENT:

Professor, Wood Science and Technology/Forest Products Laboratory, University of Maine, Orono, (1994-present). One of four founding faculty members of the Advanced Engineered Wood Composites Center, UMaine, 1996- present.

Head of Forest Products Laboratory, UMaine 1990-1996. Coordinated the teaching, research and public service efforts of the University of Maine’s Forest Products Lab faculty. Personal research specialization: Wood biodeterioration, wood preservation and protection, Forest Products Biotechnology. Leader of wood biodeterioration/ biotechnology laboratory supporting 6-10 researchers, soft-money (scientists, technicians, graduate research assistants, and students).

 

         Cooperating Professor, Chemical Engineering Department, Pulp and Paper. University  of Maine (1996-present).

 

            Cooperating Professor, Microbial Ecology and Environmental Microbiology (MEEM). University of Maine.

 

         Project Leader: NSF/EPSCoR Wood Sciences and Engineering Research Cluster at UMaine     1991-95.  

 

Visiting Scientist on Sabbatical Leave:

1) Forestry and Forest Products Research Institute, Tsukuba, Japan, 12/90 - 6/91.

2) Swedish University of Agricultural Science, Upsalla, Sweden 9/95 -1/96.

        

Director, Wood Sciences  and Engineering Institute, University of Maine, Orono. 1/91- 6/93.  Responsible for coordination of cross-disciplinary activities of 16 faculty in the sciences and engineering fields who work on projects ranging from timber design and engineering, to pulp   and paper chemistry, to the pharmaceutical uses of extracts from tree bark.

 

         Associate Professor and Head of Forest Products Laboratory, UMaine 1990-95.

 

         Assistant Professor, Wood Science and Technology, Univ. of Maine, Orono, 12/1983 - 1989.

 

NSERC Postdoctoral Research Associate, Université Laval, Canada. Faculté de foresterie et de géomatique, 1983

 

Graduate Research Assistant, Oregon State University, Forest Products Department, 1977-1983

 

Project Researcher, New Hampshire State Department of Agriculture, Pesticides Control Division, 1976-1977.

 

      Arborist (self employed), Connecticut   and New Hampshire.  (Partially funding college education), 1973-1976.

 

TEACHING:

                  University of Maine 

Wood Science and Technology I (introductory course, approx. 30 students/ semester, 3-credit course). 1984-present

Wood Physics (graduate level course, approx. 6 students/semester, 4-credit course with laboratory.).1983-1991

            Wood Drying and Preservation (Covers wood deterioration and protection).1991-1992

Wood Protection and Deterioration (graduate and undergraduate course offering) 1993-present.  (3 credit courses with laboratory.  Eight to sixteen students per semester.)

                  Oregon State University  

            Wood Identification Laboratory 1982-1983.

 

GRANTS (partial list since 1985)                                                                               

2001-2003. USDA-WUR. J. Jellison , B. Goodell and A. Armirbahman. Metal transport and toxicity in the brown rot fungi. $101,623.

2000. USDA Competitive Grant, Wood Utilization. J. Jellison and B. Goodell. Wood Modification by Brown Rot Fungi. Improved Utilization of Wood and Wood Fiber Programs. NRICGP. $176,000.

2000. USDA – WUR. Goodell, Amirbahman. Mechanisms involved in non-enzymatic free radical production in brown rot fungi. $87, 101.

2000. Federal Highway Administration. H. Dagher, S. Shaler, R. Lopez-Anido, B. Goodell, D. Gardner, E. Landis, w. Davids. FRP-Reinforced Glulams. $1,483,000.

1999. USDA-CREES- WUR. Goodell. Performance of Wood-Fiber Reinforced Composite Products Treated with Wood Preserva­tives. $114, 215.

1998-99. NSF. Major Research Initiative. Equipment. Dagher, Shaler, Goodell, Landis. Advanced Engineered Wood Composites Center Instrumentation. $280,000.

1998-2000.Undergraduate Research Experience in Advanced Engineered Wood Composites

            E. Landis, H. Dagher, S. Shaler, B. Goodell      NSF (REU). $148,402.

1998. USDA-CREES- WUR. Goodell et al. Ultrastructural investigations of wood in early degradation stages by wood decay fungi.  $108,068.

1997. Acquisition of Advanced Engineered Wood Composites Manufacturing & Science Laboratory.  H. Dagher, B. Goodell, E. Landis, S. Shaler. NSF (3 years). $1,113,816+ $700,000.

1997. USDA-CSRS. WUR. Goodell et al. Bioremediation of xenobiotics in the environment with wood degrading fungi. $101,334.

1996.   National Science Foundation. EPSCoR. Fiber Reinforced Polymer Laminate / Wood Composites. Dagher, Shaler, Goodell, Landis. Awarded from NSF with Non-Federal Match from State/University and Industry sources. $3.36 million from NSF with 1.+ million industrial match.

1995.   USDA-CSRS. WUR. Goodell et al. Electrochemical Analysis of Fungal Biochelator      Chemistry and Analysis of Cellulosic Breakdown Products. $91,979.

1995.   USDA-CSRS.WUR.  Jellison, Goodell, Kropp. Novel technology for the detection of wood degrading fungi $95,245.  

1995.   USDA-CSRS.WUR. Fiber Reinforced Polymer / Wood Composites. Dagher, Shaler, Goodell. $91,979.

1995.   USDA-CSRS. WUR. Goodell et al. Equipment Grant: Purchase of GC/Mass Spectrometer. $72,500.

1994.   USDA-CSRS. WUR. Goodell et al. Oxidative degradation of lignocellulose by             chelators.$108,020.

1994.   USDA-CSRS. WUR. Jellison, Goodell, Fekete. Biological degradation of wood by brown rot fungi. $116,735.

1993.   Maine Department of Transportation. Dagher, Caccese, Shaler, and Goodell. Glulam Bridges Using Hemlock, Red Pine, and Red Maple.  $71,984

1993.   NSF-Engineering. Renovation of a Wood Science and Processing Facility. Shaler, Goodell, Rice.  $191,980. (Match funds from State and non federal sources obtained 1997). $383,960.

1993.   USDA competitive grants. The role of biological chelators produced by fungi in lignocellulose degradation.  Goodell, Jellison, and Fekete.  $68,940.

1993.   USDA-CSRS. FORTEC Wood Utilization grant --Wood Microbiology and Biotechnology.  Jellison, Goodell, Fekete, and Mundy.  $66,290.

1993.   USDA-CSRS. FORTEC Wood Utilization grant --Wood Preservation. $24,499.

1993.   Lecture-Research tour in Japan. One month visit to Nara and Tsukuba Science City.  Japanese funding from Kinki University. Lecturing and research on wood deterioration and protection.

1993.   USDA-CSRS. The Forest Products Research and Technology Transfer Center (FORTEC): Improved Utilization of Northeastern Wood Species.  Developed with the board of the Wood Sciences and Engineering Institute in cooperation with the Maine Science and Technology Commission; and with the Forest Products laboratory and extension groups in Maine, New Hampshire and Vermont. $616,478.

1992.   Timber Bridge Research.  Dagher, Caccese, Goodell.  Coordinated efforts with state agencies and congressional representatives for sup