K.M.M. Dakshini, Chester L. Foy, Inderjit

• Allelopathy: One Component in a Multifaceted Approach to Ecology, K.M.M. Dakshini, C.L. Foy, and InderjitMethodologiesDesigning Laboratory Plant Debris-Soil Bioassays: Some Reflections, U. BlumHow to Make Bioassays for Allelopathy More Relevant to Field Conditions with Particular Reference to Cropland Weeds, C.L. FoyBioassays for Allelopathy: Interactions of Soil Organic and Inorganic Constituents, Inderjit and K.M.M. Dakshini Bioassays Applied to Allelopathic Herbaceous Vascular Hydrophytes, S.D. Elakovich The Occurrence and Behavior of Plant Phenolic Acids in Soil Environment and Their Potential Involvement in Allelochemical Interference Interactions: Methodological Limitations in Establishing Conclusive Proof of Allelopathy, B.R. DaltonBiochemical Analysis of Allelopathic Compounds: Plants, Microorganisms, and Soil Secondary Metabolites, G.R. Waller, M.-C. Feng, and Y. FujiiMicrospectrofluorimetry of Intact Secreting Cells, with Applications to the Study of Allelopathy, V.V. Roshchina and E.V. MelnikovaInteractions among Plant and Microbial SystemsPollen Allelopathy, S.D. MurphyAllelopathic Bacteria, O. Barazani and J. FriedmanAllelochemistry in Plankton Communities, K.I. KeatingAllelopathy in Benthic and Littoral Areas: Case Studies on Allelochemicals from Benthic Cyanobacteria and Submersed Macrophytes, E.M. GrossAustralian Studies on Allelopathy in Eucalyptus: A Review, R. WillisThe Study of Allelopathy in Australia: 1988-1993, B.-S. Kil and J.V. LovettHistorical Review and Current Models of Forest Succession and Interference, D.W. GilmoreEcological AspectsPlant Phenolics and Terpenoids: Transformation, Degradation, and Potential for Allelopathic Interactions, Inderjit, H.H. Cheng, and H. Nishimura Variation of Flavonoid Synthesis Induced by Ecological Factors, N.C. Lobón and J.C. EscuderoCatalytic Transformation of Phenolic Compounds in theSoils, P.M. Huang, M.C. Wang, and M.K.

K.M.M. Dakshini, Chester L. Foy, Inderjit

• Allelopathy: One Component in a Multifaceted Approach to Ecology, K.M.M. Dakshini, C.L. Foy, and InderjitMethodologiesDesigning Laboratory Plant Debris-Soil Bioassays: Some Reflections, U. BlumHow to Make Bioassays for Allelopathy More Relevant to Field Conditions with Particular Reference to Cropland Weeds, C.L. FoyBioassays for Allelopathy: Interactions of Soil Organic and Inorganic Constituents, Inderjit and K.M.M. Dakshini Bioassays Applied to Allelopathic Herbaceous Vascular Hydrophytes, S.D. Elakovich The Occurrence and Behavior of Plant Phenolic Acids in Soil Environment and Their Potential Involvement in Allelochemical Interference Interactions: Methodological Limitations in Establishing Conclusive Proof of Allelopathy, B.R. DaltonBiochemical Analysis of Allelopathic Compounds: Plants, Microorganisms, and Soil Secondary Metabolites, G.R. Waller, M.-C. Feng, and Y. FujiiMicrospectrofluorimetry of Intact Secreting Cells, with Applications to the Study of Allelopathy, V.V. Roshchina and E.V. MelnikovaInteractions among Plant and Microbial SystemsPollen Allelopathy, S.D. MurphyAllelopathic Bacteria, O. Barazani and J. FriedmanAllelochemistry in Plankton Communities, K.I. KeatingAllelopathy in Benthic and Littoral Areas: Case Studies on Allelochemicals from Benthic Cyanobacteria and Submersed Macrophytes, E.M. GrossAustralian Studies on Allelopathy in Eucalyptus: A Review, R. WillisThe Study of Allelopathy in Australia: 1988-1993, B.-S. Kil and J.V. LovettHistorical Review and Current Models of Forest Succession and Interference, D.W. GilmoreEcological AspectsPlant Phenolics and Terpenoids: Transformation, Degradation, and Potential for Allelopathic Interactions, Inderjit, H.H. Cheng, and H. Nishimura Variation of Flavonoid Synthesis Induced by Ecological Factors, N.C. Lobón and J.C. EscuderoCatalytic Transformation of Phenolic Compounds in theSoils, P.M. Huang, M.C. Wang, and M.K.

K.M.M. Dakshini, Chester L. Foy, Inderjit

• Allelopathy: One Component in a Multifaceted Approach to Ecology, K.M.M. Dakshini, C.L. Foy, and InderjitMethodologiesDesigning Laboratory Plant Debris-Soil Bioassays: Some Reflections, U. BlumHow to Make Bioassays for Allelopathy More Relevant to Field Conditions with Particular Reference to Cropland Weeds, C.L. FoyBioassays for Allelopathy: Interactions of Soil Organic and Inorganic Constituents, Inderjit and K.M.M. Dakshini Bioassays Applied to Allelopathic Herbaceous Vascular Hydrophytes, S.D. Elakovich The Occurrence and Behavior of Plant Phenolic Acids in Soil Environment and Their Potential Involvement in Allelochemical Interference Interactions: Methodological Limitations in Establishing Conclusive Proof of Allelopathy, B.R. DaltonBiochemical Analysis of Allelopathic Compounds: Plants, Microorganisms, and Soil Secondary Metabolites, G.R. Waller, M.-C. Feng, and Y. FujiiMicrospectrofluorimetry of Intact Secreting Cells, with Applications to the Study of Allelopathy, V.V. Roshchina and E.V. MelnikovaInteractions among Plant and Microbial SystemsPollen Allelopathy, S.D. MurphyAllelopathic Bacteria, O. Barazani and J. FriedmanAllelochemistry in Plankton Communities, K.I. KeatingAllelopathy in Benthic and Littoral Areas: Case Studies on Allelochemicals from Benthic Cyanobacteria and Submersed Macrophytes, E.M. GrossAustralian Studies on Allelopathy in Eucalyptus: A Review, R. WillisThe Study of Allelopathy in Australia: 1988-1993, B.-S. Kil and J.V. LovettHistorical Review and Current Models of Forest Succession and Interference, D.W. GilmoreEcological AspectsPlant Phenolics and Terpenoids: Transformation, Degradation, and Potential for Allelopathic Interactions, Inderjit, H.H. Cheng, and H. Nishimura Variation of Flavonoid Synthesis Induced by Ecological Factors, N.C. Lobón and J.C. EscuderoCatalytic Transformation of Phenolic Compounds in theSoils, P.M. Huang, M.C. Wang, and M.K.