Table of Contents
Featured Contents: * Importance of plant diversity, R Henry * Relationships between the families of flowering plants, M Chase, Royal Botanic Gardens Kew, UK * Diversity and evolution of gymnosperms, K Hill, Royal Botanical Gardens Sydney, Australia * Chloroplast genomes of plants, L Raubeson, Central Washington University, USA, and R Jansen, University of Texas, USA * The mitochondrial genome of higher plants: A target for natural adaptation, S MacKenzie, University of Nebraska, USA * Reticulate evolution in higher plants, G McKinnon, University of Tasmania, Australia * Polyploidy and evolution in plants, J Wendel and J Doyle, Iowa State University, USA * Crucifer evolution in the post-genomic era, T Mitchell-Olds, Max Planck Institute of Chemical Ecology, Germany, I Al-Shehbaz, Missouri Botanical Gardens, USA, M Koch, Heidelberg Institute of Plant Sciences, Germany, and T Sharbel, Laboratoire IFREMER de Genetique et Pathologie, France * Genetic variation in plant populations: Assessing cause and pattern, D Coates and M Byrne, Department of Conservation and Land Management, Australia * Evolution of the flower, D Soltis, University of Florida, USA, V Albert, University of Oslo, Norway, S Kim, M Yoo and P Soltis, University of Florida, USA, M Frolhlich, Natural History Museum, UK, J Leebens-Mack, Pennsylvania State University, USA, H Kong, The Chinese Academy of Sciences, China, K Wall, H Ma and C dePamhpilis, Pennsylvania State University, USA * Diversity in plant cell walls, P Harris, University of Auckland, New Zealand * Diversity in secondary metabolism in plants, P Waterman, Southern Cross University, Australia * Ecological importance of species diversity, C Beierkuhnlein, University Bayreuth, Germany, and A Jentsch, Centre for Environmental Research, Leipzig, Germany * Genomic diversity in nature and domestication, E Nevo, University of Haifa, Israel * Conserving genetic diversity in plants of environmental, social or economic importance, R Henry
