Systematics, evolution, and ecology of melastomataceae / / edited by Renato Goldenberg, Fabián A. Michelangeli, and Frank Almeda

• Pubblicazione: Cham, Switzerland : , : Springer, , [2022]; ©2022
• Descrizione fisica: 1 online resource (786 pages)
• Disciplina: 580.14
• Soggetto topico: Botany; Plants
• Persona (resp. second.): MichelangeliFabián Armando <1970->; GoldenbergRenato; AlmedaFrank
• Note generali: Includes index.
• Nota di contenuto: Intro -- Foreword -- References -- Preface -- Acknowledgments -- Contents -- Editors and Contributors -- About the Editors -- Contributors -- Part I: An Introduction to Melastomataceae -- Melastomataceae: Global Diversity, Distribution, and Endemism -- Introduction -- Results -- Americas -- Africa and Madagascar -- Asia and Oceania -- References -- Classification History of the Melastomataceae: Early Beginnings Through the Pre-molecular Era -- Introduction -- Early Beginnings: Pre-Triana Era -- Chronological Survey of the Major Classification Systems -- End of the Pre-molecular Era -- References -- Morphological Variability Within the Melastomataceae (Myrtales), Including a Discussion of the Associated Terminology -- Introduction -- Habit -- Underground Parts -- Vegetative Buds -- Stems -- Stem and Wood Anatomy -- Leaves (Including Arrangement, Structure, Petiole, Shape of the Blade, Base of the Blade, Apex of the Blade, Margin of the Blade, and Venation) and Stipules -- Domatia -- Leaf Anatomy -- Indumentum -- Inflorescences -- Flower Structure (Including Symmetry, Floral Rewards, Sexual Condition, and Merosity) -- Hypanthium -- Calyx -- Corolla -- Androecium (See also Melo et al., Chapter "Stamen Diversity in Melastomataceae: Morphology, Color and Function") -- Gynoecium -- Fruits -- Seeds -- Morphological Characters of Potential Phylogenetic Importance in Diagnosing Early-Branching Clades -- References -- Historical Biogeography of the Melastomataceae -- Introduction -- Materials and Methods -- Divergence-Time Estimation -- Current Distribution -- Ancestral Range Estimation -- Results -- Divergence-Time Estimation -- Current Distribution -- Ancestral Range Estimation -- Discussion -- The Age of the Melastomataceae -- The Neotropics as the Historical Repository of the Melastomataceae -- Repeated "Pantropicalization" Through the Same Route. ; The Role of Land Bridges -- Trans-Oceanic Dispersals -- Future Directions -- References -- Part II: Systematics -- A New Melastomataceae Classification Informed by Molecular Phylogenetics and Morphology -- Introduction -- Materials and Methods -- Results -- Discussion -- References -- Phylogeny and Circumscription of the Subfamily Olisbeoideae -- Introduction -- Historical Background -- Phylogenetic Relationships -- Morphology and Anatomy -- Wood Anatomy -- Branchlets -- Indumentum -- Interpetiolar Structures -- Leaves -- Nervation -- Leaf Anatomy -- Inflorescences -- Flowers -- Hypanthium, Epigynous Chamber, and Calyx -- Gynoecium -- Androecium -- Anther Gland -- Pollen -- Petals -- Fruit, Seed, and Embryo -- Seed Germination and Seedlings -- Key to Currently Recognized Genera of the Olisbeoideae -- Future Directions -- References -- The Subfamily Kibessioideae, its Tribe Pternandreae, and its Sole Genus, Pternandra -- Introduction and Historical Review of Taxon Limits -- Morphology and Ecology -- References -- Systematics of the Tribe Astronieae Based on Morphology: Prospects for Resurrecting Bamlera and Incorporating Tessmannianthus -- Introduction -- Systematic History -- Materials and Methods -- Sampling and Comparative Morphology -- Character Analysis -- Phylogenetic Analysis -- Results and Discussion -- Support for Astronieae s.s. -- Support for Astrocalyx -- Support for Astronia -- Support for Beccarianthus s.s. -- Astronidium -- Bamlera -- Tessmannianthus -- Conclusions and Future Directions -- References -- Systematics of Tribe Henrietteeae (Melastomataceae) -- Introduction -- Phylogenetic Relationships Within Henrietteeae -- Taxonomic Treatment -- References -- Why Recognize Miconia as the Only Genus in Tribe Miconieae (Melastomataceae)? -- Taxonomic History of Miconieae -- Generic Limits Within Miconieae -- Current Status. ; To "Lump" or to "Split" -- How Many Genera Should Be Recognized in the Miconieae? -- What Are the Drawbacks of Recognizing a Single Genus? -- Diagnostic Characters of Miconieae and Miconia -- Future Directions -- References -- Phylogenetics and Taxonomy of the Tribe Merianieae -- Introduction -- Phylogenetic Relationships -- Discussion -- Morphological Diversity -- Taxonomic Implications -- References -- Systematics and Climatic Preferences of Bertolonieae and Trioleneae -- Background and Introduction -- Bertolonieae -- Phylogeny and Relationships Within the Tribe -- Tribal Description -- Reproductive Biology -- Current Taxonomy -- Trioleneae -- Phylogeny and Relationships Within the Tribe -- Tribal Description -- Current Taxonomy -- Convergent Morphology and Climatic Niches of Bertolonieae and Trioleneae -- References -- An Overview of Pyxidantheae (Melastomataceae) -- Introduction -- Taxonomic Treatment -- References -- The Cyphostyleae, a Small Tribe Rich in Rare Characters in the Family -- Taxonomic History -- Systematics and Taxonomy -- Ecology and Distribution -- Tribal Description -- Generic Delimitation -- Key to the Genera of Cyphostyleae -- Unusual Characters in the Melastomataceae -- Future Directions -- References -- Systematics of the Tribe Sonerileae -- General Introduction -- Historical Overview and Circumscription of Sonerileae -- Morphology, Diversity, and Distribution -- Phylogenetic Relationships -- Genera and Species -- Ecology -- Other Aspects (Biogeography, Character Evolution, Cytology, Etc.) -- References -- Systematics and Phylogeny of Dissochaeteae -- Introduction -- Taxonomic History -- Distribution, Phylogeny, Ecology, and Morphology -- Distribution -- Intergeneric Relationships -- Morphology -- The Genera of Dissochaeteae -- Creochiton -- Dalenia -- Diplectria -- Dissochaeta -- Macrolenes -- Pseudodissochaeta -- Ecology. ; Biogeography -- References -- Systematics and Evolution of Tribe Pyramieae -- Introduction -- Historical Review -- Phylogeny and Taxonomy -- Tribal Description -- Current Taxonomy -- Key to the Genera of Pyramieae -- Ecology and Evolution -- Biogeography -- Future Perspectives -- References -- Systematics of Tribe Rhexieae -- Taxonomic Treatment -- References -- Lavoisiereae: A Neotropical Tribe with Remarkable Endemism on Eastern Brazilian Mountaintops -- Introduction -- Taxonomic History and Recent Research -- Structural Characterization -- Habit, Stem, and Branching -- Leaves -- Indumentum -- Inflorescences -- Flowers -- Fruits and Seeds -- Chromosome Cytology -- Genera Currently Accepted -- Pollination and Reproductive Biology -- Geographic Distribution, Habitat, and Endemism -- Biogeography and Evolution -- Putative Morphophysiological Adaptations -- Other Ecological Aspects -- Chemistry, Biological Activity, and Uses -- Conservation -- References -- Systematic Studies in the Neotropical Tribe Marcetieae -- Introduction -- Historical Review -- Phylogeny and Relationships Within the Tribe -- Mallophyton: An Enigmatic Lineage -- Tribal Description -- External Morphology -- Anatomy -- Cytology -- Reproductive Biology -- Conservation -- Current Taxonomy -- Future Perspectives -- References -- Systematics and Taxonomy of the Tribe Melastomateae -- General Introduction -- Historical Review of Tribal and Generic Limits -- Phylogeny and Relationships within Melastomateae -- Neotropical Melastomateae -- Palaeotropical Melastomateae -- Morphology -- Revised Key to the Genera of Melastomateae -- Anatomy -- Cytology -- Comments on Current Taxonomy -- Biogeography -- Pollination -- Future Perspectives in Melastomateae -- References -- Part III: Evolution: Morphology, Biology, Reproduction and Biogeography. ; A Comparative Approach to Floral Ontogeny in Melastomataceae -- Why Study Floral Development in Melastomataceae? -- Early Floral Development Patterns in Melastomataceae -- The Position of the Ovary Varies According to an Ontogenetic Gradient -- The Perigynous Hypanthium Influences the Contort Corolla and the Flexed Stamens in the Floral Bud -- Some Stamen Features Depend on Its Position and Emergence Time -- Combinations of Ontogenetic Processes Promote Variations in the Calyx -- Some Whorls Are More Susceptible to Variations in Merosity than Others -- Conclusions and Perspectives About the Ontogenetic Study of Melastomataceae -- Appendix -- References -- A New Perspective on Seed Morphological Features in Melastomataceae -- Introduction -- Materials and Methods -- Results -- Shape -- Appendage -- Base of the Seed -- Testa Characters -- Multicellular Sculpture -- Individual Cell Features -- Subfamily Olisbeoideae -- Memecylon (See Ramya Sree and Thoppil 2021) -- Mouriri (See Morley 1976) -- Votomita (See Morley 1976) -- Subfamily Kibessioideae -- Pternandra (Fig. 1a) -- Subfamily Melastomatoideae -- Astronieae -- Astrocalyx (Fig. 1b) -- Astronia (Fig. 1c) -- Astronidium (Fig. 1d) -- Tessmannianthus (Fig. 1e) -- Bertolonieae -- Bertolonia (Fig. 1f -- See Bacci et al. 2019) -- Cyphostyleae -- Allomaieta (Fig. 1g) -- Alloneuron (Murillo-Serna et al. 2022) -- Quipuanthus (Michelangeli et al. 2014) -- Wurdastom (Fig. 1h -- Mendoza-Cifuentes 2019) -- Dinophoreae -- Dinophora (Fig. 1i) -- Ochthocharis (Fig. 1j) -- Dissochaeteae -- Creochiton (Fig. 1k) -- Diplectria (Fig. 1l) -- Dissochaeta (Fig. 1m) -- Pseudodissochaeta (Fig. 1n) -- Eriocnemeae -- Eriocnema (Fig. 1o) -- Physeterostemon (Fig. 1p) -- Henrietteeae -- Bellucia (Fig. 1q -- Renner 1989) -- Henriettea (Fig. 1r) -- Lavoisiereae -- Microlicia (Fig. 2a -- Whiffin and Tomb 1972. ; Martins and Almeda 2017).
• Titolo autorizzato: Systematics, Evolution, and Ecology of Melastomataceae
• ISBN: 3-030-99742-1
• Formato: Materiale a stampa
• Livello bibliografico: Monografia
• Lingua di pubblicazione: Inglese
• Record Nr.: 9910585769403321
• Lo trovi qui: Univ. Federico II