Flowering Plants · Dicotyledons: Magnoliid, Hamamelid and Caryophyllid FamiliesKlaus Kubitzki, Jens G. Rohwer, Volker Bittrich Springer Science & Business Media, 2013 M06 29 - 653 páginas This volume - the first of this series dealing with angiosperms - comprises the treatments of 73 families, representing three major blocks of the dicotyledons: magnoliids, centrosperms, and hamamelids. These blocks are generally recognized as subclasses in modern textbooks and works of reference. We consider them a convenient means for structuring the hundreds of di cotyledon families, but are far from taking them at face value for biological, let alone mono phyletic entities. Angiosperm taxa above the rank of family are little consolidated, as is easily seen when comparing various modern classifications. Genera and families, in contrast, are comparatively stable units -and they are important in practical terms. The genus is the taxon most frequently recognized as a distinct entity even by the layman, and generic names provide the key to all in formation available about plants. The family is, as a rule, homogeneous enough to conve niently summarize biological information, yet comprehensive enough to avoid excessive re dundance. The emphasis in this series is, therefore, primarily on families and genera. |
Contenido
1 | |
10 | |
20 | |
General References | 31 |
35 | 50 |
H HUBER | 129 |
P K ENDRESS | 138 |
H LOCONTE | 147 |
Magnoliaceae H P NOOTEBOOM | 391 |
Menispermaceae P J A KESSLER | 402 |
LIDÉN | 415 |
E ENDRESS and V BITTRICH | 419 |
Monimiaceae W R PHILIPSON | 426 |
Moraceae J G ROHWER | 438 |
K KUBITZKI | 453 |
Myrothamnaceae K KUBITZKI | 468 |
P S WILLIAMSON and E L SCHNEIDER | 157 |
K KUBITZKI | 197 |
Cannabaceae | 204 |
Casuarinaceae | 237 |
Cecropiaceae | 243 |
Cercidiphyllaceae | 250 |
Chloranthaceae | 281 |
Circaeasteraceae | 288 |
Eupomatiaceae | 296 |
Fumariaceae | 310 |
Gomortegaceae | 318 |
BITTRICH | 320 |
Hectorellaceae W R PHILIPSON | 331 |
K KUBITZKI | 334 |
Himantandraceae P K ENDRESS | 338 |
Illiciaceae H KENG | 344 |
Lactoridaceae K KUBITZKI | 359 |
Lauraceae J G ROHWER | 366 |
Nymphaeaceae E L SCHNEIDER and P S WILLIAMSON | 486 |
Papaveraceae J W KADEREIT | 494 |
Phytolaccaceae J G ROHWER | 506 |
C TEBBS | 516 |
Plumbaginaceae K KUBITZKI | 523 |
Polygonaceae J BRANDBYGE | 531 |
544 | |
LIDÉN | 556 |
TAMURA with a contribution by S VOGEL | 563 |
Rhoipteleaceae WU CHENGYIH and K KUBITZKI | 584 |
Stegnospermaceae J G ROHWER | 592 |
Trochodendraceae P K ENDRESS | 599 |
A TODZIA | 603 |
FRIIS | 612 |
Winteraceae W VINK | 630 |
639 | |
640 | |
Otras ediciones - Ver todas
Flowering Plants, Dicotyledons: Magnoliid, Hamamelid, and Caryophyllid Families Klaus Kubitzki,Jens G. Rohwer,Volker Bittrich Sin vista previa disponible - 1993 |
Términos y frases comunes
absent adnate Africa America anatomy angiosperms Annonaceae anthers anthesis apex apical areoles aril Asia axillary axils basal base bisexual bracteoles bracts branches Britton & Rose Bull calyx capsule carpels ceae cells Centrospermae Chenopodiaceae chromosome connate cotyledons cupule cymes deciduous dehiscence dioecious drupes elongate embryo endocarp endosperm Endress epidermis female flowers filaments fleshy floral Flowers bisexual Flowers solitary fruit fused Gard genera genus glabrous glands globose Hamamelidae herbs imbricate indehiscent inflores inflorescences inner involucre Jahrb Lauraceae leaf Leaves alternate lobes locule longitudinal Magnoliidae Male flowers Monocarps nectary Nymphaeaceae outer ovary ovules pedicel perennial perianth pericarpel petals pistillate plants pollen POLLEN MORPHOLOGY rarely receptacle sect seeds sepals sessile shrubs simple hairs sometimes species spines stamens Stamens numerous staminodes stems stigmas stipitate stipules stomata structure style subfamily subshrubs Syst tepals terminal Three spp trees Tribe tropical tube unisexual usually valvate valves wings woody