Taxon Details: Moraceae
Taxon Profile:
Narratives:
Family:
Moraceae (Magnoliophyta)
Moraceae (Magnoliophyta)
Scientific Name:
Moraceae
Moraceae
Accepted Name:
This name is currently accepted.
This name is currently accepted.
Common Names:
Mulberry Family
Mulberry Family
Description:
Number of genera: 40
Number of species: 1,000
Description (from PLANTAE): Trees, shrubs, subshrubs, less often lianas or herbs, terrestrial or epiphytic, deciduous or evergreen, sometimes whole, leafy branches abscising. Dioecious or monoecious. Branches sometimes armed with thorns or prickles. Sap clear or more often viscous and white sometimes yellow. Stipules present, often conspicuous, amplexicaul, caducous and leaving a circular scar, sometimes persistent. Leaves alternate (spiral or distichous), rarely opposite, simple; blade margins usually entire, sometimes serrate, sinuate, lobed or rarely spinose-dentate; venation usually pinnate, the lateral veins usually distinctly loop-connected near the margin, sometimes ± 3-nerved at the base. Inflorescences usually axillary, sometimes ramiflorous or cauliflorous, solitary, paired (geminate) or several, unisexual or bisexual, racemes, spikes, globose heads, capitate with a discoid receptacle, the receptacles sometimes convex, cup-shaped, bivalvate or urceolate to spherical with enclosed flowers, involucral bracts sometimes present. Flowers actinomorphic, unisexual (plants monoecious, dioecious or polygamous), usually 4-merous; perianth uniseriate, biseriate or absent. Staminate flowers: tepals 0, 4 or more, distinct or connate; stamens usually equal in number to and opposite the tepals, straight or inflexed in bud, bending outward suddenly at anthesis; pistillodes sometimes present. Pistillate flowers: tepals usually biseriate, 3 or 4, mostly connate; ovary superior to inferior, free or fused to perianth, the carpels 2 (one aborting), the locule 1, the styles usually 2, usually elongate or filiform; the ovule 1, apical and usually anatropous. Fruits drupes and often aggregated (Morus) or connate together with perianth and axes (Artocarpus), or an achene enclosed in fleshy receptacle (syconium) (Ficus). Seeds large or small.
Distribution (from PLANTAE): Cosmopolitan, but most species in the largely tropical genus Ficus.
Economic uses (from PLANTAE): Keystone species. Fig-wasp interaction. Several genera produce edible fruit, although only figs (Ficus) and breadfruit (Artocarpus) are economically important crops. Some fiber obtained from the bark of the paper mulberry (Broussonetia papyrifera). Food for silk moths. Fustic from Chlorophora. Sap from Naucleopsis used in South America to make arrow poison affecting the cardiac system. Likewise in Asia, a cardiac gylcoside is used as arrow poison and is obtained from the related Antiaris. Around the same time the Chinese were developing bark and hemp paper (ca. 200-800 AD)--and centuries before Europeans would borrow the technology from the Arabs through Spain--the Mayans and ancient Mexicans in America were also developing paper. The world's first books were produced in China and Mesoamerica around the 9th Century AD. After conquering the Arabs at home, the Spanish sailed to the New World and systematically destroyed every possible "heathen" book they could get their hands on. They of course burned easily as they were made of plant fiber. However, three of the ancient Mayan books (codices) remain. The paper, called "amate" is made from the inner bark of Ficus species.
Number of genera: 40
Number of species: 1,000
Description (from PLANTAE): Trees, shrubs, subshrubs, less often lianas or herbs, terrestrial or epiphytic, deciduous or evergreen, sometimes whole, leafy branches abscising. Dioecious or monoecious. Branches sometimes armed with thorns or prickles. Sap clear or more often viscous and white sometimes yellow. Stipules present, often conspicuous, amplexicaul, caducous and leaving a circular scar, sometimes persistent. Leaves alternate (spiral or distichous), rarely opposite, simple; blade margins usually entire, sometimes serrate, sinuate, lobed or rarely spinose-dentate; venation usually pinnate, the lateral veins usually distinctly loop-connected near the margin, sometimes ± 3-nerved at the base. Inflorescences usually axillary, sometimes ramiflorous or cauliflorous, solitary, paired (geminate) or several, unisexual or bisexual, racemes, spikes, globose heads, capitate with a discoid receptacle, the receptacles sometimes convex, cup-shaped, bivalvate or urceolate to spherical with enclosed flowers, involucral bracts sometimes present. Flowers actinomorphic, unisexual (plants monoecious, dioecious or polygamous), usually 4-merous; perianth uniseriate, biseriate or absent. Staminate flowers: tepals 0, 4 or more, distinct or connate; stamens usually equal in number to and opposite the tepals, straight or inflexed in bud, bending outward suddenly at anthesis; pistillodes sometimes present. Pistillate flowers: tepals usually biseriate, 3 or 4, mostly connate; ovary superior to inferior, free or fused to perianth, the carpels 2 (one aborting), the locule 1, the styles usually 2, usually elongate or filiform; the ovule 1, apical and usually anatropous. Fruits drupes and often aggregated (Morus) or connate together with perianth and axes (Artocarpus), or an achene enclosed in fleshy receptacle (syconium) (Ficus). Seeds large or small.
Distribution (from PLANTAE): Cosmopolitan, but most species in the largely tropical genus Ficus.
Economic uses (from PLANTAE): Keystone species. Fig-wasp interaction. Several genera produce edible fruit, although only figs (Ficus) and breadfruit (Artocarpus) are economically important crops. Some fiber obtained from the bark of the paper mulberry (Broussonetia papyrifera). Food for silk moths. Fustic from Chlorophora. Sap from Naucleopsis used in South America to make arrow poison affecting the cardiac system. Likewise in Asia, a cardiac gylcoside is used as arrow poison and is obtained from the related Antiaris. Around the same time the Chinese were developing bark and hemp paper (ca. 200-800 AD)--and centuries before Europeans would borrow the technology from the Arabs through Spain--the Mayans and ancient Mexicans in America were also developing paper. The world's first books were produced in China and Mesoamerica around the 9th Century AD. After conquering the Arabs at home, the Spanish sailed to the New World and systematically destroyed every possible "heathen" book they could get their hands on. They of course burned easily as they were made of plant fiber. However, three of the ancient Mayan books (codices) remain. The paper, called "amate" is made from the inner bark of Ficus species.
Flora and Monograph Treatment(s):
Moraceae: [Book] Gleason, Henry A. & Cronquist, Arthur J. 1991. Manual of vascular plants of northeastern United States and adjacent Canada. lxxv + 910 pp.
Moraceae: [Book] Britton, Nathaniel L. & Millspaugh, Charles F. 1920. The Bahama Flora.
Moraceae: [Book] Gleason, Henry A. & Cronquist, Arthur J. 1991. Manual of vascular plants of northeastern United States and adjacent Canada. lxxv + 910 pp.
Moraceae: [Book] Britton, Nathaniel L. & Millspaugh, Charles F. 1920. The Bahama Flora.
Related Objects:
• M. A. Baker 7322, Ecuador
• S. Tiwari 892, Guyana
• Moraceae
• E. Cordeiro 164, Brazil
• A. Knob 768, Brazil
• C. C. Stewart 1942, United States of America
• F. A. Obermüller 70, Brazil
• F. A. Obermüller 86, Brazil
• F. A. Obermüller 225, Brazil
• J. Bosco 106, Brazil
• C. A. Cid Ferreira 10512, Brazil
• M. Silveira 1029, Brazil
• C. Figueiredo 264, Brazil
• E. da C. Pereira s.n., Brazil
• A. Quinet 1247, Brazil
• A. M. Amorim 4631, Brazil
• J. G. Jardim 3891, Brazil
• A. Oliveira 5, Brazil
• C. N. Fraga 2443, Brazil
• G. Martinelli 17513, Brazil
• W. L. Balée 647, Brazil
• A. A. Santos 3447, Brazil
• J. L. Paixão 767, Brazil
• W. da Silva 3, Brazil
• C. E. Carr 14211, Papua New Guinea
• N. J. C. Zerega 66, Papua New Guinea
• N. J. C. Zerega 67, Papua New Guinea
• L. J. Brass 29571, Papua New Guinea
• L. J. Brass 29735, Papua New Guinea
• Moraceae
• J. C. Betancur B. 14908, Colombia
• J. C. Betancur B. 15216, Colombia
• G. T. Prance 2518, Brazil
• J. J. Pipoly 18497, Colombia
• J. J. Pipoly 18544, Colombia
• B. A. Krukoff 5959, Brazil
• J. A. Ratter R6805, Brazil
• Moraceae
• B. M. Gomes 523, Brazil
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• L. J. Brass 32418, Papua New Guinea
• L. J. Brass 30588, Papua New Guinea
• N. J. C. Zerega 62, Papua New Guinea
• N. J. C. Zerega 63, Papua New Guinea
• C. E. Carr 14520, Papua New Guinea
• C. E. Carr 13120, Papua New Guinea
• F. Kingdon-Ward, Myanmar
• F. Kingdon-Ward, Myanmar
• C. E. Carr 16323, Papua New Guinea
• Moraceae
• J. L. Clark 9963, Ecuador
• T. M. Koyama 15556, Thailand
• Moraceae
• R. S. Williams 2939, Philippines
• C. E. Carr 12112, Papua New Guinea
• C. E. Carr 16017, Papua New Guinea
• C. E. Carr 12586, Papua New Guinea
• C. E. Carr 12623, Papua New Guinea
• C. E. Carr 11951, Papua New Guinea
• F. Gaerlan 20336, Philippines
• Moraceae
• C. Figueiredo 16, Brazil
• M. Silveira 1424, Brazil
• I. L. do Amaral IG2-17-534, Brazil
• C. E. Carr 12113, Papua New Guinea
• C. E. Carr 12224, Papua New Guinea
• C. E. Carr 12123, Papua New Guinea
• C. E. Carr 13630, Papua New Guinea
• C. E. Carr 14724, Papua New Guinea
• C. E. Carr 13616, Papua New Guinea
• L. J. Brass 30576, Papua New Guinea
• D. V. Hai HN-NY 792, Vietnam
• D. V. Hai HN-NY 509, Vietnam
• D. V. Hai HN-NY 728, Vietnam
• J. Freitas 48, Brazil
• P. Mendoza Troya 97, Ecuador
• M. Silveira 3699, Brazil
• Moraceae
• H. H. Rusby 2768
• K. R. Cavalcante Paixão 607, Brazil
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Gatmaitan 78909, Philippines
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• L. W. Williams 17361, Philippines
• S. Tiwari 892, Guyana
• Moraceae
• E. Cordeiro 164, Brazil
• A. Knob 768, Brazil
• C. C. Stewart 1942, United States of America
• F. A. Obermüller 70, Brazil
• F. A. Obermüller 86, Brazil
• F. A. Obermüller 225, Brazil
• J. Bosco 106, Brazil
• C. A. Cid Ferreira 10512, Brazil
• M. Silveira 1029, Brazil
• C. Figueiredo 264, Brazil
• E. da C. Pereira s.n., Brazil
• A. Quinet 1247, Brazil
• A. M. Amorim 4631, Brazil
• J. G. Jardim 3891, Brazil
• A. Oliveira 5, Brazil
• C. N. Fraga 2443, Brazil
• G. Martinelli 17513, Brazil
• W. L. Balée 647, Brazil
• A. A. Santos 3447, Brazil
• J. L. Paixão 767, Brazil
• W. da Silva 3, Brazil
• C. E. Carr 14211, Papua New Guinea
• N. J. C. Zerega 66, Papua New Guinea
• N. J. C. Zerega 67, Papua New Guinea
• L. J. Brass 29571, Papua New Guinea
• L. J. Brass 29735, Papua New Guinea
• Moraceae
• J. C. Betancur B. 14908, Colombia
• J. C. Betancur B. 15216, Colombia
• G. T. Prance 2518, Brazil
• J. J. Pipoly 18497, Colombia
• J. J. Pipoly 18544, Colombia
• B. A. Krukoff 5959, Brazil
• J. A. Ratter R6805, Brazil
• Moraceae
• B. M. Gomes 523, Brazil
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• L. J. Brass 32418, Papua New Guinea
• L. J. Brass 30588, Papua New Guinea
• N. J. C. Zerega 62, Papua New Guinea
• N. J. C. Zerega 63, Papua New Guinea
• C. E. Carr 14520, Papua New Guinea
• C. E. Carr 13120, Papua New Guinea
• F. Kingdon-Ward, Myanmar
• F. Kingdon-Ward, Myanmar
• C. E. Carr 16323, Papua New Guinea
• Moraceae
• J. L. Clark 9963, Ecuador
• T. M. Koyama 15556, Thailand
• Moraceae
• R. S. Williams 2939, Philippines
• C. E. Carr 12112, Papua New Guinea
• C. E. Carr 16017, Papua New Guinea
• C. E. Carr 12586, Papua New Guinea
• C. E. Carr 12623, Papua New Guinea
• C. E. Carr 11951, Papua New Guinea
• F. Gaerlan 20336, Philippines
• Moraceae
• C. Figueiredo 16, Brazil
• M. Silveira 1424, Brazil
• I. L. do Amaral IG2-17-534, Brazil
• C. E. Carr 12113, Papua New Guinea
• C. E. Carr 12224, Papua New Guinea
• C. E. Carr 12123, Papua New Guinea
• C. E. Carr 13630, Papua New Guinea
• C. E. Carr 14724, Papua New Guinea
• C. E. Carr 13616, Papua New Guinea
• L. J. Brass 30576, Papua New Guinea
• D. V. Hai HN-NY 792, Vietnam
• D. V. Hai HN-NY 509, Vietnam
• D. V. Hai HN-NY 728, Vietnam
• J. Freitas 48, Brazil
• P. Mendoza Troya 97, Ecuador
• M. Silveira 3699, Brazil
• Moraceae
• H. H. Rusby 2768
• K. R. Cavalcante Paixão 607, Brazil
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• Gatmaitan 78909, Philippines
• Moraceae
• Moraceae
• Moraceae
• Moraceae
• L. W. Williams 17361, Philippines
• Moraceae