Summary
The feral species,Cucurbita foetidissima, the perennial Buffalo gourd, has the potential of becoming a cultivated food crop, producing seeds rich in edible oil and protein. It also produces an extensive storage root system rich in starch. It has evolved in the arid regions of North America and is adapted to growing on arid to semiarid lands, which constitute much of the world’s land mass, lands now marginal for crop production.
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Literature Cited
Ba-Amer, M. A. andW. P. Bemis. 1968. Fruit and Seed Development inCucurbita foetidissima. Econ. Bot. 22: 297–299.
Bailey, L. H. 1943. Species ofCucurbita. Gentes Herb. 6: 265–322.
Bemis, W. P. andJ. M. Nelson. 1963. Interspecific Hybridization within the GenusCucurbita I. Fruit Set, Seed and Embryo Development. Jour. Ariz. Acad. Sci. 2: 104–107.
—,J. W. Berry, M. I. Kennedy, D. Woods, M. Moran, andA. J. Deutschman, Jr. 1967. Oil composition ofCucurbita. Jour. Amer. Oil Chem. Soc. 44: 429–430.
— andThomas W. Whitaker. 1969. The XerophyticCucurbita of Northwestern Mexico and Southwestern United States. Madroño. 20: 33–41.
—A. M. Rhodes, Thomas W. Whitaker, andS. G. Carmer. 1970. Numerical Taxonomy Applied toCucurbita Relationships. Amer. Jour. Bot. 57: 404–412.
— 1970. Polyploid Hybrids from the CrossCucurbita moschata Poir. XC. Foetidissima HBK. Jour. Amer. Soc. Hort. Sci. 95: 529–531.
Berry, J. W., W. P. Bemis, C. W. Weber andT. Philip. 1975. Cucurbit Root Starches: Isolation and Some Properties of Starches fromCucurbita foetidissima HBK. andCucurbita digitata Gray. Jour. Agr. and Food Chemistry 23: 825–826.
—,C. W. Weber, M. L. Dreher andW. P. Bemis. 1976. Chemical Composition of Buffalo Gourd, a Potential Food Source. Jour. Food Sci. 41: 465–466.
Bolley, D. S., R. H. McCormach andL. C. Curtis. 1950. The Utilization of the Seeds of the Wild Perennial Gourds. J. Amer. Oil Chem. Soc. 27: 571–574.
Costa, J. T. A. andW. P. Bemis. 1972. Afterripening Effect on Seed Germination and Viability ofCucurbita foetidissima Seed. Turrialba 22: 207–209.
Curtis, L.C. 1946. The Possibilities of Using Species of Perennial Cucurbits as a Source of Vegetable Fats and Protein. Chemurgic Digest 13: 221–224.
—1974. The Domestication of a Wild Perennial Xerophytic Gourd,Cucurbita foetidissima, The Buffalo Gourd. Arid Lands Developmental Program. The Ford Foundation, Beirut, Lebanon. 1968–71. Progress Report I. A Search for Superior Plants.
1972. Progress Report II. A Discovery of Anther- less and Male Sterile Plants and Their Potential Role in the Production of Hybrid Seed for Commercial Planting.
1972. Progress Report III. A Search for Superior Buffalo Gourd Plants Continued.
1973. Progress Report IV. A Search for Superior Buffalo Gourd Plants and (1) Their Use in Producing Hybrid Seed for Commercial Planting and (2) Their Use for Forage, Erosion Control and Land Cover.
Dittmer, Howard I. andBurnev P. Talley. 1964. Gross Morphology of Tap Roots of Desert Cucurbits. Bot. Gaz. 121-126.
FAO/WHO. 1973. Food Agricultural Organization /World Health Organization Technical Report Series No. 522.
Grebenšċikov, I. 1958. Uber ZweiCucurbita Artkreuzungen. Zuchter. 28: 233–237.
Hensarling, T. P., T. J. Jacks andA. N. Booth. 1973.Cucurbita Seeds II. Nutritive Value of Storage Protein Isolated fromCucurbita foetidissima (Buffalo gourd). J. Agric. Food Chem. 21: 986–988.
Hurd, Paul D., Jr., E. Groton Linsley andThomas W. Whitaker. 1971. Squash and Gourd Bees(Peponapis, Xenogiossa) and the Origin of the CultivatedCucurbita. Evolution 25: 218–234.
Jacks, T. J., T. P. Hensarling andL. Y. Yatsu. 1972 Cucurbit Seeds: I. Characteristics and Uses of Oils and Proteins. A Review. Economic Botany 26: 135–141.
Lyman, C. M., K. A. Kuiken andF. Hale. 1956. Essential Amino Acid Content of Farm Feeds. Jour. Agric. Food Chem. 4: 1008–1013.
Mitchell, H. H. andR. J. Block. 1946. Some relationships between the Amino Acid Contents of Proteins and Their Nutritive Values for the Rat. Jour. Biol. Chem. 163: 399–620.
Shahani, H., Dollear, K. Markley andJ. Quinby. 1951. The Buffalo Gourd, a Potential Oil Seed Crop of the Southwestern Drylands. Jour. Amer. Oil Chem. Soc. 28: 90–95.
Stevens, William Chase. 1948. Kansas Wild Flowers. University of Kansas Press, 463 pp.
Weber, C. W., W. P. Bemis, J. Berry, A. Deutschman andB. L. Reid. 1969. Protein Evaluation of Two Species ofCucurbita Seeds. Proc. Soc. Exp. Biol. Med. 30: 761–765.
--- 1972. Unpublished data.
—,J. W. Berry andT. Philip. 1977.Citrullus, Apodanthera, Cucurbita andHibiscus Seed Protein. Food Technology 31: 182–183.
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Arizona Experiment Station Publication #2505
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Bemis, W.P., Curtis, L.D., Weber, C.W. et al. The feral buffalo gourd,Cucurbita foetidissima . Econ Bot 32, 87–95 (1978). https://doi.org/10.1007/BF02906733
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DOI: https://doi.org/10.1007/BF02906733