Results 111 to 120 of about 520 (137)

Mating systems of Cuphea laminuligera and Cuphea lutea

Theoretical and Applied Genetics, 1991
In this paper, the mating systems of experimental populations of C. laminuligera and C. lutea are described. Outcrossing rates (t) were estimated for four populations of C. laminuligera and three populations of C. lutea using allozyme phenotypes of open-pollinated individual plant families. Populations were grown at densities of 1.0 × 1.0 m (low) and 0.
S K, Krueger, S J, Knapp
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Cuphea viscosissima Jacq.

2007
Lythrum petiolatum Linnaeus, Species Plantarum 1: 446. 1753. "Habitat in Virginia." RCN: 3470. Type not designated. Original material: Clayton 418 (BM). Current name: Cuphea viscosissima Jacq. (Lythraceae).
  +4 more sources

Cuphea Tolerates Clopyralid

Weed Technology, 2011
Cuphea is a new crop of temperate regions that produces seed oil that can substitute for imported coconut and palm kernel oils. Only four herbicides are known to be tolerated by cuphea to date. More herbicides, especially POST products, are needed for continued commercialization.
F. Forcella, S. K. Papiernik, R. W. Gesch   +2 more
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Herbicides Tolerated by Cuphea (Cuphea viscosissima × lanceolata)¹

Weed Technology, 2005
Partial seed retention line #23(‘PSR23’) cuphea is a hybrid of Cuphea viscosissima × C. lanceolata. It is a new, spring-planted, annual, potential oilseed crop that is highly susceptible to interference by weeds because of its slow growth during spring and early summer.
FRANK FORCELLA, GARY B. AMUNDSON, RUSSELL W. GESCH, SHARON K. PAPIERNIK, VINCE M. DAVIS, WINTHROP B. PHIPPEN   +5 more
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Cuphea P. Browne 1756

2022
Key to the species of Cuphea from Minas Gerais state, Brazil 1. Floral tubes 13–32 mm long, red, red-orange, red-purple, violet-purple, yellow-green to green or purple in the dorsal region and ventrally green ..................................................................................................................................................
Facco, Marlon Garlet, Cavalcanti, Taciana Barbosa   +1 more
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Oilseed cuphea tolerates bromoxynil

Industrial Crops and Products, 2015
Abstract Weed management is a critical feature of all crop production, but especially for new and alternative crops with which most growers have little experience. Oilseed cuphea is a new annual crop for temperate regions and, at present, it is known to tolerate only a narrow spectrum of herbicides.
Frank Forcella, Carrie A. Eberle, Russ W. Gesch, Jane M.F. Johnson   +3 more
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Phakopsora cupheae Buritica

2007
Published as part of Hernandez, J. R., Piepenbring, M. & Rios, M. B. V., 2007, A new species, Dicheirinia panamensis, and new records of rust fungi from Panama., pp.
Hernandez, J. R., Piepenbring, M., Rios, M. B. V.   +2 more
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Genetic variation for seed dormancy in Cuphea laminuligera and Cuphea lanceolata

Euphytica, 1990
Various Cuphea species are adapted to temperate climates and characterized by caprylic, capric, and lauric acid-rich seed oils. These fatty acids are solely commercially available from palm kernel and coconut oils; thus, there is considerable interest in Cuphea as an alternative source of these fatty acids.
S. J. Knapp, L. A. Tagliani
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Cuphea Production and Management

2014
The genus Cuphea (Lythraceae) is quite unique in that most of its 265 different species synthesize and store primarily medium-chain fatty acids (MCFA) in their seeds, and many flourish in temperate climates. Presently, the United States and other developed countries import millions of tons of tropical plant-related oils to provide MCFA for industrial ...
Marisol T. Berti, Russ W. Gesch
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Karyotype of Cuphea lanceolata Ait. and Cuphea viscosissima Jacq.

Crop Science, 1995
Cuphea lanceolata Alton and C. viscosissima Jacq. are potential germplasm sources of medium‐chain fatty acids. The fertile hybrid between these two species is being used to develop unproved cultivars as a domestic source of these important oils. A total of 1401 Giemsa C‐banded chromosomes from 145 root‐tip cells of these two species are karyotyped with
Weiping Chen, W. W. Roath
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