Identification of male-sterile Coffea arabica at CATIE, Costa Rica.

Five male sterile C. arabica plants originating from an FAO collection (196465) in Ethiopia were discovered in the field collection of CATIE (Centro Agronomico Tropical de Investigacion y Ensenanza). Cytological studies on anthers confirmed a lack of pollen production, as did selfing experiments. Observed male sterility was due to early destruction of the tapetum, resulting in a complete lack of microspores at the flowering stage. Pollinations undertaken with pollen from a Catimor line (T8667) restored fertility. Three of the 5 plants were propagated by budding and exhibited male sterility under different soil and climatic conditions. The genetic determinism of this phenomenon appears to be nuclear and recessive. Possible use of these plants in aselection scheme aiming at F1 hybrid production is discussed.

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Bibliographic Details
Main Authors: Dufour, M., autor. aut 56691, Anthony, F. 42522, Bertrand, B. 42520, Eskes, A.B. 56682
Format: Texto biblioteca
Language:d
Subjects:anthers, Coffea., male sterility, mutants, mutations, pollen, pollination, stimulant plants, Anther, Infertility, Male, Pollen, Pollination, Fertilization of plants,
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spelling dig-fedepalma-123456789-832732022-08-05T10:12:10Z Identification of male-sterile Coffea arabica at CATIE, Costa Rica. Dufour, M., autor. aut 56691 Anthony, F. 42522 Bertrand, B. 42520 Eskes, A.B. 56682 anthers Coffea. male sterility mutants mutations pollen pollination stimulant plants Anther Infertility, Male Pollen Pollination Fertilization of plants Five male sterile C. arabica plants originating from an FAO collection (196465) in Ethiopia were discovered in the field collection of CATIE (Centro Agronomico Tropical de Investigacion y Ensenanza). Cytological studies on anthers confirmed a lack of pollen production, as did selfing experiments. Observed male sterility was due to early destruction of the tapetum, resulting in a complete lack of microspores at the flowering stage. Pollinations undertaken with pollen from a Catimor line (T8667) restored fertility. Three of the 5 plants were propagated by budding and exhibited male sterility under different soil and climatic conditions. The genetic determinism of this phenomenon appears to be nuclear and recessive. Possible use of these plants in aselection scheme aiming at F1 hybrid production is discussed. Five male sterile C. arabica plants originating from an FAO collection (196465) in Ethiopia were discovered in the field collection of CATIE (Centro Agronomico Tropical de Investigacion y Ensenanza). Cytological studies on anthers confirmed a lack of pollen production, as did selfing experiments. Observed male sterility was due to early destruction of the tapetum, resulting in a complete lack of microspores at the flowering stage. Pollinations undertaken with pollen from a Catimor line (T8667) restored fertility. Three of the 5 plants were propagated by budding and exhibited male sterility under different soil and climatic conditions. The genetic determinism of this phenomenon appears to be nuclear and recessive. Possible use of these plants in aselection scheme aiming at F1 hybrid production is discussed. text d
institution FEDEPALMA
collection DSpace
country Colombia
countrycode CO
component Bibliográfico
access En linea
databasecode dig-fedepalma
tag biblioteca
region America del Sur
libraryname Centro de Información y Documentación Palmero
language d
topic anthers
Coffea.
male sterility
mutants
mutations
pollen
pollination
stimulant plants
Anther
Infertility, Male
Pollen
Pollination
Fertilization of plants
anthers
Coffea.
male sterility
mutants
mutations
pollen
pollination
stimulant plants
Anther
Infertility, Male
Pollen
Pollination
Fertilization of plants
spellingShingle anthers
Coffea.
male sterility
mutants
mutations
pollen
pollination
stimulant plants
Anther
Infertility, Male
Pollen
Pollination
Fertilization of plants
anthers
Coffea.
male sterility
mutants
mutations
pollen
pollination
stimulant plants
Anther
Infertility, Male
Pollen
Pollination
Fertilization of plants
Dufour, M., autor. aut 56691
Anthony, F. 42522
Bertrand, B. 42520
Eskes, A.B. 56682
Identification of male-sterile Coffea arabica at CATIE, Costa Rica.
description Five male sterile C. arabica plants originating from an FAO collection (196465) in Ethiopia were discovered in the field collection of CATIE (Centro Agronomico Tropical de Investigacion y Ensenanza). Cytological studies on anthers confirmed a lack of pollen production, as did selfing experiments. Observed male sterility was due to early destruction of the tapetum, resulting in a complete lack of microspores at the flowering stage. Pollinations undertaken with pollen from a Catimor line (T8667) restored fertility. Three of the 5 plants were propagated by budding and exhibited male sterility under different soil and climatic conditions. The genetic determinism of this phenomenon appears to be nuclear and recessive. Possible use of these plants in aselection scheme aiming at F1 hybrid production is discussed.
format Texto
topic_facet anthers
Coffea.
male sterility
mutants
mutations
pollen
pollination
stimulant plants
Anther
Infertility, Male
Pollen
Pollination
Fertilization of plants
author Dufour, M., autor. aut 56691
Anthony, F. 42522
Bertrand, B. 42520
Eskes, A.B. 56682
author_facet Dufour, M., autor. aut 56691
Anthony, F. 42522
Bertrand, B. 42520
Eskes, A.B. 56682
author_sort Dufour, M., autor. aut 56691
title Identification of male-sterile Coffea arabica at CATIE, Costa Rica.
title_short Identification of male-sterile Coffea arabica at CATIE, Costa Rica.
title_full Identification of male-sterile Coffea arabica at CATIE, Costa Rica.
title_fullStr Identification of male-sterile Coffea arabica at CATIE, Costa Rica.
title_full_unstemmed Identification of male-sterile Coffea arabica at CATIE, Costa Rica.
title_sort identification of male-sterile coffea arabica at catie, costa rica.
work_keys_str_mv AT dufourmautoraut56691 identificationofmalesterilecoffeaarabicaatcatiecostarica
AT anthonyf42522 identificationofmalesterilecoffeaarabicaatcatiecostarica
AT bertrandb42520 identificationofmalesterilecoffeaarabicaatcatiecostarica
AT eskesab56682 identificationofmalesterilecoffeaarabicaatcatiecostarica
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