In cotton (Gossypium hirsutum), it is hard to determine the exact date when reproductive growth ceases on the basis of field observations, as compared to more visible factors such as the onset of flowering or boll opening. It is, however, essential to characterize the growth cycle in order to determine what varieties are suitable for planting in different climatic and local cropping conditions. We estimated the end of the effective flowering period on the basis of the opening date of the last flower giving rise to a first-position boll on fruiting branches (LFP1), and propose a simple method for estimating this date. This study, conducted in 2002 and 2003 at Okpara, Benin, involved a comparison of six cotton varieties planted at two differe...
Cotton yield is a function of growth rates, flower production rates, and flower and boll retention d...
This study investigates the statistical relationship between climatic variables and aspect...
Summaries of cotton crop phenology, as a function of heat units (HU, 86/55 °F limits) have been deve...
Effective flowering time in Gossypium hirsutum cotton plants was studied with the aim of enhancing d...
In most cotton-growing regions of West and Central Africa where rainfed conditions prevail, cropping...
Typescript (photocopy).Fruit development of Upland cotton cultivars in three maturity groups (based ...
In upland cotton, crop maturity is influenced by a number of physiological, phenological, morphologi...
Typescript (photocopy).1981 and 1982 in seven early-maturing lines and one full-season cultivar. Mor...
Key management recommendations for cotton (Gossypium hirsutum L.) management require estimates of th...
Decisions pertaining to crop termination and late season pesticide applications are best made with a...
A field experiment was conducted to evaluate the effect of planting date on Upland as a short staple...
Reliable long time-series of phenological observations are not widely available, since recording req...
Summaries of cotton crop phenology, as a function of heat units (HU, 86/55 °F limits) have been deve...
Climate change is a great challenge that badly affects the agricultural economy all over the world. ...
Cotton is an indeterminate species; the timing of crop maturity is determined by the capacity of the...
Cotton yield is a function of growth rates, flower production rates, and flower and boll retention d...
This study investigates the statistical relationship between climatic variables and aspect...
Summaries of cotton crop phenology, as a function of heat units (HU, 86/55 °F limits) have been deve...
Effective flowering time in Gossypium hirsutum cotton plants was studied with the aim of enhancing d...
In most cotton-growing regions of West and Central Africa where rainfed conditions prevail, cropping...
Typescript (photocopy).Fruit development of Upland cotton cultivars in three maturity groups (based ...
In upland cotton, crop maturity is influenced by a number of physiological, phenological, morphologi...
Typescript (photocopy).1981 and 1982 in seven early-maturing lines and one full-season cultivar. Mor...
Key management recommendations for cotton (Gossypium hirsutum L.) management require estimates of th...
Decisions pertaining to crop termination and late season pesticide applications are best made with a...
A field experiment was conducted to evaluate the effect of planting date on Upland as a short staple...
Reliable long time-series of phenological observations are not widely available, since recording req...
Summaries of cotton crop phenology, as a function of heat units (HU, 86/55 °F limits) have been deve...
Climate change is a great challenge that badly affects the agricultural economy all over the world. ...
Cotton is an indeterminate species; the timing of crop maturity is determined by the capacity of the...
Cotton yield is a function of growth rates, flower production rates, and flower and boll retention d...
This study investigates the statistical relationship between climatic variables and aspect...
Summaries of cotton crop phenology, as a function of heat units (HU, 86/55 °F limits) have been deve...