There is little systematic information on phenology of 'Hass' avocado in Michoacán and it is important to increase the efficiency of orchard's management practices to improve its productivity. The goal of this study was to develop phenological models from the dates of occurrence of the main shoot and root growth flushes in different 'Hass' production areas of the state of Michoacán. The study was conducted during 2006-2008 in 14 mature 'Hass' avocado orchards grown under irrigation and without irrigation in seven climates of Michoacán. In all climates and in both irrigated and non irrigated orchards, 'Hass' presented three flushes of vegetative growth, winter (higher intensity), Spring and Summer (lower intensity) and three to four flowerin...
Understanding the growth cycle of avocado trees is very important in order to plan orchard managemen...
The transpiration rate (E) of ‘Colinmex’ avocado was evaluated over a year to determine its seasonal...
Abstract Avocado tree growth cycles were quantified over two growing seasons. Major phenological eve...
This study was developed in several periods from 2000 to 2005, in two commercial orchards of 'Hass' ...
Only a few phenological models have been formulated for rain-fed avocados in warm subhumid environme...
The aim of this study was to specify periods in which occurs irreversible determination to flowering...
ABSTRACT Only a few phenological models have been formulated for rain-fed avocados in warm subhumid ...
Seasonal variation of photosynthesis and some physiological related parameters were studied on ‘Hass...
Development of a phenology model for avocados could greatly enhance a grower's ability to plan ...
Development of a phenology model for avocados could greatly enhance a grower's ability to plan ...
During the process of development leading to flowering a vegetative apex undergoes the transition to...
El cultivo de aguacate en el Estado de México representa el tercer lugar de producción en México con...
Since climate is a factor with strong influence on the phenology and physiology of crops, it is a pr...
The availability of prediction models provides an opportunity to forecast important event...
The objective of this study was to evaluate the effect of foliar application of products for fruit s...
Understanding the growth cycle of avocado trees is very important in order to plan orchard managemen...
The transpiration rate (E) of ‘Colinmex’ avocado was evaluated over a year to determine its seasonal...
Abstract Avocado tree growth cycles were quantified over two growing seasons. Major phenological eve...
This study was developed in several periods from 2000 to 2005, in two commercial orchards of 'Hass' ...
Only a few phenological models have been formulated for rain-fed avocados in warm subhumid environme...
The aim of this study was to specify periods in which occurs irreversible determination to flowering...
ABSTRACT Only a few phenological models have been formulated for rain-fed avocados in warm subhumid ...
Seasonal variation of photosynthesis and some physiological related parameters were studied on ‘Hass...
Development of a phenology model for avocados could greatly enhance a grower's ability to plan ...
Development of a phenology model for avocados could greatly enhance a grower's ability to plan ...
During the process of development leading to flowering a vegetative apex undergoes the transition to...
El cultivo de aguacate en el Estado de México representa el tercer lugar de producción en México con...
Since climate is a factor with strong influence on the phenology and physiology of crops, it is a pr...
The availability of prediction models provides an opportunity to forecast important event...
The objective of this study was to evaluate the effect of foliar application of products for fruit s...
Understanding the growth cycle of avocado trees is very important in order to plan orchard managemen...
The transpiration rate (E) of ‘Colinmex’ avocado was evaluated over a year to determine its seasonal...
Abstract Avocado tree growth cycles were quantified over two growing seasons. Major phenological eve...