Refine by
Canopy Growth Articles & Analysis
19 articles found
Jenfitch, Inc. is proud to share the results of an in-field citrus study conducted at Wheeler Farms, evaluating the performance of JC 9465 on citrus trees affected by citrus canker and HLB (Huanglongbing / citrus greening). This multi-trial observational study documents visible plant response before and after treatment, providing valuable real-world insight into how JC 9465 interacts with ...
Light uniformity is an important factor when it comes to growing a consistent crop and optimizing your growing environment, however, there has been some misinformation about the way HID and LED luminaires distribute light and affect plant health. As a manufacturer of both HID and LED technology, P.L. Light Systems always strives to show the complete picture of both technologies. We think both ...
Adapted to rainforests by nature, avocados grow vigorously and will develop a dense canopy in a relatively short time. This growth habit is a challenge unique to cultivating avocados, as each tree also bears two overlapping years of fruit at a time: new shoots for the current year emerge even as the previous season’s mature fruit approach their harvest ...
GCPs can be geolocated down to the centimeter which enables us to track plant and tree canopy growth to centimeter accuracy. ...
The need for efficiency is also growing with the increased frequency of extreme weather events (e.g. extreme heat, fluctuating rainfall, bushfires and droughts), which effect vine growth and fruit development. Dynamic irrigation scheduling (based on crop need, soil moisture and weather) optimises irrigation application to ensure fruit quality, yield and profitability. ...
A more modern solution to improving your spraying practice is to apply pesticides on your vine canopy based on your crop's growth stage. Some stages in a vine's lifespan are more susceptible to pests and disease. ...
Canopy Analysis for Crop, Forest & Plant Research The range of applications of canopy cover analysis is truly astounding. Canopy analysis derives its usefulness from the vitality of the canopy. ...
The limited oxygen is not enough to support the proper growth of roots and hampers the development of the whole plant. The anaerobic conditions in the soil encourage the growth of many pathogens, leading to disease. ...
The limited oxygen is not enough to support the proper growth of roots and hampers the development of the whole plant. The anaerobic conditions in the soil encourage the growth of many pathogens, leading to disease. ...
This gives more room for better root and canopy growth. The soil is kept moist but not inundated during vegetative growth phase, so that the soil is aerated and never become hypoxic. Early and frequent weeding is essential because otherwise weed growth will become a problem. Weeding should be started about 10 days after ...
The yield of stemflow from vegetation is mostly affected by rainfall and canopy structure, but few past studies have paid attention to the dynamics of canopy structure during the growth season. Artemisia ordosica is a typical subshrub, very different from trees and shrubs. Assessing the influence of canopy structure and ...
Wastewater nitrogen captured on zeolite was capable of supplying the total growth requirement for nitrogen. Canopy volume and plant flowering and fruiting were higher for wastewater nitrogen than for artificial fertilizer. ...
The trial was monitored for plant growth, transpiration loss, canopy rainfall interception and methane oxidation. ...
Each block consisted of eight treatments from 0 to 235 kg N ha–1 on 34 kg N ha–1 increments, side-dressed between the V7–V11 vegetative growth stages. Canopy sensor measurements were obtained from these blocks and adjacent N-rich reference strips at the time of side-dressing. ...
The conservative parameters included: canopy growth and canopy decline coefficient (CDC); crop coefficient for transpiration (Tr) at full canopy; normalized water productivity for biomass (WP*); soil water depletion thresholds for the inhibition leaf growth and of stomatal conductance, and for the acceleration of ...
This conclusion was tested in dryland fields with measured canopy reflectance at Zadoks growth stages 57 to 60. NDVI and other simple indices were highly correlated with LAI (r2 0.84) and less well correlated with chlorophyll meter readings (r2 0.46) and flag leaf N (r2 0.29). ...
Reductions in potato (Solanum tuberosum L.) canopy growth are observed with mild water stress. Potato growth is enhanced by elevated atmospheric carbon dioxide ([CO2]), but interactions of [CO2] and water stress on canopy formation and dry matter partitioning have not been studied. ...
Our objective was to examine the role of canopy N reserves at maximum vegetative growth (R5.5) on seed yield, and seed protein, oil, and sulfur concentrations in the upper Midwest. ...
Generally, the coefficient of determination (r²) was low for evergreen forests, probably due to the presence of trees of different height in different canopies that may have different growth rates. The coefficient of determination was high and estimate of error was low for deciduous forests. ...