Optimizing Husk tomato production in Mexican greenhouses

Published 2021년 1월 4일

Tridge summary

A recent study titled 'Plant density on yield of Husk tomato (Physalis ixocarpa Brot.) in field and greenhouse' has found that increasing the planting density of the Physalis ixocarpa, also known as the tomatillo or husk tomato, can significantly boost its yield and water use efficiency. Conducted under both field and greenhouse conditions across two crop cycles, the research identified a trend where a planting density of 3 plants per square meter led to a 32% increase in yield and a 25% improvement in water use efficiency compared to denser plantings. The study, published in Ciência Rural, highlighted the benefits of greenhouse cultivation, which resulted in higher yields and efficiency, attributed to the controlled environment and temperature conditions. The findings suggest that these cultivation practices could potentially enhance the productivity of this key Mexican vegetable, contributing to its improved performance and sustainability in agriculture.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

Physalis ixocarpa Brot. (tomatillo or Husk tomato) is one of the five major vegetables cultivated in Mexico, but its yield in the field is low. However, greenhouse crops and the enhancement in plant density can promote an increase in yield per area. The aim of a recent research was to evaluate: yield, water consumption and water use efficiency of variety husk tomato ‘Diamante’. High planting density caused smaller stems diameter and higher yield per m-2 and in water use efficiency. Plant length and yield per plant and per unit of area were higher in the greenhouse, as well as the longest plant length and largest stem diameter were in the spring-summer crop cycle The experiment was conducted under field and greenhouse conditions, during the two crop cycles (autumn-winter and spring-summer), with different planting densities (1.5, 2 and 3 plants m-2), in complete random blocks and three replications. The yield was influenced by the planting density and environments. In both ...
Source: Hortidaily

Would you like more in-depth insights?

Gain access to detailed market analysis tailored to your business needs.
By clicking “Accept Cookies,” I agree to provide cookies for statistical and personalized preference purposes. To learn more about our cookies, please read our Privacy Policy.