Tripti Vashisth

0000-0001-7679-1476

Citrus Nutrition Management Practices

Jamie D. Burrow, Tripti Vashisth, Mongi Zekri, Stephen H. Futch, and Arnold Schumann

This document is HS1292, one of a series of the Horticultural Sciences Department, UF/IFAS Extension. Original publication date May 2017.

Nutrition of Florida Citrus Trees, 3 Edition: Chapter 6. Fertilizer Sources and Formulations

Thomas A. Obreza, Brian J. Boman, Davie Kadyampakeni, Mongi Zekri, Kelly Morgan, and Tripti Vashisth

This document is SL460, one of a series of the Department of Soil, Water, and Ecosystem Sciences, UF/IFAS Extension. Original publication date February 2020. Visit the EDIS website at https://edis.ifas.ufl.edu for the currently supported version of this publication.

Nutrition and Irrigation Management for Florida HLB-Affected Trees

Tripti Vashisth, Davie Kadyampakeni, and Jamie D. Burrow

This is a two-sided poster. To improve production of huanglongbing (HLB) affected trees, nutrition, irrigation, and soil pH should be considered together, because each can influence the efficacy of the others in overcoming the effects of HLB on tree performance.

Citrus Leaf Sampling Procedures for Nutrient Analysis

Tripti Vashisth, Jamie D. Burrow, Davie Kadyampakeni, and Rhuanito S. Ferrarezi

Single-page guide to citrus leaf sampling procedures with additional suggestions for HLB-affected trees and guidelines for interpreting orange tree leaf nutrient analysis.

Nutrition of Florida Citrus Trees, 3 Edition: Chapter 8. Recommended Fertilizer Rates and Timing

Thomas A. Obreza, Kelly T. Morgan, L. Gene Albrigo, Brian J. Boman, Davie Kadyampakeni, Tripti Vashisth, Mongi Zekri, Jim Graham, and Evan Johnson

This publication is part of SL253, Nutrition of Florida Citrus Trees, 3rd Edition. For references, a glossary, and appendices, please refer to the full document at https://edis.ifas.ufl.edu/ss478.

Management Options for Improving Flowering in Citrus Production

Leigh Archer, Miurel Brewer, Bikash Adhikari, Eduardo Esteves, Christopher Vincent, and Tripti Vashisth

Movement of Plant Nutrients

Tripti Vashisth and Chris Oswalt

Huanglongbing (HLB; Citrus Greening) and Nutrient Deficiency Identification

Tripti Vashisth, Megan M. Dewdney, and Jamie D. Burrow

Huanglongbing (HLB) is a bacterial disease that is spread by an insect, the Asian citrus psyllid. This 2-page fact sheet explains how to tell the difference between HLB symptoms and symptoms from nutrient deficiencies.

2025–2026 Florida Citrus Production Guide: Pesticides Registered for Use on Florida Citrus

Lauren M. Diepenbrock, Megan M. Dewdney, Tripti Vashisth, and Ramdas Kanissery

2025–2026 Florida Citrus Production Guide

2025–2026 Florida Citrus Production Guide: Nutrition Management for Citrus Trees

Kelly T. Morgan, Davie M. Kadyampakeni, Mongi Zekri, Arnold W. Schumann, Tripti Vashisth, Muhammad A. Shahid, and Thomas A. Obreza

2025–2026 Florida Citrus Production Guide

Use of Gibberellic Acid Treatments to Improve Health and Yield of HLB-Affected Sweet Orange Trees (Part 1 of 2)

T. Vashisth and A. Singerman

This publication discusses gibberellic acid use in citrus. Written by T. Vashisth and A. Singerman, and published by the UF/IFAS Horticultural Sciences Department, February 2023.

2025–2026 Florida Citrus Production Guide: Citrus Cold Protection

Chris Oswalt and Tripti Vashisth

2025–2026 Florida Citrus Production Guide

Fertigation for Citrus Trees

Mongi Zekri, Arnold Schumann, Tripti Vashisth, Davie Kadyampakeni, Kelly Morgan, Brian Boman, and Tom Obreza

A UF/IFAS numbered Fact Sheet. Published by Plant Systems

2025–2026 Florida Citrus Production Guide: Canopy Management

Tripti Vashisth, Mongi Zekri, Fernando Alferez, and Muhammad A. Shahid

2025–2026 Florida Citrus Production Guide

2025–2026 Florida Citrus Production Guide: Huanglongbing (Citrus Greening)

Megan M. Dewdney, Tripti Vashisth, and Lauren M. Diepenbrock

2025–2026 Florida Citrus Production Guide

2025–2026 Florida Citrus Production Guide

Lauren M. Diepenbrock, Megan M. Dewdney, and Tripti Vashisth, eds.

See here the full-format PDF of the 2025–2026 Florida Citrus Production Guide, as well as links to its individual chapters.

2025–2026 Florida Citrus Production Guide: Introduction

Lauren M. Diepenbrock, Megan M. Dewdney, and Tripti Vashisth

2025–2026 Florida Citrus Production Guide

2025–2026 Florida Citrus Production Guide: Grove Planning and Establishment

Christopher Vincent, Tripti Vashisth, Mongi Zekri, and Ute Albrecht

2025–2026 Florida Citrus Production Guide

Use of Gibberellic Acid Treatments to Improve Health and Yield of HLB-Affected Sweet Orange Trees: Concerns and Considerations (Part 2 of 2)

T. Vashisth

This publication discusses fruit quality and gibberellic acid use in citrus. Written by T. Vashisth, and published by the UF/IFAS Horticultural Sciences Department, February 2023.

2025–2026 Florida Citrus Production Guide: Fertilizer Application Methods

Mongi Zekri, Arnold W. Schumann, Tripti Vashisth, Davie M. Kadyampakeni, Kelly T. Morgan, Brian Boman, Muhammad A. Shahid, and Thomas A. Obreza

2025–2026 Florida Citrus Production Guide

2025–2026 Florida Citrus Production Guide: Food Safety Requirements and Considerations for the Florida Citrus Grower

Taylor O'Bannon, Michelle D. Danyluk, Renée M. Goodrich-Schneider, Keith R. Schneider, Mark A. Ritenour, and Tripti Vashisth

2025–2026 Florida Citrus Production Guide

2025–2026 Florida Citrus Production Guide: Plant Growth Regulators

Tripti Vashisth, Chris Oswalt, Mongi Zekri, Fernando Alferez, Jamie D. Burrow, and Muhammad A. Shahid

2025–2026 Florida Citrus Production Guide

Dooryard Fruit Varieties

J. G. Williamson, J. H. Crane, T. Vashisth, and A. Sarkhosh

A UF/IFAS numbered Fact Sheet for General Public audience(s).

Use of Gibberellic Acid to Improve Health and Productivity of HLB-Affected ‘Valencia’ Trees

Tripti Vashisth

The goal of this publication is to provide the latest gibberellic acid (GA) use recommendation to Florida citrus growers. Recently, a multiyear field trial conducted on ‘Valencia’ has shown that GA applied monthly from September to January can improve yield of HLB-affected trees on average by 30% compared to untreated trees. Although GA treatment cannot eradicate the pathogen that causes HLB in affected citrus trees, the current GA application recommendation can provide growers an alternative remedy to alleviate HLB symptoms and ameliorate the production issues that are associated with the disease, including yield decline, reduced fruit size, increased preharvest fruit drop, and rapid tree health decline, until a cure for HLB or complete HLB-resistant cultivars can be developed. Written by Tripti Vashisth, and published by the UF/IFAS Horticultural Sciences Department, April 2023.

2025–2026 Florida Citrus Production Guide: Citrus under Protective Screen (CUPS) Production Systems

Arnold W. Schumann, Ariel Singerman, Mark A. Ritenour, Jawwad Qureshi, and Fernando Alferez

2025–2026 Florida Citrus Production Guide

2025–2026 Florida Citrus Production Guide: Rootstock and Scion Selection

Ute Albrecht, Fernando Alferez, John M. Chater, and Mongi Zekri

2025–2026 Florida Citrus Production Guide

2025–2026 Florida Citrus Production Guide: Weeds

Ramdas Kanissery and Brent A. Sellers

2025–2026 Florida Citrus Production Guide

2025–2026 Florida Citrus Production Guide: Root Health Management

Davie M. Kadyampakeni, Kelly T. Morgan, and Sarah L. Strauss

2025–2026 Florida Citrus Production Guide

2025–2026 Florida Citrus Production Guide: Irrigation Management of Citrus Trees

Davie M. Kadyampakeni, Kelly T. Morgan, Mongi Zekri, Arnold W. Schumann, Sandra Guzmán, Fernando Alferez, Muhammad A. Shahid, and Thomas A. Obreza

2025–2026 Florida Citrus Production Guide

2022–2023 Florida Citrus Production Guide: Planting New Citrus Groves in Florida in the Era of Citrus Greening

Ariel Singerman, Marina Burani-Arouca, and Stephen H. Futch

In this article, we summarize the results of an analysis to examine the profitability of three tree densities under different production and market conditions. We found that establishing a new grove with a tree density similar to that of the state's average is not profitable under current market conditions. In addition, such density only attains a modest return under potentially higher prices. Despite the higher level of investment required for planting higher-density groves, such investments are profitable under the assumptions and scenarios analyzed. Our results should prove useful to citrus growers looking to invest in alternatives that have the potential to improve their profitability.