Lawn & Garden Care: Fertilization

Amy L. Shober and Rao Mylavarapu

Timothy K. Broschat

Although about 16 elements are required for normal plant growth, only a few of these elements are commonly deficient in Florida landscape plants. The purpose of this document is to describe and illustrate typical symptoms for common nutrient deficiencies in trees and shrubs grown in south Florida landscapes.

Timothy K. Broschat

This document describes the most common nutrient deficiencies of palms in Florida landscapes or field nurseries.

Edward F. Gilman, Amy L. Shober, Kimberly A. Moore, Christine Wiese, Maria Paz, and S. Michele Scheiber

Mongi Zekri and Thomas A. Obreza

George Hochmuth, Rao Mylavarapu, and Ed Hanlon

Rylee Rejonis andCharles L. Guy

Camellias grow better in acidic soils, which have a lower pH that can affect nutrient uptake. Aluminum is more easily taken up at these lower pH levels. Camellias, being aluminum accumulators, can benefit from aluminum uptake. This publication is intended for those growing camellias in their gardens and those interested in the uptake and effects of aluminum on these plants.

Amy L. Shober and Alexander J. Reisinger

This article is part of a series entitled Soils and Fertilizers for Master Gardeners. The rest of the series can be found at https://edis.ifas.ufl.edu/topic_series_soils_and_fertilizers_for_master_gardeners. A glossary can also be found at https://edis.ifas.ufl.edu/MG457.

Alexander J. Reisinger andTina McIntyre

The goal of this new 8-page document is to demonstrate a scientifically based approach to estimating the water quality and subsequent economic benefits of UF/IFAS Extension programming related to nutrient management in residential landscapes. It also provides a sample impact statement that could be used by UF/IFAS Extension Agents as they compile the effectiveness of their program(s). Written by Alexander J. Reisinger and Tina McIntyre and published by the UF/IFAS Department of Soil and Water Sciences.

Alexander J. Reisinger, Michael D. Dukes, Basil V. Iannone III, J. Bryan Unruh, and Samuel J. Smidt

Originating from environmental or humans sources, too much nitrogen (N) and/or phosphorus (P) in water bodies can degrade water quality. In an attempt to reduce the contribution of human sources of N and P to local waters, urban fertilizer ordinances have been adopted in at least 35 counties in Florida and 97 additional Florida municipalities. Despite this work, the efficacy of fertilizer ordinances are debated by end users. The purpose of this publication is to summarize a peer-reviewed, scientific article that investigated impacts of fertilizer on long-term water quality trends in Florida lakes (Smidt et al. 2022) and is intended to be used by UF/IFAS Extension faculty and/or regulatory officials considering adopting or modifying an urban fertilizer ordinance. We encourage green industry professionals and concerned community members to share the effectiveness of fertilizer ordinances.

Timothy K. Broschat

Palms growing in Florida landscapes or field nurseries are subject to a number of potentially serious nutrient deficiencies. These deficiencies are described and illustrated in document ENH1018. Prevention and treatment of these deficiencies is the subject of this document. Chemical symbols used in this document are as follows: N=nitrogen, P=phosphorus, K=potassium, Mg=magnesium, Ca=calcium, Mn=manganese, Fe=iron, B=boron, Cu=copper, Zn=zinc.