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Farm-scale decisions are key determinants of water quality and water use on a regional scale. This paper evaluates farm-scale economic–environmental tradeoffs associated with row crop land management decisions as well as land use decisions in a 15-county area of the Suwannee River Basin in North Florida. Discussions with stakeholders through a participatory modeling process identified the farm-scale land management and land use choices relevant for the study region. Land management choices included three fertilizer and irrigation management systems, and land use choices included a combination of corn, carrot, and peanut crop rotations. Farm-scale nitrate leaching and crop yield outcomes were simulated using the Soil & Water Assessment Tool (SWAT), and annualized net returns were simulated using Simetar Excel Add-In based on Extension production budgets and USDA crop and input price history. We show that the impacts from farmers’ crop rotation choices outweigh the impacts from the irrigation and fertilizer management system choices. This difference in impacts can lead to a rebound in nutrient leaching if water policy regulates land management but not the land use. Nitrate leaching abatement cost were found to be comparable with the costs for other, non-agricultural pollution reduction projects in the region.

Multiple federal and state agencies provide assistance to qualified agricultural producers following a natural disaster, such as a hurricane. However, the programs change over time, and many producers are not aware of the programs available. The purpose of this publication is to list and briefly describe disaster assistance resources available to agricultural producers in Florida after Hurricane Idalia. To the extent that some information remains the same, this publication could provide guidance to Extension agents, nongovernmental organizations, and producers impacted by future hurricanes. The information was compiled from websites, government documents, and discussions with government agency representatives following Hurricane Idalia.

Ginger, galangal, and turmeric (Figure 1) are emerging crops for Florida production. All of these plants are in the Zingiberaceae family and share most aspects of their production. This bulletin describes production in containers or the field under Florida conditions to help guide growers interested in ginger, turmeric, and galangal production or expanding their market. All species have been evaluated by the UF/IFAS Assessment of Non-native Plants in Florida’s Natural Areas (UF/IFAS Assessment) using the Predictive Tool (an invasion risk assessment) and all present a low risk of invasion in Florida (https://assessment.ifas.ufl.edu).

Watermelons are primarily produced by eight states on over 100,000 acres each year (USDA-NASS, 2022). Most of the fruit (almost 80%) are cultivated in California, Florida, Georgia, and Texas with Florida leading in domestic production (USDA-ERS, 2020a). In 2019, Florida’s watermelon output accounted for 25.2% of total U.S. production, 24.7% of national watermelon acreage, and 29.6% of the overall crop value in the U.S (USDA-NASS, 2021). The value of Florida's watermelon output accounted for 13.2% of the state's total vegetable production (USDA-NASS, 2021). In 2021, the value of watermelon produced in the United States totaled $534 million, and production totaled 34.1 million cwt (USDA-NASS, 2022). These values show a decline in the value of watermelon produced and total production from 2020, by 7% and 1%, respectively (USDA-NASS, 2022). This report provides information on both seeded and seedless conventional watermelon acreage, volume, and pricing for California, Florida, Georgia, and Texas from 2010 through 2021. It is one of a series of EDIS publications that illustrate trends in Florida’s five most economically important specialty crops, excluding citrus: tomatoes, bell peppers, watermelons, sweet corn, and strawberries. This information will be useful to producers, extension agents, and others interested in trends concerning specialty crop commodities. It serves a single location where important information about specialty crop market and production trends can be found.

State and federal policies in the United States focus on agricultural best management practices (BMP)—such as improving nutrient management—to address water quality issues. BMP development is a challenging process as a new BMP may also affect farm profitability. This article explores the economic feasibility of nitrogen (N) management programs, including nitrogen application rates (N rates), given alternative scenarios for current nitrogen use and producer risk perceptions of carrot production in Florida. In this study, eight alternative N rates are ranked to find the economically optimal BMP. Carrot profitability is determined based on carrot yields per hectare, input costs, and carrot sale prices, using data from a 2-year carrot production experiment. The analysis applied stochastic simulation to account for the uncertain factors by using Simetar Add-In for Excel. We found that 224 kg·ha−1 N fertilizer rate is the most preferred by the producers among the eight rates considered. According to Florida’s agricultural water policy, BMP recommendations should balance water quality improvements and agricultural productivity. We consider the potential reduction of nitrogen fertilizer rate BMP from 224 kg·ha−1 to 168 kg·ha−1 and show that the effect of such reduction depends on producers’ current fertilizer application rates and their risk aversion levels. For example, reducing the N fertilizer rate from 336 kg·ha−1 to 168 kg·ha−1 decreases mean net returns by only 2% ($49/ha). In contrast, reducing the nitrogen fertilizer rate from 224 kg·ha−1 to 168 kg·ha−1 reduces the mean net returns by $151/ha, with an almost 10% reduction in the certainty equivalent of the net returns (for extremely risk-averse producers). Overall, if most producers in the region are very or extremely risk-averse, and if most of them operate close to the optimal level of fertilizer use, then setting the more restrictive BMP of 168 kg·ha−1 N can be perceived as undermining their economic profitability and require significant cost-share incentives to ensure targeted 100% adoption of BMP recommendations.

Watermelon [Citrullus lanatus (Thunb.) Matsum. & Nakai] growers choose transplanting dates every year considering multiple risk factors. Earlier harvests linked to earlier planting typically find more favorable markets, but earlier planting has higher risk of freeze damage. Research also indicates that risk of fusarium wilt (caused by Fusarium oxysporum f. sp. niveum) is higher during cooler weather, adding to the risk of planting earlier. Thus, growers need to balance market risk (e.g., getting a low price) and production risk (e.g., lower harvest or higher cost due to freezing temperatures or disease) in selecting a planting date. The objective of this analysis is to examine the effect of planting date on the distribution of potential economic returns and evaluate whether late planting could be a favorable risk-management strategy. Probability distributions are estimated for key risk factors based on input from watermelon growers, published price data, historical freeze data, experiment station trials, and expert discussions. The distribution of economic returns is then simulated for three planting windows (early, middle, and late) using simulation software. Results demonstrate planting date risk–return tradeoffs and indicate that late planting is unlikely to be preferable to middle planting, even when risk of fusarium wilt is high.

Enterprise budgets help farmers and ranchers estimate expenses, potential revenue, and profit. UF/IFAS provides enterprise budgets for a variety of Florida-grown commodities. These are typically built collaboratively by economists, horticulturists and agronomists, ranchers, and growers. This publication highlights key aspects of the enterprise budget as a planning tool for farm businesses. Includes links to UF/IFAS enterprise budgets and related documents specific to several Florida commodities.

This publication describes a sample watermelon production budget for a spring season in north Florida. We estimate costs for fixed assets, equipment operation, labor, materials, services, harvesting and marketing. We also estimate yield and potential returns. A budget summary and sensitivity table are provided. A spreadsheet that can serve as a budget template accompanies the manuscript.

This publication provides a basic introduction to product costing for farm businesses and food processing enterprises. It describes cost concepts, provides product costing examples, and briefly discusses software tools that can assist with cost analysis. The publication is intended to help farmers and food entrepreneurs understand product costing concepts and do their own cost calculations to assist with business decisions.

Elderberry is an alternative crop that holds promise for further commercial development in Florida. This 7-page fact sheet written by Kevin Athearn, David Jarnagin, Ali Sarkhosh, Juanita Popenoe, and Steven Sargent and published by the UF/IFAS Food and Resource Economics Department reviews information on markets for elderberries and elderflowers and estimates establishment costs and potential returns for a 3-acre elderberry orchard in Florida. The information is intended to assist farmers in evaluating elderberry as a possible alternative crop. Includes guidance on financial planning for an elderberry enterprise.

Home vegetable gardening has numerous documented benefits, including savings on the family food bill. How can a gardener calculate cost savings from a garden? Which vegetables cost more to grow in the garden and which cost less? This 10-page fact sheet written by Kevin Athearn, Hannah Wooten, Liz Felter, Catherine G. Campbell, Jessica M. Ryals, Matthew C. Lollar, Juanita Popenoe, Lorna Bravo, LuAnn Duncan, Christa Court, and Wendy Wilber and published by the UF/IFAS Food and Resource Economics Department helps home gardeners estimate the costs and cost savings from vegetable gardening

The purpose of this new 9-page paper, written by David Jarnagin, Ali Sarkhosh, Juanita Popenoe, Steve Sargent, and Kevin Athearn, and published by the UF/IFAS Horticultural Sciences Department, is to provide information on growing American elderberry in Florida as an alternative crop for commercial growers as well as homeowners. Although elderberry has been historically grown at commercial scale in some world regions, especially throughout Europe, in the New World it has not found meaningful commercial acceptance until recently. https://edis.ifas.ufl.edu/hs1390

This document lists steps for starting a farm business in Northeast Florida, along with resources and contact information to assist a new farmer with completing each step.

One in five US households cans fruits or vegetables in a home kitchen. If your household is one of them, you may want to know the full cost of the activity or how much money you are saving by doing it yourself. This 10-page fact sheet written by Kevin R. Athearn, Amarat Simonne, and Soohyoun Ahn and published by the UF/IFAS Food and Resource Economics Department presents a template designed to assist you in estimating the cost and potential returns from canning food at home. http://edis.ifas.ufl.edu/fe1034