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Devastation from hurricanes can cause multiple problems for turfgrass managers, sod producers, and homeowners. Damage may include visible factors such as prolonged periods of standing water, uprooted trees, shading and obstruction from demolished structures, deposition of silt or mud, and damage to irrigation systems. Less visible problems may include damage to root systems resulting from compacted soil from heavy equipment used during cleanup and recovery, reduced drainage, and injury resulting from effects of saltwater intrusion. Suggested guidelines for correcting these problems are included in the text.

Devastation from hurricanes can cause multiple problems for turfgrass managers, sod producers, and homeowners. Damage may include visible factors such as prolonged periods of standing water, uprooted trees, shading and obstruction from demolished structures, deposition of silt or mud, and damage to irrigation systems. Less visible problems may include damage to root systems resulting from compacted soil from heavy equipment used during cleanup and recovery, reduced drainage, and injury resulting from effects of saltwater intrusion. Suggested guidelines for correcting these problems are included in the text.

This article for Citrus Industry Magazine examines the relationship of different citrus rootstocks and root system architectures on the tree uprooting resistance.

This publication discusses the types of hurricane damage that can be incurred in blueberry production operations, the impacts of these damages, preparations to make before the storm arrives, and suggestions on best management practices in the aftermath of a storm.

This publication discusses the types of hurricane damage that can be incurred in blueberry production operations, the impacts of these damages, preparations to make before the storm arrives, and suggestions on best management practices in the aftermath of a storm.

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Hurricanes and tropical storms can significantly alter forested and non-forested areas, creating unique hazards and considerations for wildland firefighters and prescribed burners. Prior to responding to wildfires and planning prescribed fires, fire managers should anticipate how these changes will affect fire behavior, smoke, hazards, and access to the fire.

Hurricanes and tropical storms can significantly alter forested and non-forested areas, creating unique hazards and considerations for wildland firefighters and prescribed burners. Prior to responding to wildfires and planning prescribed fires, fire managers should anticipate how these changes will affect fire behavior, smoke, hazards, and access to the fire.

Hurricane season is June 1 through November 30. Powerful storms that venture inland can damage forest and agricultural land and enterprises. There is no way to fully prepare for major devastation in advance, but this publication provides some strategies and steps you can take to get yourself and your land ready so that you can recover as quickly and smoothly as possible after a major storm.

Hurricane season is June 1 through November 30. Powerful storms that venture inland can damage forest and agricultural land and enterprises. There is no way to fully prepare for major devastation in advance, but this publication provides some strategies and steps you can take to get yourself and your land ready so that you can recover as quickly and smoothly as possible after a major storm.

Eastern spadefoots are a common but largely unappreciated species of native toad in Florida. Following torrential rains they emerge from hiding and breed in shallow pools. In as little as 14 days, hordes of raisin-sized froglets emerge and hop away in all directions from the pond or puddle where they were born. Some of them find their way to yards and garages of suburban neighborhood homes. Other unlucky baby toads end up on roads, where they are smashed. This 5-page fact sheet written by Steve A. Johnson and Candace D. Fuhrmann and published by the UF/IFAS Department of Wildlife Ecology and Conservation outlines the unique biology of this species and explains how to identify eastern spadefoot tadpoles, young, and adults. It also includes a section on how you and your friends and family can help these interesting and attractive little creatures by engaging in citizen science. https://edis.ifas.ufl.edu/uw474

Eastern spadefoots are a common but largely unappreciated species of native toad in Florida. Following torrential rains they emerge from hiding and breed in shallow pools. In as little as 14 days, hordes of raisin-sized froglets emerge and hop away in all directions from the pond or puddle where they were born. Some of them find their way to yards and garages of suburban neighborhood homes. Other unlucky baby toads end up on roads, where they are smashed. This 5-page fact sheet written by Steve A. Johnson and Candace D. Fuhrmann and published by the UF/IFAS Department of Wildlife Ecology and Conservation outlines the unique biology of this species and explains how to identify eastern spadefoot tadpoles, young, and adults. It also includes a section on how you and your friends and family can help these interesting and attractive little creatures by engaging in citizen science. https://edis.ifas.ufl.edu/uw474

Eastern spadefoots are a common but largely unappreciated species of native toad in Florida. Following torrential rains they emerge from hiding and breed in shallow pools. In as little as 14 days, hordes of raisin-sized froglets emerge and hop away in all directions from the pond or puddle where they were born. Some of them find their way to yards and garages of suburban neighborhood homes. Other unlucky baby toads end up on roads, where they are smashed. This 5-page fact sheet written by Steve A. Johnson and Candace D. Fuhrmann and published by the UF/IFAS Department of Wildlife Ecology and Conservation outlines the unique biology of this species and explains how to identify eastern spadefoot tadpoles, young, and adults. It also includes a section on how you and your friends and family can help these interesting and attractive little creatures by engaging in citizen science. https://edis.ifas.ufl.edu/uw474

This 8-page document gives an overview of Florida temperature and rainfall during the past 20 years based on historical FAWN data to provide information about the temporal and spatial trends of Florida weather and the frequency and size of extreme weather events such as heavy rainfall and drought. This document also investigates the characteristics of drought and heavy rainfall in relation to hurricanes and tropical storms. Written by Satbyeol Shin, Young Gu Her, Geraldina Zhang, and William Lusher, and published by the UF/IFAS Department of Agricultural and Biological Engineering, January 2020. https://edis.ifas.ufl.edu/ae537

Florida has been affected by eight hurricanes since 2000. This new 3-page publication discusses the types of hurricane damage that occur in blueberry production operations, the impacts of these damages, and some recommendations on best management practices in the aftermath of a storm. Written by Douglas A. Phillips, Jeffrey G. Williamson, and Philip F. Harmon and published by the UF/IFAS Horticultural Sciences Department. https://edis.ifas.ufl.edu/hs1342

Florida has been affected by eight hurricanes since 2000. This new 3-page publication discusses the types of hurricane damage that occur in blueberry production operations, the impacts of these damages, and some recommendations on best management practices in the aftermath of a storm. Written by Douglas A. Phillips, Jeffrey G. Williamson, and Philip F. Harmon and published by the UF/IFAS Horticultural Sciences Department. https://edis.ifas.ufl.edu/hs1342

Florida has been affected by eight hurricanes since 2000. This new 3-page publication discusses the types of hurricane damage that occur in blueberry production operations, the impacts of these damages, and some recommendations on best management practices in the aftermath of a storm. Written by Douglas A. Phillips, Jeffrey G. Williamson, and Philip F. Harmon and published by the UF/IFAS Horticultural Sciences Department. https://edis.ifas.ufl.edu/hs1342

Hurricanes are the most powerful and largest weather event happening in the air, affecting almost everything in their paths. Their strong winds and heavy rain can directly impact both inland and coastal areas in short periods, usually around a day. Understanding hurricane effects is the first step to preparing for hurricanes. The effects of hurricanes can be comprehensive and long-lasting, even permanent, at the spatial scales of a single molecule to whole ecosystems. Much effort has been made to come up with ways to accurately predict, effectively prepare for, and quickly recover from hurricanes, but their sizes and complexity make this difficult. Multidisciplinary collaborations are required to improve our understanding of hurricanes. Here, we review basic facts of hurricanes and their effects in Florida and speculate on how they might affect Florida’s agriculture and natural resources. Examples and speculations provided in this article demonstrate how weather, agriculture, environment, and ecosystem are connected to each other across spatial scales ranging from microorganisms to an entire landscape.