Attractive red berries entice homeowners to use as a landscape plant but coral ardisia can quickly dominate adjacent natural areas. photo courtesy of Les Harrison
Coral ardisia is also known as coral berry, spice berry, and scratchthroat. It was introduced into Florida in the early 1900’s for ornamental purposes.
In the ensuing years, it has since it escaped cultivation and has become established in hardwood hammocks and other moist woods of natural areas and grazing lands. Populations can currently found in Florida, Louisiana and Georgia.
This evergreen sub-shrub reaches a height of 1.5 to 6 feet and tends to grow in multi-stemmed clumps. Leaves are alternate, 8 inches long, dark green above, waxy, without hairs, and have scalloped margins and calluses in the margin notches. Flowers are typically pink to white in stalked axillary clusters, usually drooping below the foliage. The fruit is a bright red, globose, single-seeded berry, measuring approximately 0.25 inches in diameter. White-berried populations are also known to exist.
Coral ardisia is classified a Category I weed on the Florida Exotic Pest Plant Council Invasive Plant List. Control of coral ardisia may be accomplished by two methods. A low-volume foliar application of Garlon 4 or Remedy provides suppression of this plant. Complete foliar coverage is essential to success and re-treatment will be necessary for complete control. Basal bark applications with Garlon 4 or Remedy in an oil carrier can also be utilized for suppressing this invasive weed. Do not apply more than 8 quarts of Remedy or Garlon 4 per acre and treat no more than ten percent of the total grazed area if applying greater than two quarts per acre.
For local assistance, contact your county UF IFAS Extension office.
For more information contact Les Harrison, UF/IFAS Extension Wakulla County – Agriculture & Natural Resources Extension Agent by phone at 850-926-3931.
Will Sheftall Natural Resources Agent with UF/IFAS Extension Leon County exams the impacts of invasive coral ardisia on local urban forests in Northwest Florida.
Wild Hogs(Sus scrofa):
Wild Hogs, also called Feral Hogs, are not native to the U.S. Wild hogs are highly adaptable and can find suitable habitat easily. Wild hogs can be all shapes, sizes and colors since they are hybrids of many different breeds. Wild hogs sometimes resemble their domestic relatives but sometimes resemble their Eurasian backgrounds.
Wild hogs are probably the most prolific large mammals in the world. They reach sexual maturity at a young age. Females have multiple litters of 3-8 piglets per year. Natural mortality rates are low. Wild hog females and young live and travel in groups called sounders. Sounders typically have 1 to 3 adults and several young. When females reach maturity, they either stay with the sounder or they go out and form a new sounder with other young females. Young males leave the sounder alone at about 16 months.
Wild hogs are opportunistic omnivores that feed by rooting and grazing. This rooting behavior is why we consider them to be a pest. The impact of wild hogs on the environment is soil erosion, decreased water quality, spread of other invasive plants, damage to agricultural crops, and damage to native plants and animals. They have been documented as threats to threatened and endangered species. They can significantly impact populations of reptiles, amphibians, small mammals, ground nesting birds and even deer.
Wild hogs pose a health risk to humans because they can carry numerous diseases and parasites. Care should be taken when handling wild hogs. Wear gloves, cover any open wounds, and wear clothing that can be cleaned thoroughly.
Wild hog damage to pond bank. Photo by Jennifer Bearden
Human hunting is the most significant cause of mortality in wild hogs, although hunting alone will not control hog populations in a good habitat. The most effective way to remove wild hogs from a location is a combination of trapping and shooting.
In Florida, wild hogs may be hunted year round on private land (with permission of the landowner) and at night with no permit required. Hogs may be trapped year round. Wild hogs cannot be trapped and released onto public land. Trapped wild hogs can only be transported with a permit from FDACS) to slaughter or to an approved Feral Swine Holding Facility. For more information on Wild Hogs, go to: http://edis.ifas.ufl.edu/uw322 and http://www.myfwc.com/hunting/by-species/wild-hog/ .
Many plants and animals have been introduced to new regions for centuries, as people have discovered new lands. These transient species are known as non-natives, and can become invasive. Invasive species occur throughout the world and may blend in, be nondescript or highly attractive; they can be plant or animal; terrestrial or aquatic; they may resemble or remind the viewer of something familiar; they may be very good at adapting to our climate and conditions which is how many invasive species get their foothold in an area. And because they have not evolved alongside our native species, when introduced to areas lacking their natural predators, they can adapt and take off.
Conditions in the SE US are ripe for many invasive contenders. Some species have been intentionally introduced and other species have been accidentally introduced. Some common invasive species include red imported fire ants, Kudzu, Privet, Chinese tallow, Japanese climbing fern, Chinaberry, and cogongrass, just to name a few on the tip of the iceberg. These species are now out-of-control, and it is unlikely they will ever be eradicated from their new home.
In 2011 alone, the Department of the Interior spent more than $100 million on invasive species prevention, early detection and rapid response, control and management, research, outreach, international cooperation and habitat restoration in the US. (USFWS) This is a drop in the bucket when you consider in FY 1999-2000, nine Florida agencies spent $90.8 million on prevention, monitoring, control, and restoration efforts. It is estimated that the annual cost of invasive plants, animals and diseases in losses to Florida’s agriculture is estimated at $179 million annually (www.defenders.org).
Much like a cancer can spread in the body, so too, when conditions are favorable can invasive species spread across the landscape. Once established in the landscape eradication is expensive; ideally early monitoring is critical to understanding its movement and dispersal, coverage, and containment. Like cancers, early detection provides better opportunity to address the situation. Within the landscape, an aggressive invasive can impact the entire ecosystem – causing a serious imbalance; followed by a cascade of impact via unforeseen collateral damage.
Take the newest aquatic threat of Lionfish. The trophic impacts of lionfish could alter the structure of native reef fish communities and potentially hamper stock rebuilding efforts of the Snapper –Grouper Complex. Additional effects of the lionfish invasion are far-reaching and could increase coral reef ecosystem stress, threaten human health, and ultimately impact the marine aquarium industry. Control strategies for lionfish are needed to mitigate impacts.
Disturbances like new roads, land clearing, and tropical weather events (hurricanes) can all provide the opportunity for invasive species to get a foothold. So, the next time you notice a plant or animal that you don’t recognize, take a picture and report it using the “I’ve Got One!” phone app or on-line to The Early Detection & Distribution Mapping System (EDDMapS.org). You can also report to the nearest Extension Agent.
Wood ducks are one of the most colorful ducks in North America. Breeding males showcase an unbelievable combination of colors including a red bill and eyes, a metallic purplish-green crested head, black cheeks with thick white stripes, a maroon chest and rump, black and blue wings, dark yellow sides, and a white belly. The drab grayish-brown females are most easily recognized by their white eye ring and crested head.
A brightly colored male wood duck. Photo: USFWS National Digital Library
A pair of wood ducks with the more drably colored female in the foreground. Photo: USFWS National Digital Library
Another distinguishing characteristic of wood ducks is their habit of nesting in Florida. Few species of ducks do this.
In Florida, wood ducks begin laying eggs in cavities during late January. They prefer cavities located within a half mile of permanent water bodies. They like cavities in large trees that have clear access to a large entry hole, and shrubs nearby to offer protection for newly-hatched ducklings.
In areas with few large cavity trees, nest boxes can provide alternative locations to nest. Nest boxes intended for wood ducks should be made of natural wood: cedar is a good option because it weathers well. Boxes should be mounted with the entrance hole 6 or more feet above the ground or the surface of the water (if placed over a pond or swamp). Nesting hens will appreciate you placing some cedar wood shavings in the bottom of the box to serve as nesting material. Adding a predator guard below the nest box will greatly increase the chances the hen and her eggs/ducklings don’t get eaten by snakes or raccoons.
It’s best to have nest boxes in place before egg laying begins, which is right about now: late January. However, it’s never too late in the year to put up a new nest box. A box put out later in the year may be useful for a late-nesting hen. Many females have more than one brood during the long nesting long season which won’t end until late summer, so opportunities exist for a nest box installed later in the year to get used.
Wood ducks were given their name because they spend much of their time in wooded swamps, ponds, creeks, rivers, and freshwater wetlands. They prefer bodies of water that have 25-50% open water with 50-75% vegetative cover (a mix of shrubs, emergent plants, and trees) where they can hide and feed.
Wood ducks are sometimes called the “acorn duck” because of their fondness for these treats that fall from oak trees. They have a special preference for acorns from water oaks, laurel oaks, and shumard oaks. They also enjoy duck weed, smartweed, waterlily, seeds from many sedges, rushes, and grasses, as well as fruits from native trees and shrubs and occasionally invertebrates (spiders, insects, snails, crawfish).
Several adaptations differentiate wood ducks from other waterfowl and equip them for life in both woods and water. Well-developed toes and claws allow them to grab onto tree branches while perching. The placement of their legs near the center of their bodies allows them to walk on land more gracefully than most other ducks. Their broad wings and long wide tail increase maneuverability while flying to their cavity nest.
I am an Associate Professor and Extension Specialist in the Department of Wildlife Ecology and Conservation. My research covers wildlife ecology, habitat management, and identifying creative ways to cope with nuisance wildlife.
Beginning this month we will be posting a series of natural resource articles high lighting Florida’s Panhandle. The photographs and hikes presented in this series are from Escambia and Santa Rosa counties but the same natural places can be found anywhere between the Perdido and Apalachicola Rivers. We hope our readers will visit these places and DISCOVER FLORIDA’S PANHANDLE on their own. This year we will begin at the Gulf of Mexico and visit our BARRIER ISLANDS. We will visit the same location on Santa Rosa Island in Escambia County each month over the course of a year. During this series we should see how things change each season and learn more about our natural places.
The Gulf of Mexico at sunrise. Photo: Rick O’Connor
Here is the Gulf of Mexico. The northern Gulf is primary sand but their are areas of hard bottom that provide habitat for many of our commercial important fisheries. 450 feet off the shore from this photo is an artificial reef placed by Escambia County for residents and visitors alike to explore. These reefs attract a variety of reef fish and sea turtles and are great for wildlife viewing. Notice how low the sun is in the sky on this winter morning. The shortest day of the year was December 21 (when the sun was it’s lowest) and will be “climbing” as this series continues. Many beach residents use this as their clock!
Our barrier islands are considered the “world’s whitest beaches” and this is because of the high amount of quartz deposited here. In this photograph you can see the water is farther from shore than usual. This is due to the strong north winds blowing water offshore; this happens every winter – but provides feeding opportunities for shorebirds. The sand fencing is used by many of our counties to “kick start” dune restoration.
Primary dune line with sand fencing. Photo: Rick O’Connor
Beyond the primary dune on this portion of the island you will find low areas known as swales. These “depressions” will fill with water during rain events and provide much needed freshwater for the organisms who live out here. Barrier islands are xeric environments (meaning “desert like”) and freshwater habitats are very important for many creatures. Some of these ponds are ephemeral (meaning non-permanent) and dry up during some periods of the year.
Swale with dead cattails. Photo: Rick O’Connor
Small pines on the edge of a swale. Photo: Rick O’Connor
The water in most swales is freshwater. Photo: Rick O’Connor
Where the primary dune and swales end the secondary dune fields begin. Because of the primary dunes there is less wind and salt spray which allows different species to take root. The secondary dunes are often identified by their small round shrubs – such as goldenrod and beach heather. These larger plants will trap larger amounts of sand producing larger dunes. On the secondary dunes I usually find lots of tracks. Identifying tracks is difficult (especially in soft sand) but fun. Most of what I saw this winter day were mammals. Raccoons, opossums, and armadillos are very common. Skunks were once common but have been scarce since the hurricane years. Below are tracks of a canine. Many people bring their dogs to the beach but coyote and fox are also found here. These tracks measured about 3.5″ and more round than triangle shaped; suggesting this is a dog.
Small secondary dune with small pine trees.
This secondary dune supports a saw palmetto. Many forms of wildlife depending on these shrub areas.
These unidentified canine tracks are probably of a dog; though coyotes are on our islands
Beyond the secondary dunes are the largest dunes on the island, some measuring over 50′, these are the tertiary dunes. With the secondary dunes blocking wind and salt spray larger plants still are allowed to grow. Here we find actually trees; pine, live oak, magnolia to name a few. With the loss of primary and secondary dunes the tertiary dunes are exposed to the wind and salt spray of the Gulf side, which puts them at risk. This is why sea oats and primary dunes are protected in most counties.
The face of a tertiary dune. Photo: Rick O’Connor
Tertiary dunes are the largest dunes on the island; some reaching over 50′.
Tertiary dunes support trees such as this magnolia and yaupon holly.
The large field of tertiary dunes blocks enough wind that forests and salt marshes can establish themselves on the back side of the island. Here the diversity and abundance of wildlife increases. We have found not only the mammals already mentioned but snakes, freshwater turtles and terrapins, and a variety of birds. This winter day I found several small woodland and mocking birds. Some of our islands have deer and alligators.
From atop a tertiary dune you can view the maritime forest, salt marsh, and sound beyond. Photo: Rick O’Connor
Within the maritime forest you will find a variety of plants and animals.
Holly’s are famous for having the bright red berries around Christmas time. Here in January the berries are still found on some of them.
Between the maritime forest and the salt marsh you may find freshwater ponds. Like the swale ponds, these places are great places to find wildlife. Though I have not seen them in many years I have found alligators in this area. These ponds support populations of amphibians and small fishes.
This freshwater pond has bull minnows, amphibians, snakes, and – in the past – alligators. Photo: Rick O’Connor
With the dunes blocking offshore winds trees can grow much larger on the back side of the island; like this live oak.
This pond supports a stand of green algae which supports many of the aquatic animals that visit here.
On this winter day I primarily saw bird life. The air temperature was 39 F and the wind was out of the north. Many of the mammals move at night and the reptiles, being cold blooded, were hibernating somewhere; the bird life however was pretty active. Many woodlands birds were out feeding on seeds and berries, herons and egrets were in the marsh hunting fish in the shallow waters, and shorebirds were picking through the beach wrack and some were diving.
This pelican is searching over Santa Rosa Sound for a fish to feed on. Photo: Rick O’Connor
This unusual drag was found between the salt marsh and the sound side shoreline. It looks like a turtle crawl but at his time of year more probable something being dragged by something.
Armadillo tracks can be identified by their “tail drags”.
Salt marshes are one of the most productive systems on earth; and the target for another FLORIDA’S PANHANDLE series. Crabs, shrimp, mollusk, worms, terrapins, fish, and birds are some of the wildlife that call this place home – and maybe we will find some as this series continues into the warmer months. Today I found pelicans, herons, and egrets here eating.
A finger of a salt marsh on Santa Rosa Island. The water here is saline, particularly during high tide. Photo: Rick O’Connor
The muck of a salt marsh. This rich organic mud is very loose and the hiker can quickly sink! Notice the tracks of a predator.
Notice the low water levels typical of winter. This congregates fish into smaller pools and makes it easier for birds and mammals to catch them.
The Sound side of the island has wind but less wind than the Gulf side. The wave energy here is also lower supporting seagrass and oyster communities. Like the marsh these places are very productive; though all I really saw moving on this cold winter morning were the birds. There are two species of seagrass common to our sounds; turtle grass and shoal grass. However there have been reports of more tropical species appearing. We may find some when the water warms up. These waters support at least 100 species of fish and many invertebrates we enjoy eating.
The darker areas in the water are seagrasses. Photo: Rick O’Connor
I found this along the shore last winter. These are cannonball jellyfish.
This is a sea nettle. This species of jellyfish has a more painful sting. I only saw one of these today but saw several cannonballs.
People find this “sea foam” frequently when they visit the beach. It is formed when the winds pick up and there are nutrients in the water. It was up and down the beach today.
It is not uncommon to find dead fish along the shore after a hard freeze as we have had in recent weeks. When it warms these dead fish will attract scavengers including cottonmouths. Maybe we will see one later in the year.
There was very little trash on the island today but it was there. These pieces of debris can cause serious problems for coastal wildlife. We will discuss this issue more as this series moves on.
Well, for January we found the beach to be cold and windy. Very little wildlife was out to be viewed other than birds and the numerous tracks in the dunes, but as the temperatures warm we will see more. Take some time to visit our barrier islands and enjoy them. Until February.
Deer grazing test plots at the NFREC in Quincy. Quality food plots take effort and planning.
Deer hunting season has begun in Northwest Florida. As hunters venture into the woods and sit for hours on end they have plenty – sometimes too much – time to contemplate what they could have done or should do to make there hunting experiences better. These plans for improvement may involve all kinds of things; if they involve improving underperforming food plots allow me to offer a few points for contemplation.
Are your plots the optimum size? Small plots, less than one acre, don’t stand much of a chance. If you plant something deer like and there is a substantial deer population in the area the young plants will be “mowed” down before they have time to establish. At best, you’ll create a low growing green carpet. This might make you feel better as a hunter but it’s doing very little in the way of providing nutrition to the deer herd. Deer will get the maximum benefit from multiple plots (2-3 acres in size) that total around 10% of the area you are managing. This scenario is ideal for the deer, it might not be ideal or even feasible for the hunter.
Are your plots properly fertilized? This is a very common issue with underperforming food plots. That bag of 10-10-10 really doesn’t do much. Hunters who have no farming experience are often amazed and disheartened at how much fertilizer it takes to produce a crop – food plots are simply forage crops. Consult your county’s agriculture agent for assistance with soil testing and fertilizer recommendations for the specific crops you are producing. UF/IFAS fertilizer recommendations for forage crops reference additional applications after a grazing rotation or haying; how does this translate for food plot management? A cool season food plot planted in mid-October will be productive for about six months. During that six months you should apply Nitrogen at least three times, Potassium twice, all required Phosphorus can be applied at planting. This steady supply of nutrients keeps the food plot going throughout the entire growing season. Using slow release or enhanced efficiency fertilizers can simplify this process somewhat, since the number of applications is reduced.
Soil testing and the resulting fertilizer recommendations are key to successful food plots.
Did you plant the right crop at the right time? There are lots of choices when it comes to selecting what to plant in your food plots remember plant varieties that are suited to your particular environment not the one that have the prettiest packaging or the most TV commercials. Planting time can be an issue; when cool season crops are planted too late they are unable to establish enough roots and top growth to withstand grazing pressure through the middle of winter when short days and cold temperatures greatly slow growth rates. Even if planted at the correct time most “winter” forages produce the majority of their biomass in the spring, once day length begins to increase.
Hopefully considering these points will help you to improve your food plots. Remember, producing high quality food plots can be a challenging endeavor but the process makes more sense and is less frustrating if you view food plots as long term habitat improvement designed to provide additional nutrition to the deer herd not simply an attractant during hunting season. For more information on any of the topics addressed contact your county’s UF/IFAS Extension Agriculture or Natural Resources Agent.
In the last few weeks we have received an increase in calls about snake encounters. Most of these have dealt with small juvenile snakes folks are finding on their property, or in their homes, but we are also hearing about large ones.
Corn snakes are excellent climbers and consume a lot of rodents. Photo: Nick Baldwin
Most of the 56 species of snakes found in the southeastern United States breed in spring or summer and this time of year people begin to encounter the juveniles from this year’s brood. The Southern Black Racer has been the most common encounter we have heard from and this is because the young do not resemble the adults at all. But panhandle residents should be aware that there are several species who do breed in the fall and the adults will be seeking each other this time of year increasing your chances of an encounter. Of those that do breed in the fall 16 can be found in the panhandle.
Three of these species are small terrestrial snakes. They would include the Florida Red-Bellied Snake, the Southeastern Crown Snake, and the Southern Ringneck Snake. These are typically less than 15” in length and move at night. They frequent the underbrush where they hunt for insects and small amphibians and are no threat to people or pets.
There are 4 species of local mid-sized snakes that are fall breeders. The Rough Green Snake, Eastern Garter Snake, Eastern Hognose Snake, and the Scarlet Snake are all very common and pose no threat to people and pets. The Green Snake and Scarlet Snake can be found in around trees this time of year and the Eastern Hognose is often confused with the Pygmy Rattlesnake. Hognose differ in that they have round pupils and an upturned nose; of course they lack a rattle as well. Scarlet snakeis confused with the Eastern Coral Snake but can be distinguished but their red head (instead of black).
Gray rat snake crossing a driveway. Photo: Carrie Stevenson
Of the 8 species of large terrestrial snakes only 2 are known to breed in the fall locally. These would be the Gray Rat Snake and the Eastern Indigo. Both of these snakes can easily reach 6 ft. in length and tend to terrify people but in reality these are both rather docile and consume a significant number of disease carrying rodents; Indigos will actually feed on venomous snakes helping to control their populations. The Eastern Indigo Snakehas not been seen in the Florida panhandle since the late 1990’s and is current listed as an endangered species in our state.
We have 15 species of non-venomous water snakes in the southeastern U.S. but only 1 local is a fall breeder; the Queen Snake. This snake is found in all panhandle counties except those along the coastal portion of the Apalachicola River; Bay, Gulf, Franklin, and Wakulla counties. As a group water snakes tend to be aggressive, and some can be quite large, but they pose no danger to people and pets.
Finally the ones most are concerned with. There are 6 species of venomous snakes in the southeastern U.S. All 6 can be found in the panhandle and all 6 breed in the fall. This means that males will be out seeking females and encounters could occur. Copperheadsare rare in Florida but are most often encountered along the region of the Apalachicola River. These snakes tend to be cryptic and move very little. They will release a musk to warn that you are getting to close. There are 2 subspecies of Cottonmouths in the panhandle. The Florida Cottonmouthis found in the coastal counties of the Apalachicola River (mentioned) and the Eastern Cottonmouthis found elsewhere. They prefer water but will move upland during the cooler months. They have a reputation of being aggressive but are actually no more aggressive than other snakes. Like most, they are trying to avoid you. The Eastern Coral Snakeis the only neurotoxic snake in our state. This animal moves through the underbrush seeking prey, including other snakes. They are rarely encountered but are quite common.
The familiar face of an Eastern Diamondback Rattlesnake. Photo: Nick Baldwin
Then there are the most feared of the group – the rattlesnakes. The Timber Rattlesnakeis actually not that common in Florida but many travel to Georgia and Alabama during deer season where they are common. The Eastern Diamondbackand the Dusky Pigmy Rattlesnakesare common here. All three species breed in the fall and could be encountered this time of year.
Many of our local snakes will den during these cooler months and some in groups. All should be aware of this when exploring stump holes and such while visiting the outdoors. Also know that on warm sunny days they may venture out to bask in the sun; another chance to encounter them.
For more information on how to handle an encounter or a snake bite visit the Escambia County Extension website ( http://escambia.ifas.ufl.edu ) or contact Rick O’Connor at 850-475-5230; roc1@ufl.edu .
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