Kayak rentals
Standup PaddleBoards SUPS
Palm Coast Boat Rentals
 Kayak Sales
Directions Tropical Kayaks
  •                                    Tropical Kayaks of Palm Coast
                                       Call us today!     (386) 445-0506

                   Palm Coast Boat Rentals offers  Electric Boat Rentals ,too!
                                                    Since 1999

                                   *  No fuel to purchase  *  Cozy *  Leisurely & quiet!
                                                               $150 up to 2 hours
                                                       Each  Additional Hour...$50
                                                   Cruise with 2 or up to 8 persons   
                                      Warm in the cold months plastic windows down
                                              Cool in the summer windows rolled up!
                               Please, no pets, no smoking,fishing, swimming or towing from the boat.
                           Boating experience required, must be 25 or older to operate.

                                         Call to reserve please......weather permitting.

Electric boat rentals....$150.00 plus tax
Up to 2 hours....perfect time to explore.

                                                     Sightseeing for a new home on the water?
                                                            Manatee Cove just minutes away!
                                                     Explore the Intracoastal or Palm Coast Canals....
Brief instruction given,
map and safety gear provided.
Boating experience required.

Slow paced, intracoastal cruises....

Looking for a canal home in Palm Coast?
Perfect on water views of our waterways!
Bring your own picnic and relax!

                 Interested in buying or selling a boat?   We offer Boat sales, too!
                                        Yacht Brokers LLC 386.447.1977



May 7th, 2011
 Austrailian Spotted Jellyfish in our basin...
8 in. diameter and spectacular, but invasive.                                                                               

Huge  Manatee Tail!

Visiting  St. Augustine , Flagler Beach,  Ormond or Daytona ?
Rent a Kayak with with Tropical Kayaks!

Our office...


Photos by Lydia Dawn ......from Bings Landing in her kayak!

For more Flagler County art by Lydia...www.artbylydiadawn.com


Photo by Lydia Dawn from her kayak at Bings Landing. 


Below our visiting Australian Spotted Jellyfish -June 18

It is thriving in our cove, as large as a Basketball, we have been watching

him for over 10 days now. He is an invasive species and being observed for

research. Please call us if you spot any more of these beautiful creatures.

They do have a sting, avoid contact. The white hooks floating alongside are

the tips of their tentacles....a very impressive creature.

This is not native, and apparently far away from home.

                 Austrailian Spotted Jellyfish/June 18th

  All photos on this website are prperty

of Tropical Kayaks and cannot be duplicated

or copied without written permission

from Tropical Kayaks.

                     SALT MARSH HABITATS:

Salt marsh organisms must be able to access fresh water. Salinity levels in the

salt marsh vary as river inflow and tidal inflow compete. Soils in the salt marsh

tend to be either water-soaked or flooded, and anaerobic. Tangled marsh plant

roots help to stabilize the muddy bottom of the marsh and trap debris and

nutrient with the tides. Thus, the soil is organic rich. Bacteria thrive in this

detrital material, and are food for algae, invertebrate larvae, and other animals.

This make the salt marsh about twice a photosynthetically productive as a

corn field.

Salt marshes act like giant sponges, and absorb large volumes of water--this

can minimize flooding impact, reduce erosion, and recharge groundwater.

In addition, salt marsh plants help purify water by absorbing toxins.

Fauna and their Adaptations: Faunal adaptations must include mechanisms

for coping with detrital food sources and fluctuating water and oxygen levels.

Littorine snails seal their shells with tiny trap doors and enter a kind of

suspended animation during dry periods. The fiddler crab feeds by sifting

through sand and water with specialized mouth parts. The amphipod uses

the debris trapped in the marsh for both food and shelter. The great land

crab has inflated epibranchial chambers which aid in respiratory exchange

by increasing the volume of air to which the gills are exposed. They can l

live up to three days without water.

Flora and their Adaptations:

Succulence occurs in most salt marsh plants, with plants having fleshy

stems and leaves. Some plants also have water storing tissues. During dry

seasons, salt marsh plants may close their stomata to reduce water loss.

However, this also stops carbon dioxide intake and reduces photosynthesis.

Salt glands can be found in many salt marsh plants, where salt may be

excreted through specialized glands on the plant's leaves. Because water

moves toward a more concentrated solution, the water of plant cells is drawn

into the salty soil. However, salt-tolerant plant, or halophytes, can reverse

this osmotic effect. They concentrate slat ions in the their roots, and thus

water flows into the roots. To cope with anaerobic conditions, many salt

marsh plants have hollow passage through which air passes, connecting to

stomata on the leaf surfaces with roots and providing oxygen to roots cells.

The red mangrove is common in estuaries. It lives in soil almost always

covered by water. Small breathing pores cover its proper roots to help the

red mangrove cope with this very wet environment. Red mangroves deal with

estuarine salinity by screening the water and not allowing the salt to enter

the roots at all. Seeds of the red mangrove grow small downward spikes

which dig into the ground when they fall so they are not washed or carried

away by fluctuating estuarine waters. The black mangrove also favors

estuarine habitats. Its roots send up small, foot-long extensions called

pneumatophores that help the plant exchange gases. It brings salt in

through its roots, but excretes it through its leaves. Eelgrass lives in

the lowest, most marine zone. It doesn't tolerate fresh water or conditions

that would leaves it roots exposed to the air. Cordgrass can cope with

salinity and with periodic exposure to the air. Cordgrass filters most of

the salt out at the root. Any salt that does seep through is excreted by

glands on the leaves. The same pore that ooze salt and served a

respiratory function, breathing in supplemental oxygen and passing it

back to the roots. When the tide submerges the leaves, the breathing

holes close to keep the plant from "drowning. "Pickleweed" has an

unusual way of getting rid of excess salt. Pickleweed has joints which

allow a part of the plant to be broken off. The plant sends salt to its tips,

and these portions break dry up and break off during the fall season.



Characteristics of the mudflat are defined by the specific combination of

sand, silt, clay and organic matter content. Extreme seasonal variations

in fresh water input may occur in tropical mudflats, resulting in seasonal

variations in the organisms that inhabit the flats. Mudflats are highly

susceptible to erosion, and as the flats are "attacked" by channels

and gullying, this sediment can affect the volume of an estuary by

as much as five percent, affecting population densities. Mudflats are

exposed during low tides, leaving nonburrowing species open to predation.

Fauna and their Adaptations:

Organisms best suited for the mud flat are burrowers. Moving on or

through the mudflat sediment requires special adaptations.

Polychaete worms, burrowing crabs, crawling snails are some

of the life forms that are expected in the mudflat habitat. Some feed

on the surface, some below the surface, some rework the sediment,

and some stabilize the sediment. Productivity of benthic organisms

in the mudflat varies seasonally to strong changes of light intensity

and temperature. Benthic diatoms grow well here, and can move

into the water column when the mudflat is flooded by entrainment.

Flora and their Adaptations:

The primary prerequisite for living on the mudflat is the ability

to survive salinity and water level changes.

Seagrasses can dominate the mudflat and in some cases,

can virtually exclude marine algae. Cord grass sends roots deep

into the mud to tap rich nutrients. The grass sends out underground

stems from which new plants sprout. Excess salt is accumulated and

discharge through its leaves. Cord grass breaks up and is carried into the tidal channel where plant material is broken down into nutrient-rich detritus.
By S.Sobehrad