Title: Fishes of Lake Okeechobee, Florida (Florida Academy of Sciences Quarterly Journal, volume 34)
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Title: Fishes of Lake Okeechobee, Florida (Florida Academy of Sciences Quarterly Journal, volume 34)
Series Title: Fishes of Lake Okeechobee, Florida (Florida Academy of Sciences Quarterly Journal, volume 34)
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Creator: Ager, L. A.
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The Fishes of Lake Okeechobee, Florida Lothian A. Ager
With the exception of descriptions and ranges of the freshwater fishes of Florida (Carr and Goin, 1959 and Briggs, 1958), fishery surveys of individual bodies of water or watershed areas of peninsular Florida (Bailey, Winn, and Smith, 1954; Hellier, 1967; Hearld and Strickland, 1949; Kilby and Caldwell, 1955; Hubbs and Allen, 1943) have not been sufficient to document accurate range limits of many peninsular Florida species.
This survey of Lake Okeechobee was initiated in an attempt to determine the composition and relative abundance of the fishes since southern range limits of a number of species were poorly documented and since exotic species are flourishing in some peninsular Florida freshwater. Peninsular Florida has a depauperate freshwater fish fauna with such dominant families as Cyprinidae, Cato-stomidae, and Percidae being represented by 5, 1, and 1 species respectively. On the other hand, the Centrarchidae and Cyprinidon-tidac are unusually well represented in the freshwaters of peninsular Florida, a result of the uniformly low gradient streams, the past geologic history, and the character of the water (Odum, 1953).
Method of Collection
The survey began in October, 1967, and continued through November, 1969. Collecting was accomplished with trammel nets, seines, a trawl, a 230-volt electrical shocker, and rotenone. Most fish were identified immediately upon collection. Those which could not be identified in the field were preserved in formalin and taken to laboratory facilities for identification with the works of Eddy (1957), Carr and Goin (1959), and Sterba (1966). Rarer specimens were kept while the more common specimens were discarded after identification. Habitat type was noted with the collection of each species.
Results and Discussion
Forty-three species of fish were collected from Lake Okeechobee during the survey. Of these, 36 are freshwater fishes (Table 1), whereas seven are saltwater forms that invade adjacent freshwater

Freshwater fishes collected from Lake Okeechobee, Florida
Family Amiidae Family Cyprinodontidae
Amia calva Jordanella floridae
Family Lepisosteidae Cyprinodon variegatus
Lepisosteus platyrhincus Luciana goodei
Lepisosteiis osseus Fundulus seminolis
Family Clupeidae Fundulus chrysotus
Dorosoma cepedianum Family Poeciliidae
Dorosoma petenense Poecilia htipinna
Family Esocidae Gambusia affinis
Esox niger Heterandria formosa
Esox americanus Family Atherinidae
Family Catostomidae Menidia beryllina
Erimyzon sucetta Labidesthes sicculus
Family Cyprinidae Family Centrarchidae
Notemigonus crysoleucas Micropterus salmoides
Notropis maculatus Pomoxis nigromaculatus
Opsopoeodus emiliae Enneacanthus gloriosus
Family Ictaluridae Chaenobryttus gulosus
Ictalurus punctatus Lepomis marginatus
Ictalurus catus Lepomis punctatus
Ictalurus natalis Lepomis mactochirus
Ictalurus nebulosus Lepomis microlophus
Noturus gyrinus Family Percidae
Family Anguillidae Etheostoma barratti
Anguilla rostrata
areas (Table 2). Although no reproduction of these saltwater species occurs, with the possible exception of the Atlantic needlefish, significant immigration of some saltwater species yields large numbers of their kind, even to the point of their being common. Table 3 lists several species of fishes not found during this study but collected by other investigators (Florida Game and Fresh Water Fish Commission, 1956, Recommended program for northwest shore of Lake Okeechobee, unpublished report).
Family Amiidae
1. Amia calva Linnaeus. Bowfin. This species is relatively abundant throughout the vegetated areas and the canal systems associated with the lake. Young individuals with the adult male were collected on January 29, suggesting an early spring spawning time.

Salt water fishes collected from Lake Okeechobee
Family Belonidae
Strongylura marina. Atlantic Needlefish Family Mugilidae
Mugil cephalus. Striped Mullet Family Gobiidae
Microgohius gulosus. Clown Goby Family Soleidae
Irinectes maculatus. Hogchoker Family Centropomidae
Centropomus undecimalis. Snook Family Elopidae
Elops saurus. Ladyfish
Megalops atlantica. Tarpon
Family Lepisosteidae
2. Lepisosteus phtyrhincus DeKay. Florida Gar. This species was collected from every major habitat within Lake Okeechobee. No individuals less than eight inches total length were collected. Greater numbers of these smaller individuals were collected during April and May as opposed to other months of the year.
3. Lepisosteus osseus (Linnaeus). Longnose Gar. Only one individual was collected during the study. It was captured in the open area of the lake.
Family Clupeidae
5. Dorosoma cepedianum (LeSueur). Gizzard Shad. This species was plentiful in the open area of the lake and was fre-
Fishes reported from Lake Okeechobee by other investigators
Family Engraulidae
Anchoa sp. Anchovy Family Cyprinidae
Notropis chalybaeus. Ironcolor Shiner
Notropis petersoni. Coastal Shiner Family Aphredoderidae
Aphredoderus sayanus. Pirate Perch Family Centrarchidae
Elassoma evergladei. Everglades Pigmy Sunfish

quently collected within vegetated areas and canals. Spawning probably occurs from late spring to early fall.
5. Dorosoma petenense (Giinther). Threadfin Shad. Like the gizzard shad, this species was abundant throughout the open area and frequently collected within the vegetated areas and canals. Spawning evidently takes place during the early fall.
Family Esocidae
6. Esox niger LeSueur. Chain Pickerel. This species was not frequently collected within any habitat, but was found on several occasions in association with pondweed, Potamogeton. Young individuals were collected during April suggesting that these fish are early spring spawners.
7. Esox americanus Gmelin. Redfin Pickerel. This species was relatively abundant within the marginal areas of the lake marsh during April and May, being associated with spikerush, Eleocharis ohtusa, communities. Few individuals could be found during October and November.
Family Catostomedae
8. Erimyzon sucetta (Lacepede). Lake Chubsucker. Though abundant, this species occurred most frequently within vegetated areas of the lake where turbidity was extremely low. From the collection of young individuals, spawning must occur in early spring.
Family Cyprinidae
9. Notemigonus crysoleucas (Mitchill). Golden Shiner. This species was collected from all areas of the littoral zone of the lake as well as from the canal systems. However, the golden shiner seems to prefer areas with a significant cover of water hyacinths, Eichhornia crassipes.
10. Notropis maculatus (Hay). Taillight Shiner. Through many individuals were collected in association with pondweed and bulrush, Soirpus validus, during the early spring, few specimens could be found during the fall.
11. Opsopoeodus emiliae Hay. Pugnose Minnow. This species seems to occupy the same areas as the taillight shiner, but is abundant during the fall months when the taillight shiner is scarce.

Family Ictaluredae
12. Ictalurus punctatus (Rafinesque). Channel Catfish. A much sought after species by commercial fishermen, this species occurs primarily in open water, but during the spring months can be found in abundance within the vegetated littoral zone. Large numbers of 4-5 inch individuals found in the open area during June and July suggest that spawning takes place in the early spring.
13. Ictalurus catus (Linnaeus). White Catfish. This catfish is as abundant as the channel catfish and is found in the same areas, but less frequently within the littoral zone. Spawning takes place during the late spring.
14. Ictalurus natalis (LeSueur). Yellow Bullhead. This rather scarce species was collected from all areas of the lake but occurred most frequently in the canal systems of the lake.
15. Ictalurus nebulosus (LeSueur). Brown Bullhead. A rather abundant species, this catfish was collected within areas of dense vegetation (such as eelgrass, Vallimeria americana, and pondweed) where there was an amount of decaying organic material covering the bottom substrate. Young of the year collected as early as Thanksgiving Day suggest that spawning takes place during the winter months.
16. Noturus gyrinus (Mitchill). Tadpole Madtom. This scarce catfish was collected primarily from the open area of the lake. This species seems to be more abundant during the fall months.
Family Anguillidae
17. Anguilla rostrata (LeSueur). American Eel. This catad-romous species is frequently encountered in the open area of the lake, but at no time is abundant enough to be commercially important. Its numbers do not appear to fluctuate with time of year probably because water control structures on all outlet tributaries restrict migration.
Family Cyprinondonttdae
18. Jordanella fioridae Goode and Bean. Flagfish. This species is common in shallow water along the marginal areas of the lake and is most abundant during early spring. It can tolerate low dissolved oxygen.

19. Cyprinodon variegatus Lacepede. Sheepshead Minnow. This species was collected in small numbers only on two occasions from one area of the lake. Evidently it inhabits the shallow, marginal area of the lake and is closely associated with spikerush communities and clear water.
20. Lucania goodei Jordan. Redfin Killifish. This species is one of the abundant minnows found throughout the littoral zone of the lake. Large numbers collected during the fall months indicate that spawning occurs during the summer.
21. Fundulus seminolis Girard. Seminole Killifish. The minnow seems to be limited to the littoral zone of the lake, but occurs in a variety of aquatic plant communities. From the numbers collected, it appears to be commonly associated with spikerush communities and areas of water hyacinths.
22. Fundulus chrysotus Holbrook. Golden Topminnow. This species was collected quite frequently during April and May within spikerush communities in shallow, clear water, but was seldom encountered during the fall. Perhaps spawning occurs during the early spring.
Family Poeciliidae
23. Poecilia latipinna (LeSueur). Sailfin Molly. Small numbers of this species were often collected from canals, but it was more abundant in the very shallow, vegetated portion of the lake marsh. It can evidently tolerate or even thrive in water containing very little dissolved oxygen.
24. Gambusia affinis (Baird and Girard). Mosquito Fish. These small fish are abundant throughout the littoral zone and canal systems of the lake in practically all types of marginal waters.
25. Heterandria formosa Agassiz. Least Killifish. This tiny species is found throughout the littoral zone and canal areas of the lake. Although never found in large numbers, it is common around all kinds of vegetation growing in or at the edge of the water.
Family Atherinbdae
26. Menidia beryllina (Cope). Tidewater Silversides. This fish is not frequently collected, but is more abundant during the fall months than during spring. It is associated with communities of pondweed in the littoral zone.

27. Labidesthes sicculus (Cope). Brook Silversides. Although found throughout the littoral zone and canals, this species occurs abundantly during the spring in spikerush communities in shallow, clear water. This suggests a spring spawning period.
Family Centrarchtdae
28. Micropterus salmoides (Lacepede). Largemouth Bass. This desired game fish is abundant and found throughout the lake and canals. The peak spawning period occurs in February and March. Most adults are found within the littoral zone, occurring most frequently within eelgrass and pondweed communities where turbidities are low. The greatest numbers of immature individuals are found in shallow, clear water within the spikerush communities.
29. Pomoxis nigromacuhtus (LeSueur). Black Crappie. One of the most abundant and sought after game fish of the lake, this species is primarily pelagic. During January, February, March, and April it can be found throughout the littoral zone of the lake. These months are the spawning season of this species. Young individuals evidently move to the open water immediately after reaching a swim-up fry stage. Sexually immature individuals are rarely found within the littoral zone.
30. Enneacanthus gloriosus (Holbrook). Bluespotted Sunfish. This small sunfish can be found within communities of pondweed and eelgrass. Although common, these fish are rarely collected in any significant numbers.
31. Chaenobryttus gulosus (Cuvier). .Warmouth. This sunfish is found throughout the littoral zone of the lake, most abundantly in association with spikerush communities in shallow, clear water. Seasonal collections indicate that spawning occurs during early spring.
32. Lepomis marginatus (Holbrook). Dollar Sunfish. This small member of the sunfish family occurs most frequently in the marginal areas of the littoral zone. It seems to occur more frequently during the spring months than during fall, indicating a spring spawning period.
33. Lepomis punctatus (Valenciennes). Spotted Sunfish. This species occurs throughout the littoral zone and canal systems of the lake, but is more frequently collected within the canals. Evidently it can utilize better than other centrarchids the canals and littoral

area with much organic sedimentation. Spawning occurs in late spring prior to that of the bluegill.
34. Lepomis macrochirus Rafinesque. Bluegill. Found throughout the entire lake and canal systems, this fish is probably the most numerous of centrarchids. Adults are most frequently collected within communities of bulrush, while great numbers of immature individuals are found within dense pondweed and eelgrass communities. Spawning occurs throughout the summer months.
35. Lepomis microlophus (Giinther). Redear Sunfish. A much desired game fish, this species occurs throughout the lake and canal systems. Adults are found primarily within bulrush communities from late spring to early fall. During the remainder of the year, it seems to prefer the deeper, pelagic area of the lake. Immature individuals are most frequently found within dense communities of pondweed and eelgrass, but occur in eelgrass more frequently than immature blucgills, which are dominant in pondweed. From collections it seems these fish can better utilize the marginal areas of the littoral zone than can the bluegill.
Family Percidae
36. Etheostoma barratti (Holbrook). Scalyhead Darter. A rather common but seldom collected species because of its bottom dwelling habits and small size, it is most abundant within the marginal areas of the lake and the canals.
Family Belontdae
37. Strongylura marina (Walbaum). Atlantic Needlefish. This species is commonly encountered throughout the open area of the lake and within the bulrush communities. A number of gravid females and ripe males have been collected during spring. Individuals of 1-2 inches in total length were frequently collected during summer months, indicating that reproduction occurs within the lake so that this population is not dependent upon their ability to immigrate into the lake.
Family Mugiltdae
38. Mugil cephalus Linnaeus. Striped Mullet. This common salt water species is abundant throughout the open area and most

of the littoral zone from early winter to summer. Spawning does not occur in the lake. During late spring, great numbers can be found in the tributaries leading from the lake to the ocean. Likewise, during late fall this fish can be found migrating into the lake by way of these same tributaries.
Family Gobiidae
39. Microgobius gulosus (Girard). Clown Goby. This fish was collected on two different occasions from a community of white water lily (Nymphea odorata) and bladderwort (Utricularia vulgaris). It was much more abundant during the fall than during spring, an indication that spawning occurs during the summer months.
Family Soleidae
40. Trinectes macuhtus (Lacepede). Hogchoker. Only one individual was found during the survey. It was captured with a seine in the open portion of the lake.
Family Centropomidae
41. Centropomus undecimalis (Bloch). Snook. This species was frequently collected in the Clewiston area where navigation channels have been dredged into the lake. The population is evidently entirely dependent upon its ability to immigrate into the lake.
Family Elopidae
42. Elops saurus Linnaeus. Ladyfish. On one occasion a school of these fish were sighted in the pelagic area of the lake east of the Caloosahatchee Canal.
43. Megalops atlantica Valencinnes. Tarpon. On one occasion in August a tarpon was seen cruising the surface near Rita Island in the southern portion of the lake.
Literature Cited
Bailey, Reeves M., Howard E. Winn, and C. Lavett Smith. 1954. Fishes from the Escambia River, Alabama and Florida, with ecological and distributional notes. Proc. Nat. Sci. Philadelphia, vol. 106, pp. 109-164.

Briggs, John C. 1958. A list of Florida fishes and their distribution. Bull. Florida State Mus., Biol. Sci., vol. 2, no. 8, pp. 223-318.
Carr, Archie, and Coleman J. Goin. 1959. Guide to the reptiles, amphibians, and freshwater fishes of Florida. Univ. of Florida Press, Gainesville, Florida. 341 pp.
Eddy, Samuel. 1957. The freshwater fishes. William C. Brown Co., Dubuque, Iowa. 253 pp.
Hearld, Earl S., and Roy R. Strickland. 1949. An annotated list of the fishes of Homosassa Springs, Florida. Quart. Jour. Florida Acad. Sci., vol. 11, no. 4, pp. 99-109.
Hellier, Thomas D., Jr. 1967. The fishes of the Santa Fe River system. Bull. Florida State Mus., Biol. Sci., vol. 11, no. 1, pp. 1-46.
Hubbs, Carl L., and E. Ross Allen. 1943. Fishes of Silver Springs, Florida, Proc. Florida Acad. Sci., vol. 6, pp. 110-130.
Kilby, John D., and David K. Caldwell. 1955. A list of fishes from the southern tip of the Florida peninsula. Quart. Jour. Florida Acad. Sci., vol. 18, no. 3, pp. 195-206.
Odum, H. T. 1953. Factors controlling marine invasion into Florida fresh waters. Bull. Mar. Sci. Gulf & Caribbean, vol. 3, no. 1, pp. 134-156.
Sterba, Gunther. 1966. Freshwater fishes of the world. Revised edition. Pet Library Ltd., 877 pp.
Florida Board of Conservation Marine Research Laboratory, St. Petersburg, Florida 33731.
Quart. Jour. Florida Acad. Sci. 34(1) 1971

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