Licking River Watershed Watch        www.lickingriver.org
Results: Fecal Coliform Sampling        July 14-15,  2000					compiled M.F.Hult
SITE	STREAM	COUNTY	LOCATION	Fecal Coliform	Fecal Strep	FC / FS
L07	Licking River	Pendelton	US 27	430	240	1.792
L15	Beaver Cr	Menifee	Off Rt. 1274	1440	4600	0.31
L16	Slate Creek,	Bath	Kendall Springs Rd.	144	3680	0.03
L17	Stoner Creek	Clark	Wades Mill Rd Bridge	430	330	1.303
L18	Triplett Creek N Fk	Rowan	.5mi above WWTP	960	1020	0.94
L19	Triplett Creek N Fk	Rowan	Iron Bridge US 60 Loop	2880	1350	2.13
L23	Mill Creek	Fleming	324 Bridge at Helena	1448	1280	1.13
L24	Johnson Creek	Fleming	Barker Farm	1440	4000	0.36
L25	Fleming Creek	Fleming	Newsom Rd Bridge	960	2700	0.35
L26	Locust Br	Fleming	SR 1515 Whitaker Farm	1920	3600	0.53
L27	Fox Creek	Fleming	Grange City Covered Bridge	480	1400	0.34
L28	Creekooked Creek	Nicholas	500m below 392 &1244	310	280	1.107
L29	Licking River	Harrison	Claysville Boat Ramp	11000	50000	.22
L30	Licking River,	Harrison	South of Quiet Trails Resort	3000	2700	1.111
L34	S. Fk Licking River	Pendelton	Thaxtons, Hays Station Rd	140	140	1
L35	Kincaid Creek	Pendelton	100yds below lake Spillway	70	2000	.035
L38	Banklick Creek	Kenton	Pioneer park of SR17	1700	1800	.944
L39	Banklick Creek	Kenton	Mouth of Bank Lick	>60000	17000	>3.529
L44	Strodes Creek	Clark	Bend W of Pretty Run Rd	2100	490	4.286
L45	Little Stoner Creek	Clark	US 60 Bridge	560	290	1.931
L46	S. Fk Licking Rv	Harrison	Downstream of Cynthiana	1100	240	4.583
L47	Townsend Creek,	Bourbon	500' above US27 bridge	430	360	1.194
L49	Creekaney Creek	Morgan	1167 E. Creekaney Creek	960	1280	0.75
L50	Creekaney Creek.	Morgan	Lower Craney, Road Cross.	320	3280	0.09
L54	S. Fk Licking Rv	Pendelton	Hays Station Rd Bridge	210	50	4.2
L64	Long Branch	Harrison	.5 mile down Renaker-Berry Rd. at one lane bridge	2800	170	16.471
L65	S. Fork Licking River	Harrison	above dam at Berry bridge	520	140	3.714
L66	Grassy Creek	Pendelton	Bridge on 17? South Fork of Grassy Creek.	490	220	2.227
L67	3 Mile Creek	Campbell	upstream of old Rt 9, Wilder, KY	32000	19000	1.684
L68	Grassy Creek	Pendelton	North Fork of Grassy Creek	290	170	1.706
L69	Grassy Creek	Pendelton	Middle Fork of Grassy Creek.	550	300	1.833
L72	Craney Creek	Rowan	upstream of low water crossing at terminus of poppin Rock Rd.	360	1100	0.32
L73	Tug Fork	Campbell	Upper Tug Fork Rd & North Reitman  Rd. Camp Springs.	26000	22000	1.182
L75	Tarkiln Branch	Morgan	upstream of low water crossing, Kellacy Falls COunty Road, off SR 985	3360	3880	0.86
L76	Licking River	Bath	Downstream of confluence of Slate Creek...first riffle plus 100m.	1440	1320	1.09
L77	Licking River	Rowan	4 1/2 miles West on 1722 - Ellington Ford	408	1620	0.25
L78	S. Fork Licking River	Harrison	Below bridge at Lair	90	320	.281
L83	Licking River	Nicholas	at N Blue Licks	4300	1300	3.308
L84	Licking River	Nicholas	at Rt 57	3200	520	6.154
L85	Dry Creek	Boone	Above Dry Ck WWTP	22000	1300	16.923
L87	Johnson Creek.	Robertson		1440	2800	0.51
L88	North Fork	Robertson		1920	2650	0.72
L89	Brushy Fk of Blue Lick Creek	Nicholas	Brushy Fork At Miller Station Rd.	350	480	.729
L90	Four Mile Creek	Campbell	on Rt 547 4 miles from Ohio River left side of the  Road near private drive and bridge	>60000	45000	1.333
L91	Licking River	Nicholas	300 Meters downstream of KY 32 Bridge at Myers Station	8000	4300	1.86
L92	Fleming Creek	Nicholas	At Mouth of Fleming	4600	1100	4.182
	Explanation:		For more information:	contact Marc Hult,  Director, LRWW
				email: hult@hydrologist.com   859-261-3882
	Good =		Less than 200 Colonies per 100 ml
	Swimming Standard =		200 colonies per 100ml. (Exceedences in yellow )
	Boating Standard  =		1000 colonies per 100ml (Exceedences  in orange)
	Water Supply Standard +		2000 colonies per 100ml (Exceedences  in red )
Note:1	Kentucky regulatory standards are based on  5 samples obtained within a 30-day period
Note 2:	FC=Fecal Coliform in Colonies per 100 ML, FS=Fecal Strep;   FC/FS is ratio
Note 3	Previous studies suggest that the higher the ratio of Fecal Coliform to Fecal Strep, (see column labeled FC/FS)
	the more likely that the source is predominantly from humans rather than other animals. The applicability of this rule-of-thumb varies.