- left Keshequa Creek Basin area 865.1 km² Country United States of America | - average 309 cu ft/s (9 m/s) Mouth Genesee River | |
 | ||
- location Town of Nunda, Livingston County - location Near Mount Morris, Livingston County - max 5,510 cu ft/s (156 m/s)
(January 19, 1996) - min 4.3 cu ft/s (0 m/s)
(August 19, 1970) | ||
Canaseraga Creek is a stream that flows through Livingston, Steuben, and Allegany counties in western and central New York. It is a tributary of the Genesee River, and its 334-square-mile (870 km2) watershed is the largest sub-watershed of that river.
Contents
Map of Canaseraga Creek, New York, USA
The creek's name is of Seneca origin, and was recorded in early records as Ganusgago, Kanuskago, and Caniskrauga. Translations of the name include both "among the milkweeds" and "slippery elms".
Course
Canaseraga Creek rises in the town of Nunda, and initially flows south. The creek turns eastward before passing through the village of Canaseraga, after which it flows north. It passes to the west of the village of Dansville, and continues north before joining the Genesee River east of the village of Mount Morris and just downstream of the Mount Morris Dam.
The creek's watershed is the largest sub-watershed of Genesee River. It is primarily composed of agricultural land (46.8%) and forests (44.4%), with 5.7% of the watershed developed for residential and industrial uses.
Recreation
The main stem of Canaseraga Creek is annually stocked with brown trout by the New York State Department of Environmental Conservation; in 2015, the creek was stocked with 5,670 trout at locations in Allegany and Steuben counties. Anglers may also target small populations of wild brown trout that are found in Mill Creek and Sugar Creek, both of which flow into Canaseraga Creek near Dansville.
Whitewater rafting takes place in the upper reaches of the creek. An eight-mile (13 km) stretch of the creek upstream of Dansville contains class IV and V rapids, although water levels are frequently too low for rafting outside of spring flooding events.