Kansas fishing reports
86 reports for Kansas — what's biting, water temps, and where to focus.
62°F and 9,140 cfs: Kansas River Catfish Bite Sharpens Ahead of Spawn
Water temperature at USGS gauge 06892350 on the Kansas River registered 62°F this morning alongside a flow of 9,140 cfs — conditions that put channel catfish squarely in their pre-spawn feeding window. At this temperature, catfish move aggressively toward outside bends and current breaks ahead of a late-May spawn; cut shad and live crawfish are the classic presentations for this stage across Great Plains river systems. White bass, which typically complete their upstream run through the Kansas and Arkansas drainages in late April and early May, may still be catchable in faster tailouts and below wing dams. This week's national angler-intel feeds carried no Kansas-specific reports, so conditions here are read from gauge data and seasonal norms for the drainage. Tonight's Full Moon typically amplifies nighttime catfish and carp feeding activity — plan an after-dark session on a slower inside bend if flows allow safe bank access.
Kansas River at 66°F and 9,020 cfs — Crappie Spawn and Catfish Prime Time
USGS gauge 06892350 on the Kansas River logged 66°F water and 9,020 cfs on the afternoon of May 2 — a flow running well above the spring mid-range and enough to concentrate fish in eddies, protected coves, and structure just off the main current. At 66°F, crappie are either mid-spawn or wrapping up their nest-guarding phase, making shallow wood and brush piles along calmer backwaters the go-to target. Channel catfish wake up noticeably once water passes 65°F, and evening and overnight sessions with cut bait or stinkbait on deeper outside bends should produce. The white bass spring run, typical for Kansas River tributaries through late April into early May, is likely winding down at this temperature — though stragglers can still be found near riffles and current breaks. No region-specific tackle-shop or charter reports appeared in today's feeds; conditions here are grounded in gauge data and patterns typical for early May in Kansas and Arkansas River drainages.