South Swell Grounds Surf Fishing as El Nino Offshore Season Builds

What's Biting

What's Next

With a second south-southwest swell still building as of early June, the near-term outlook for surf fishing along the LA Bight stays challenging. Anglers planning trips in the next two to three days should monitor swell forecasts closely before committing to a beach session. When the swell window breaks, expect a quick rebound: corbina and yellowfin croaker will move back into the wash, and sand crabs, which Surf Fishing in So Cal profiles as a cornerstone summertime bait for this coast, should be easy to collect along the tideline once the surge calms.

The Last Quarter moon reduces overnight light pressure, which typically favors predators feeding in lower-visibility conditions. Dawn and dusk windows on the inside sand bars will likely produce the best surf-fishing activity once the swell eases, with sand crabs under a sliding sinker rig being the standard setup for this time of year.

Offshore, the seasonal setup is encouraging. Western Outdoor News — Saltwater is pointing to expected El Nino conditions this season, and charter operators are already booking summer offshore runs with yellowtail, dorado, and tuna as primary targets. El Nino-driven warm water tends to push pelagic species closer to the Channel Islands and the outer banks earlier than normal, so expect the offshore bite to develop further through mid-June and into July as water temps climb.

Calico bass at the Channel Islands kelp beds should hold consistent as the season advances. Structure-oriented presentations near kelp canopy edges are the standard approach, and fishing will improve as the swell drops and boats can position more precisely. Halibut remain accessible on sandy flats when surf is manageable, primarily on the drift with soft plastics or live bait worked along bottom transitions.

One environmental note worth tracking: Western Outdoor News — Saltwater and the Coastal Conservation Association of California have flagged an ongoing campaign against Sargassum horneri, dubbed 'Devil Weed,' which is spreading through Southern California kelp zones. Anglers working the Channel Islands should familiarize themselves with the species and report any sightings to help limit spread before it degrades the kelp habitat that calico bass and white seabass depend on.

Context

Early June in Southern California typically marks the transition from spring to full summer mode. In most years by this point, corbina season is well underway, surf perch are active in the wash, and offshore yellowtail fishing at the Channel Islands and outer banks is ramping up steadily as surface temperatures climb through the low-to-mid 60s. The current south-swell disruption is not unusual for this calendar window; summer south swells are a regular feature generated by Southern Hemisphere storm systems, and most years see at least one significant pulse early in June before the pattern stabilizes.

What makes the 2026 early-season stand out is the persistence. Surf Fishing in So Cal describes rough conditions running continuously since the last week of May, compressing the typical early-corbina window. That same source reported just a few weeks ago that May had been delivering strong results and that 'the best fishing of the season could be right around the corner' if forecasts held. The back-to-back south swells have delayed that payoff, but they have not erased it.

The anticipated El Nino signature flagged by Western Outdoor News — Saltwater adds meaningful context to the offshore outlook. El Nino years historically push warmer water into the Southern California Bight earlier in the season, which accelerates dorado arrivals and tends to boost yellowtail numbers closer to accessible grounds. If that pattern develops as operators expect, late June through July could deliver above-average offshore production relative to the cooler-water seasons of recent years.

No NOAA buoy data was available for this report to benchmark current water temperatures against historical averages for the region, so the temperature-driven timing estimates above are based on seasonal norms rather than confirmed readings.