New SiriusXM Marine Fish Mapping Available on Garmin GXM 54 Satellite Weather & Audio Receiver

OLATHE, Kan./July 16, 2019/Garmin International, Inc., a unit of Garmin Ltd., today announced that its latest satellite weather & audio receiver, the GXM 54, will support SiriusXM Fish Mapping, the most comprehensive SiriusXM Marine service package designed to help saltwater anglers locate fish faster, saving time and fuel.

In addition to essential weather information provided by SiriusXM, like radar, lightning, marine zone forecasts, wind and wave information, the new Fish Mapping service provides regularly updated, science-based data directly to a compatible Garmin multi-function display¹, well beyond cellular range. Offering premium marine features like recommended areas to find specific game fish, weed lines, sea surface temperatures and front strength, sub surface sea temperatures, plankton concentration data, and more, the new Fish Mapping^TM service is ideal for all salt-water anglers who travel offshore – whether they spend a significant amount of time fishing in tournaments, taking clients on charter trips, or just fishing for fun.

SiriusXM Marine’s new Fish Mapping service includes:

Fishing Recommendations

View locations oceanographers recommend to find specific types of game fish, based on their expert analysis. The locations are overlaid on your chart and can be viewed in combination with other features. Updated twice per week.

Weed Lines

View concentrations of floating algae/plants, which provide nutrients and cover, creating habitats for bait fish, shrimp, etc., and attract larger, predatory game fish. Weed lines drift and shift over time, so they can be hard to locate. This feature helps anglers find where weed lines have been sighted recently, or are most likely to be forming. Updated every 24 hours.

Sea Surface Height Anomaly

View locations where the sea surface height is different than the surrounding area using real-time radar data and models of the sea surface. View “upwelling” areas that create favorable conditions including nutrient-rich water that attracts bait fish and game fish and avoid “downwelling” areas that are nutrient poor and don’t support favorable fishing conditions. Updated every 24 hours.

Sea Surface Temperature Contours

View contour lines where there is sea surface temperature change from cool to warm and attracts bait fish.  Use these contours to help locate your target species based on their preferred temperature range. Updated every 6 hours.

 Sea Surface Temperature Front Strength

View strength of ocean “fronts”, which are significant temperature changes that create distinct boundaries between bodies of water, concentrating nutrients which attracts bait fish. Strong and very strong fronts are good places to find game fish. Updated every 24 hours.

30m Subsurface Sea Temperatures

View the water temperature 30 meters below the surface. This feature allows you to identify areas with the preferred temperature range of your target game fish in the area below the surface where they are likely to be hunting. Updated every 24 hours.

Plankton Concentration Contours

View areas of plankton concentrations. Plankton is the primary food source for most bait fish, which attract hungry game fish. Updated every 24 hours.

Plankton Front Strength

Locate where there are the areas of greatest plankton concentrations with murky, nutrient-rich water favorable for baitfish, next to areas with relatively little/no plankton with clear, predator-preferred water with better visibility for hunting. Updated every 24 hours.

The GXM 54 is easy to install and use, and its reliable antenna provides the best possible reception — even on the fringes of SiriusXM coverage area. The SiriusXM Marine Fish Mapping service will be supported beginning on August 13^th with a free chartplotter software update. The SiriusXM Fish Mapping service requires a $99.99 a month subscription, which can be suspended at no charge for up to 6 months each year. For more information, visit garmin.com/marine and siriusxm.com/fishmapping.