Hodenpyl Dam Pond — Current Water Temperature, Annual Trends and Forecast
This page provides information on the current water temperature in Hodenpyl Dam Pond, trends, monthly ranges and the forecast for the coming days.
Current Water Temperature
Water Temperature in Hodenpyl Dam Pond today is 18.6°C.
Water Temperature: Daily Trends, Historical Records, and Forecast
⚠️ As of today, the minimum water temperature ranges from 65°F (18°C) to 68°F (20°C). This is already quite warm water, which is ideal for most people. Swimming becomes comfortable, and prolonged stays in the water do not cause discomfort. This temperature is perfect for family trips and for those who prefer warmer water. It is also comfortable for water sports such as surfing or swimming. It is important to note that these swimming tips and recommendations apply only in good weather. When the air temperature is below 68°F (20°C), and sometimes even below 77°F (25°C), swimming can be unpleasant even with relatively high water temperatures.
Water Temperature Chart Over the Last 30 Days
Table of Daily Sea Temperature Data
| Date | Current | Average | Forecast |
|---|---|---|---|
| JUN 3 | 17.2°C | 17.5°C | |
| JUN 4 | 17.2°C | 17.5°C | |
| JUN 5 | 17.5°C | 17.5°C | |
| JUN 6 | 17.6°C | 17.5°C | |
| JUN 7 | 18.0°C | 17.5°C | |
| JUN 8 | 18.0°C | 17.5°C | |
| JUN 10 | 18.6°C | 17.5°C | |
| JUN 11 | 17.5°C | 18.5°C | |
| JUN 12 | 17.5°C | 18.5°C | |
| JUN 13 | 17.5°C | 18.4°C | |
| JUN 14 | 17.5°C | 18.4°C | |
| JUN 15 | 17.5°C | 18.3°C | |
| JUN 16 | 17.5°C | 18.3°C | |
| JUN 17 | 17.5°C | 18.2°C |
* Current - Actual water temperature value
** Average - Average water temperature on this day in recent years
*** Forecast - Our water temperature forecast
Actual nearshore water temperatures may fluctuate by several degrees from the reported values, especially following heavy rainfall or extended periods of strong winds. Certain wind patterns can cause colder, deeper waters to rise and replace the sun-warmed surface water, leading to noticeable variations.
Our forecast is based on a proprietary mathematical model that considers real-time water temperature changes, historical trends, key weather patterns, wind strength and direction, and air temperature specific to each region. Additionally, we incorporate data from other resorts to enhance accuracy.
Monthly Water Temperature Range (Min, Max & Average)
| Month | Min | Avg | Max |
|---|---|---|---|
| January | 1°C | 4°C | 7°C |
| February | 1°C | 5°C | 8°C |
| March | 0°C | 3°C | 6°C |
| April | 4°C | 8°C | 12°C |
| May | 8°C | 16°C | 23°C |
| June | 13°C | 18°C | 22°C |
| July | 16°C | 21°C | 25°C |
| August | 19°C | 23°C | 27°C |
| September | 12°C | 16°C | 20°C |
| October | 11°C | 15°C | 18°C |
| November | 0°C | 6°C | 11°C |
| December | 0°C | 2°C | 4°C |
Hodenpyl Dam Pond: Water Temperature by Location
Hodenpyl Dam Pond: Weather Forecast
June 9
June 10
June 11
June 12
June 13
Location & Local Information
Lake of Hodenpyl Dam Pond, a reservoir on the Muskegon River in western Michigan, experiences typical northern inland-water temperature cycles. In spring (March–May) surface temperatures usually climb from near freezing up to roughly 50–65°F (0–10°C rising to about 10–18°C), depending on weather. Summer (June–August) brings the warmest surface readings, commonly 65–80°F (18–27°C) in shallow bays and occasionally a bit warmer in calm, sun‑exposed areas. In fall (September–November) the water cools from around 60°F (15°C) down toward the 30s–40s°F (0–5°C) as ambient air chills, and winter typically sees surface temperatures at or near freezing (around 32°F / 0°C) with ice cover in sustained cold periods. Deeper or dam‑released flows can remain colder year‑round, so measured temperatures vary by depth, season and location.
Swimming is possible in many parts of the pond but is subject to local rules, posted signs and safety considerations. There are no universally regulated public beaches across the reservoir, and areas immediately adjacent to the dam or to intake/outflow channels are generally unsafe and often discouraged because of strong currents, hydraulic turbulence and submerged structures; colder hypolimnetic water from releases can also produce dangerous cold‑water shock. Visitors should check signage, respect any local prohibitions, and factor in seasonal temperatures and water quality before entering the water.