RHODE-ISLAND RESERVOIR REPORT

Last Updated: December 5, 2025

As the latest hydrological data streams in, a broad overview of the nation's dams and reservoirs presents a complex tapestry of water management challenges and triumphs. Across the board, we see a dynamic interplay between natural water inflows, demand for water resources, and the engineering feats that underpin our reservoir systems. In some regions, reservoirs are brimming thanks to strategic management and favorable weather patterns, while others face the strain of drought, with water levels dipping worryingly low.

Notably, Lake Mead in Nevada is experiencing significantly reduced storage, a reflection of the prolonged drought gripping the Southwest. Conversely, reservoirs like Lake Almanor in California are reporting above-average storage, indicative of recent beneficial precipitations. Moreover, facilities such as the Dillon and Granby reservoirs in Colorado show decreased storage levels, which may affect water availability for local communities and ecosystems. In stark contrast, the John Martin Reservoir in Colorado has seen a dramatic drop in storage, underscoring the need for meticulous water resource planning. Similarly, Elephant Butte Reservoir in New Mexico reveals a stark decrease in storage, highlighting the ongoing challenges in water-scarce regions.

In conclusion, the current state of our dams and reservoirs is a delicate balance, with some enjoying surplus and others facing shortages. As such, the importance of sustainable water management practices and infrastructure adaptation in the face of climate variability has never been more apparent. The data underscores the need for continued vigilance and innovation in preserving our precious water resources for future generations.

Rhode Island has several major reservoirs, including Scituate Reservoir, Big River Reservoir, and Meshanticut Lake. These reservoirs are fed by various streams, rivers, and creeks, including the Pawtuxet River, Blackstone River, and Moswansicut River. The hydrology of the area is influenced by the nearby mountains, including the Berkshires and the Green Mountains. Snowpack in these mountains can contribute to streamflow and water levels in the reservoirs. In recent years, Rhode Island has experienced both record high and low water levels in its reservoirs. In 2016, Scituate Reservoir reached its highest level in over two decades due to heavy rainfall. However, in 2020, drought conditions led to low water levels in several reservoirs, prompting water restrictions in some areas. Seasonal trends also impact water levels, with typically lower levels in the summer months. Overall, reservoirs and dams provide crucial water resources for Rhode Island and the surrounding areas.

Rhode Island has several major reservoirs, including Scituate Reservoir, Big River Reservoir, and Meshanticut Lake. These reservoirs are fed by various streams, rivers, and creeks, including the Pawtuxet River, Blackstone River, and Moswansicut River. The hydrology of the area is influenced by the nearby mountains, including the Berkshires and the Green Mountains. Snowpack in these mountains can contribute to streamflow and water levels in the reservoirs.

In recent years, Rhode Island has experienced both record high and low water levels in its reservoirs. In 2016, Scituate Reservoir reached its highest level in over two decades due to heavy rainfall. However, in 2020, drought conditions led to low water levels in several reservoirs, prompting water restrictions in some areas. Seasonal trends also impact water levels, with typically lower levels in the summer months. Overall, reservoirs and dams provide crucial water resources for Rhode Island and the surrounding areas.