Below the Surface

Planning a 2027 Development Project? Why Environmental Planning Should Start Now

Planning a 2027 Development Project? Why Environmental Planning Should Start Now

Planning a 2027 Development Project? Why Environmental Planning Should Start NowAbby Thompson-Fopiano
Published on: 09/11/2026

Planning a 2027 New Hampshire development project? Learn why starting environmental planning early can help identify wetlands, groundwater, permitting needs, and site constraints before they impact your project.

Why More Rain Doesn’t Always Mean More Water: What New Hampshire’s Groundwater Crisis Can Teach Us

Why More Rain Doesn’t Always Mean More Water: What New Hampshire’s Groundwater Crisis Can Teach Us

Why More Rain Doesn’t Always Mean More Water: What New Hampshire’s Groundwater Crisis Can Teach UsAbby Thompson-Fopiano
Published on: 09/11/2026

Explore why heavy rainfall doesn’t always mean more groundwater in New Hampshire. Learn how drought, intense storms, runoff, land use, and climate patterns affect groundwater recharge and long-term water availability.

Supporting Responsible Development: The Liberty Commons Well Siting & Hydrostudy in Kingston, NH

Supporting Responsible Development: The Liberty Commons Well Siting & Hydrostudy in Kingston, NH

Supporting Responsible Development: The Liberty Commons Well Siting & Hydrostudy in Kingston, NHAbby Thompson-Fopiano
Published on: 03/21/2026

A look at how well siting and hydrogeologic studies support responsible development and protect groundwater resources in Kingston, NH.

From Snowmelt to Spring Flow: What St. Patrick’s Day Tells Us About Water in New Hampshire

From Snowmelt to Spring Flow: What St. Patrick’s Day Tells Us About Water in New Hampshire

From Snowmelt to Spring Flow: What St. Patrick’s Day Tells Us About Water in New HampshireAbby Thompson-Fopiano
Published on: 02/18/2026

St. Patrick’s Day marks more than a seasonal celebration in New Hampshire — it signals the start of spring snowmelt, groundwater recharge, and shifting water systems. Learn how this transition impacts shorelines, runoff, water quality, and watershed management across the Granite State.