576 first-hand accounts of flood events in New Hampshire, ranked by impact. Each is a NOAA-written narrative of the moment.
Strong low pressure system brought widespread soaking rains to the region, with most areas total rainfall amounts generally 1-1.25, with locally higher amounts in southern and central New Hampshire.
Read the full account →Strong low pressure system brought widespread soaking rains to the region, with most areas total rainfall amounts generally 1-1.25, with locally higher amounts in southern and central New Hampshire.
Read the full account →Strong low pressure system brought widespread soaking rains to the region, with most areas total rainfall amounts generally 1-1.25, with locally higher amounts in southern and central New Hampshire.
Read the full account →Overview: An area of low pressure intensified rapidly as it moved slowly from the southeastern United States on the morning of Sunday, April 15th to near New York City by the morning of Monday, April 16th.
Read the full account →Overview: An area of low pressure intensified rapidly as it moved slowly from the southeastern United States on the morning of Sunday, April 15th to near New York City by the morning of Monday, April 16th.
Read the full account →Low pressure developed in the Ohio River Valley and moved northeast through New York State. This low spread rain into New Hampshire during the morning hours of April 23rd. Rain was initially light but increased in intensity on April 24th as a cold front moved through.
Read the full account →Low pressure developed in the Ohio River Valley and moved northeast through New York State. This low spread rain into New Hampshire during the morning hours of April 23rd. Rain was initially light but increased in intensity on April 24th as a cold front moved through.
Read the full account →Low pressure developed in the Ohio River Valley and moved northeast through New York State. This low spread rain into New Hampshire during the morning hours of April 23rd. Rain was initially light but increased in intensity on April 24th as a cold front moved through.
Read the full account →Low pressure developed in the Ohio River Valley and moved northeast through New York State. This low spread rain into New Hampshire during the morning hours of April 23rd. Rain was initially light but increased in intensity on April 24th as a cold front moved through.
Read the full account →The interaction between a cold frontal boundary and the remnants of Tropical Storm Tammy resulted in tremendous amount of rainfall throughout most of central and southern New Hampshire.
Read the full account →A low pressure system interacted with a plume of tropical moisture as the low slowly moved parallel to the Long Island and south Massachusetts coasts, producing between 2.5 and 5.0 inches of rain across southwest New Hampshire.
Read the full account →A slow-moving cold front interacted with the remnants of Tammy, producing significant rainfall and flooding across southern New Hampshire. Storm total rainfall ranged from between 9 and 11 inches across southwest New Hampshire; and the worst flooding occurred in the Ashuelot…
Read the full account →A low pressure system interacted with a plume of tropical moisture as the low slowly moved parallel to the Long Island and south Massachusetts coasts, producing between 2.5 and 5.0 inches of rain across southwest New Hampshire.
Read the full account →A stacked low pressure system (surface low and upper level low on top of each other) moved southeast of Nantucket, spreading rain across Southern New England. This resulted in widespread rainfall totals of three to six inches.
Read the full account →Low pressure moving northeastward from Georgia intensified off the coast of New England with storm force winds near the center and gale force winds extending to the Maine and New Hampshire coastlines.
Read the full account →Low pressure crossed Cape Cod and entered the Gulf of Maine on June 2nd. An upper low approaching from the west intensified this system on June 3rd before slowly exiting the Gulf of Maine on the 4th through the 5th.
Read the full account →Low pressure intensified as it slowly moved up the east coast on the 26th of December and into the Gulf of Maine on the 27th. The slow movement allowed for a two to three foot storm surge on top of the normal astronomical tides.
Read the full account →High pressure in control on the 9th began to slide northeast through the day as primary low pressure moved through the Great Lakes into southern Canada. A secondary area of low pressure developed over inland areas of the Carolinas.
Read the full account →On July 10th the remnants of Tropical Storm Beryl phased with a low pressure system out of the Great Lakes to bring multiple rounds of heavy rainfall to northern New England, including Maine and New Hampshire.
Read the full account →On July 10th the remnants of Tropical Storm Beryl phased with a low pressure system out of the Great Lakes to bring multiple rounds of heavy rainfall to northern New England, including Maine and New Hampshire.
Read the full account →On July 10th the remnants of Tropical Storm Beryl phased with a low pressure system out of the Great Lakes to bring multiple rounds of heavy rainfall to northern New England, including Maine and New Hampshire.
Read the full account →On July 10th the remnants of Tropical Storm Beryl phased with a low pressure system out of the Great Lakes to bring multiple rounds of heavy rainfall to northern New England, including Maine and New Hampshire.
Read the full account →On July 10th the remnants of Tropical Storm Beryl phased with a low pressure system out of the Great Lakes to bring multiple rounds of heavy rainfall to northern New England, including Maine and New Hampshire.
Read the full account →On July 10th the remnants of Tropical Storm Beryl phased with a low pressure system out of the Great Lakes to bring multiple rounds of heavy rainfall to northern New England, including Maine and New Hampshire.
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