Forest age, wood and nutrient dynamics in headwater streams of the Hubbard Brook Experimental Forest, NH
This study tested how instream uptake of nitrate and phosphate were affected by successional differences in the accumulation of large wood and debris dams in a 66-year chronosequence formed by 5 watersheds within the Hubbard Brook Experimental
The long-term studies of water and chemical budgets in the Hubbard Brook watershed, White Mountains, New Hampshire, have assumed that the underlying bedrock is watertight and that all of the liquid water discharged from the experimental subcatchment
areas was measured using stream gauging instrumentation. This paper reviews the assumption that the Hubbard Brook Watershed is watertight and that groundwater is not discharged beneath the stream-gauging stations. The review is followed