The phrase "a treated forest" is correct and usable in written English.
It can be used to describe a forest that has undergone some form of management or treatment, such as pest control, thinning, or reforestation.
Example: "The researchers studied the effects of biodiversity in a treated forest compared to a natural one."
Alternatives: "managed forest" or "cultivated forest".
Furthermore, not all treated forest stands are likely to experience a wildfire because of the low probability of fire occurring in one location during a given time period [16], so some treated stands will have reduced C stores without any benefit from avoided pyrogenic emissions.
Furthermore, not all treated forest stands are likely to experience a wildfire because of the low probability of fire occurring in one location during a given time period [ 16], so some treated stands will have reduced C stores without any benefit from avoided pyrogenic emissions.
In a selected comparison of two treated forest stands with low severity fire, the use of biomass for electricity production increased the net C balance from 19.50 Mg ha−1 in a treatment without bioenergy production to 29.80 Mg ha−1 in a treatment with bioenergy production (Table 3).
In a selected comparison of two treated forest stands with low severity fire, the use of biomass for electricity production increased the net C balance from 19.50 Mg ha−1 in a treatment without bioenergy production to 29.80 Mg ha−1 in a treatment with bioenergy production (Table 3).
The untreated forest also had a greater minimum and maximum total stand C value than the treated forest.
Fire area simulator (FARSITE) was used to simulate landscape-level wildfire behavior in both untreated and treated forest landscapes.
Fuel reduction treatments also influence forest C balance both through their potential to modify fire behavior in recently treated forest stands, and because the treatments themselves remove woody biomass from the forest [1]-[4].
Potential total stand C in 2100 ranged from 87too 166 Mg C ha−1 in the untreated forest, and from 75too 109 Mg C ha−1 in the treated forest (Figure 5).
Fuel reduction treatments also influence forest C balance both through their potential to modify fire behavior in recently treated forest stands, and because the treatments themselves remove woody biomass from the forest [ 1]-[ 4].
