Interception of cloudwater by forests in the Sierra Nevada Mountains may contribute significantly to acidic deposition in the region. Cloudwater sampled in Sequoia National Park had pH values ranging from 4.4 to 5.7. The advance of cold fronts into the Park appears to lead to higher aerosol and gas phase concentrations than are seen under normal mountain-valley circulations, producing higher cloud-water concentrations than might otherwise be expected. Estimates of annual deposition rates of NO_3^−, SO_4^(2−), NH_4^+ and H^+ due to cloudwater impaction are comparable to those measured in precipitation
During September 1990 we sampled coarse (>18-μm diameter) and fine (18- to 5.5-μm diameter) droplets...
Continuous monitoring of cloud and rain samples at three mountain sites in the UK has allowed consid...
Acid atmospheric deposition is harmful to both forest and aquatic ecosystems. In mountain catchments...
Interception of cloudwater by forests in the Sierra Nevada Mountains may contribute significantly to...
The chemical composition of cloudwater in the Sierra Nevada is dominated by NO_3^−, SO_4^(2−), and N...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
Highly concentrated, acidic stratus cloudwater was monitored as it intercepted a pine forest (Henni...
Atmospheric deposition of acidic cloud water is thought to be one of the causes for the recent fores...
Measurements of inorganic aerosol and gas phase species are presented for three sites in central Cal...
In coastal and mountainous environments, fog and cloud droplets are frequently deposited onto terres...
Weekly samples of cloud water and bulk precipitation were collected at an upland site in mid-Wales a...
Atmospheric aqueous chemistry can have profound effects on our environment. The importance of chemis...
This paper is a summary of our findings from a four-year study of the chemical composition of fog an...
High ionic loadings were found in fogwater collected at Bakersfield. California during an extended s...
Analyses of fogwater collected by inertial impaction in the Los Angeles basin and the San Joaquin Va...
During September 1990 we sampled coarse (>18-μm diameter) and fine (18- to 5.5-μm diameter) droplets...
Continuous monitoring of cloud and rain samples at three mountain sites in the UK has allowed consid...
Acid atmospheric deposition is harmful to both forest and aquatic ecosystems. In mountain catchments...
Interception of cloudwater by forests in the Sierra Nevada Mountains may contribute significantly to...
The chemical composition of cloudwater in the Sierra Nevada is dominated by NO_3^−, SO_4^(2−), and N...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
Highly concentrated, acidic stratus cloudwater was monitored as it intercepted a pine forest (Henni...
Atmospheric deposition of acidic cloud water is thought to be one of the causes for the recent fores...
Measurements of inorganic aerosol and gas phase species are presented for three sites in central Cal...
In coastal and mountainous environments, fog and cloud droplets are frequently deposited onto terres...
Weekly samples of cloud water and bulk precipitation were collected at an upland site in mid-Wales a...
Atmospheric aqueous chemistry can have profound effects on our environment. The importance of chemis...
This paper is a summary of our findings from a four-year study of the chemical composition of fog an...
High ionic loadings were found in fogwater collected at Bakersfield. California during an extended s...
Analyses of fogwater collected by inertial impaction in the Los Angeles basin and the San Joaquin Va...
During September 1990 we sampled coarse (>18-μm diameter) and fine (18- to 5.5-μm diameter) droplets...
Continuous monitoring of cloud and rain samples at three mountain sites in the UK has allowed consid...
Acid atmospheric deposition is harmful to both forest and aquatic ecosystems. In mountain catchments...