The effects of two Prudhoe Bay crude oil treatments of 5 and 12 l/square m on fungal hyphae/gm dry wt of soil and on the grams of mycelium/square m were followed in polygonal tundra for three seasons. A significant depressing effect of oil on fungal hyphae was evident over three seasons. However, no significant difference between oil treatments was recorded. The moisture content of the soil appeared to influence the mobility of the oil. Shifts occur in fungal populations in the presence of oil and the presence of oil biodegradation by filamentous fungi was detected. The influence of bulk density on fungal populations and the penetration of oil into tundra soil is discussed
Vegetational recovery from an accidental oil spill on a wet tundra site at Prudhoe Bay, Alaska, was ...
In any study of the effects of the introduction of an organic compound, such as oil, into a particul...
ABSTRACT. The effects of two large experimental crude oil spills conducted in the winter and summer ...
Oil was recovered from tundra soils two and seven years after spillage. Oil persisted in the upper s...
The effect of various concentrations of crude oil on fungal populations of soil was investigated for...
This study was conducted on the short-term effects of seasonal spills of hot Prudhoe Bay crude oil o...
ABSTRACT. This study was conducted on the short-term effects of seasonal spills of hot Prudhoe Bay c...
The effects of exposure to crude oil on the structure and quantity of viable mycorrhizae of the dwar...
Barrow. Alaska tundra treated with 5 or 12 l/m ’ Prudhoe Bay crude oil on 1 July 1975 showed decreas...
Ectomycorrhizal root tips of Salix rotundifolia Trautv. removed from Barrow, Alaska tundra treated w...
The degradation of Prudhoe crude oil was studied in arctic tundra ponds. Contained subponds were tre...
Crude hydrocarbons were added to the surface of wet tundra soils at Barrow, Alaska at volumes of 5 a...
The vegetative growth response of some fungi to different concentrations of crude oil was investigat...
Surface application of crude oil at 5 or 12 l/m² to polygonal coastal Arctic tundra altered mic...
Prudhoe Bay crude oil and refined diesel fuel were applied to five topographically distinct tundra s...
Vegetational recovery from an accidental oil spill on a wet tundra site at Prudhoe Bay, Alaska, was ...
In any study of the effects of the introduction of an organic compound, such as oil, into a particul...
ABSTRACT. The effects of two large experimental crude oil spills conducted in the winter and summer ...
Oil was recovered from tundra soils two and seven years after spillage. Oil persisted in the upper s...
The effect of various concentrations of crude oil on fungal populations of soil was investigated for...
This study was conducted on the short-term effects of seasonal spills of hot Prudhoe Bay crude oil o...
ABSTRACT. This study was conducted on the short-term effects of seasonal spills of hot Prudhoe Bay c...
The effects of exposure to crude oil on the structure and quantity of viable mycorrhizae of the dwar...
Barrow. Alaska tundra treated with 5 or 12 l/m ’ Prudhoe Bay crude oil on 1 July 1975 showed decreas...
Ectomycorrhizal root tips of Salix rotundifolia Trautv. removed from Barrow, Alaska tundra treated w...
The degradation of Prudhoe crude oil was studied in arctic tundra ponds. Contained subponds were tre...
Crude hydrocarbons were added to the surface of wet tundra soils at Barrow, Alaska at volumes of 5 a...
The vegetative growth response of some fungi to different concentrations of crude oil was investigat...
Surface application of crude oil at 5 or 12 l/m² to polygonal coastal Arctic tundra altered mic...
Prudhoe Bay crude oil and refined diesel fuel were applied to five topographically distinct tundra s...
Vegetational recovery from an accidental oil spill on a wet tundra site at Prudhoe Bay, Alaska, was ...
In any study of the effects of the introduction of an organic compound, such as oil, into a particul...
ABSTRACT. The effects of two large experimental crude oil spills conducted in the winter and summer ...