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Full-Text Articles in Life Sciences
Reduced Chelate Strength Increases Iron Bioavailability For Monocots In Hydroponic Culture, Paul Kusuma, Bruce Bugbee
Reduced Chelate Strength Increases Iron Bioavailability For Monocots In Hydroponic Culture, Paul Kusuma, Bruce Bugbee
Hydroponics/Soilless Media
Hydroponically grown corn (Zea mays) is highly susceptible to Fe-chlorosis. Iron (Fe) is essential for chlorophyll synthesis. Metals bound to chelates have reduced bioavailability (activity) compared to free ions.
Improving Aspen Poplar Populus-Tremuloides And Prickly Rose Rosa-Acicularis Covered Rangeland With Herbicides And Fertilizer, G. Bowes
Aspen Bibliography
No abstract provided.
Effects Of Annual Burning On Grassland In The Aspen Parkland Of East-Central Alberta, Howard G. Anderson, Arthur W. Bailey
Effects Of Annual Burning On Grassland In The Aspen Parkland Of East-Central Alberta, Howard G. Anderson, Arthur W. Bailey
Aspen Bibliography
Annual early spring burning has markedly altered the physiognomy and species composition of aspen parkland vegetation of east-central Alberta. Burning was conducted in April for at least 24 years when soil moisture was normally high. The number of herbaceous species per quadrat doubled while a number of woody species declined slightly.
Fire Temperatures In Grass, Shrub And Aspen Forest Communities Of Central Alberta, A.W. Bailey, M.L. Anderson
Fire Temperatures In Grass, Shrub And Aspen Forest Communities Of Central Alberta, A.W. Bailey, M.L. Anderson
Aspen Bibliography
No abstract provided.
Allelochemic Interference By Quaking Aspen Leaf Litter On Selected Herbaceous Species, P.D. Younger, R.G. Koch, L.A. Kapustka
Allelochemic Interference By Quaking Aspen Leaf Litter On Selected Herbaceous Species, P.D. Younger, R.G. Koch, L.A. Kapustka
Aspen Bibliography
No abstract provided.