Micronutrients
Foliar Boron Bumps Cotton Yields
Dr. James R. Woodruff
Southeastern study shows that at leaf boron levels below 40 ppm at first flower, foliar boron applications improved cotton yields.
Apple Orchards Respond To Boron Fertigation
Drs. G. Neilsen, D. Neilsen, E. Hogue, Mr. L. Herbert
Canadian studies show increase in leaf and fruit boron concentrations.
Foliar Boron Bumps Soybean Yields
Dr. James R. Woodruff
Wisconsin, Illinois, Ohio and Missouri field studies show that boron applied at 0.25 lb/A increased yields by 3 percent, overall.
Boron Boosts Pistachio Yields
Drs. Patrick H. Brown, Louise Ferguson, and Geno Picchioni
California researchers find foliar applications are most effective after three year trials. Timing of application is critical.
Effective Boron Management
FFF Review
Though used in micro amounts, this vital nutrient plays a crucial role in a plant’s health and development.
Can Boron Correct Transient Nutrient Deficiencies?
Dr. Patrick Brown
Recent California experiments using foliar applications seem to indicate so. More research is needed.
K and Calcium Boost Melon Quality
Drs. Gene Lester and John Jifon
Studies show foliar applications of potassium and calcium can improve melon quality and shelf life.
Importance of Liming in Dry Land Palouse Cropping Systems
Gudrun Mahrt
Fluid lime (NuCal) shows benefits in Palouse studies.
Calcium Offers Most Crop Per Drop
Dr. Bill Easterwood
Of key importance in promoting water-use efficiency
Calcium’s Role In Plant Nutrition
Dr. G. W. Easterwood
Research shows soluble calcium fertilizer plays vital role in production of high-quality crops.
Calcium Boosts Peanut Yields
Naveen Puppala, Dr. R. D. Baker and Dr. Ronald B. Sorensen
New Mexico studies in irrigated fields document not only significant yield increases but monetary returns as well.
More Profits With Chloride
Dr. Larry Murphy, Dr. Barney Gordon, and Bryan Evans
University research has demonstrated the benefits of chloride fertilization for crop yields and profitability.
Chloride Fertilization Bumps Wheat Yields, Profits
Dr. R.E. Lamond, David D. Roberson, Kirby Rector
Kansas researchers report yield increases as high as 23 bu/A in three-year trails and double-digit dollars returns over 16 varieties.
Micronutrient Response Enhanced By Fluid Starters
Dr. Alan Blaylock
Mixed solutions create intimate contact between nutrient compounds in the various carriers combined.
Copper Diffusion Superior with Fluids in Acidic and Alkaline Soils
Drs. G. Hettiarachchi, M. J. McLaughlin, K. Scheckel, D. Chittleborough, M. Newville
Preliminary data suggest difference in diffusion between fluid and dry may not be as great for molybdenum.
Iron For Improved Corn Yield?
G.W. Hergert, Dr. P.T. Nordquist, J.L. Petersen, B.A. Skates
You bet. Nebraska researchers are showing that under proper ph conditions and hybrid selection, corn yield responds positively to iron applications.
Magnesium Builds Potato Profits and Quality
Dr. Ray Hoyum
Nine-year study in irrigated field shows yield bump and net dollar increase per acre.
Micronutrient Availability Improved With Fluids
DR. B. HOLLOWAY, D. BRACE, DR. I. RICHTER, DR. M. MCLAUGHLIN, G. HETTIARACHCHI, DR. R. ARMSTRONG
Australian trials show 11 to 17 percent increase in grain yields when using fluids.
Does Glyphosate Gene Affect Manganese Uptake in Soybeans?
Dr. W. B. Gordon
Kansas study suggests superior yield response when manganese is added to glyphosateresistant soybeans.
Fluids Excel In Supplying Mn And Zn In Calcareous Soils
Drs. G. Hettiarachchi, M. McLaugh lin, K. Schecke l, D. Chitt leborough , M. Newville, E. Lombi
Australian microscopic and spectroscopic studies show superiority of fluids over granular.
What About Glyphosate-Induced Manganese Deficiency?
Dr. Don M. Huber
Take heart. There are strategies to get around the far-reaching non-target effects that this most extensively used herbicide in the history of agriculture can have on susceptible plants.
Micronutrient Response Enhanced By Fluid Starters
Dr. Alan Blaylock
Mixed solutions create intimate contact between nutrient compounds in the various carriers combined.
Copper Diffusion Superior with Fluids in Acidic and Alkaline Soils
Drs. G. Hettiarachchi, M. J. McLaughlin, K. Scheckel, D. Chittleborough, M. Newville
Preliminary data suggest difference in diffusion between fluid and dry may not be as great for molybdenum.
Micronutrient Availability Improved With Fluids
DR. B. HOLLOWAY, D. BRACE, DR. I. RICHTER, DR. M. MCLAUGHLIN, G. HETTIARACHCHI, DR. R. ARMSTRONG
Australian trials show 11 to 17 percent increase in grain yields when using fluids.
Fluids Excel In Supplying Mn And Zn In Calcareous Soils
Drs. G. Hettiarachchi, M. McLaugh lin, K. Schecke l, D. Chitt leborough , M. Newville, E. Lombi
Australian microscopic and spectroscopic studies show superiority of fluids over granular.
Zinc in Fluids
BASICS SHORT COURSE
Fluid fertilizers are an ideal means of providing needed zinc (Zn) for crops.
Effective Zinc Management
FFF Review
An infinitesimal amount of this mighty nutrient goes a long way in helping to product yield gains.
“Zinc is the most widespread micronutrient deficiency in the Corn Belt.”
FFF Exclusive
An interview with Dr. John Mortvedt of Colorado State University.
Starters With Zinc Increase Bean Yields
Dr. Alan D. Blaylock
Wyoming studies also show yields increase and plants mature more quickly with later plantings.
Diffusion of Fluid and Granular Phosphorus and Zinc Inhibited in Dry Soil
Dr. Therese McBeath, Prof. Mike McLaughlin, Dr. Jason Kirby, Prof. David Chittleborough, and Dr. Roger Armstrong
Studies conducted in six soils from the cereal growing regions of Southern Australia and Kansas.
Part I, Zinc: A Key Nutrient in Crop Production
Dr. Ismail Cakmak
Zinc deficiency represents a common micronutrient defi ciency problem in human populations.
Part 2: Zinc Fertilizer Strategy For Improving Yield
Dr. Ismail Cakmak
Zinc deficiency represents a common micronutrient deficiency problem in human populations.
Micronutrient Response Enhanced By Fluid Starters
Dr. Alan Blaylock
Mixed solutions create intimate contact between nutrient compounds in the various carriers combined.