Carnations can be Cooled Too Much
|
Floriculture
|
Carnations can be cooled too muc |
|
More on Trace Element Nutrition
|
Floriculture
|
More on trace element |
|
New Carnation Pests
|
Floriculture
|
New carnation pests |
In 1952, an exceedingly tiny mite was found on carnati… |
Control of Fusarium Stem Rot of Carnation with a Pre-Harvest Spray
|
Floriculture
|
Control of fusarium |
|
Control of Fusarium Stem Rot of Carnations with Fungicidal Cutting Dips
|
Floriculture
Vegetables
Weeds
Ornamentals
|
Control of fusarium |
|
High Pressure Fog Cooling in North Carolina
|
Floriculture
|
High pressure fog cooling |
|
Further Investigations on the Effects of Nitrogen Sources on Carnation Growth
|
Floriculture
|
Further investigations |
|
The Influence of Planting On Fusarium Stem Rot
|
Floriculture
|
Influence on depth |
|
Some Factors Which Influence Soft Growth
|
Floriculture
|
Some factors |
|
New Carnation Pests
|
Floriculture
|
New carnation pests |
Carnation growers in California constantly combating s… |
Rose Cooling can be Overdone
|
Floriculture
|
Rose cooling |
|
Snaps as a Summer Catch Crop
|
Floriculture
|
Snaps as a summer catch crop |
|
Detection of Fusarium Roseum in Nucleus Blocks
|
Floriculture
|
Detection of fusarium |
|
Schedules for Pruning Roses
|
Floriculture
|
Schedules |
|
Greenhouse Cooling on Carnation Timing
|
Floriculture
|
Greenhouse cooling |
|
Soil Permeability can be the Key to Good Growing
|
Floriculture
|
Soil permeability |
|
Thinking About Carnation Diseases- 1956-1957
|
Floriculture
|
Thinking about carnation |
|
Propagation of Carnation from Mother Blocks
|
Floriculture
|
Propagation of carnation |
|
Lighting and Shading Chrysanthemums During the Fall and Spring Critical Period
|
Floriculture
|
Lighting and shading |
|
A Look at Some of the New Spray Materials for Carnation Mother Blocks
|
Floriculture
|
New spray materials , Carnation mother blocks |
|
Some Effects of Night Temperatures on Carnations
|
Floriculture
|
Night temperatures |
|
Frozen Cuttings May Be Good
|
Floriculture
|
Frozen cuttings may be good |
|
Some Effects of Timing and Cooling on Carnation Quality
|
Floriculture
|
Effects of timing and cooling |
|
Some Effects of Soluble Salts and Soil Moisture on Carnation Growth and Quality
|
Floriculture
|
Soluble salts |
|
Day Temperature Experiments- A Progress Report
|
Floriculture
|
Day temperature |
|
Breeding for Better Carnations
|
Floriculture
|
Breeding for better |
|
Feeding Greenhouse Plants
|
Floriculture
|
Feeding greenhouse crops |
|
Air Movement and Temperature Control
|
Floriculture
|
Air movement |
|
Control of Fusarium Stem Rot of Carnations with Cutting Dips and Drenches
|
Floriculture
|
Control of fusarium stem rot |
|
An Objective Measurement of Flower Size
|
Floriculture
|
Objective measurement of flower |
|
An Objective Measurement of Stem Strength
|
Floriculture
|
Objective measurement of stem |
|
Reflected Solar Energy for the Winter Use in the Greenhouse
|
Floriculture
|
Solar energy |
|
Carnations Tolerate Boron
|
Floriculture
|
Carnations tolerate boron |
|
Handling Young Carnations Plants
|
Floriculture
|
Handling young carnation |
|
Peat Pots vs. the Nursery Bed Method for Growing Young Carnation Plants
|
Floriculture
|
Peat pot vs. nursery bed method |
|
Ventilator Operation in the CSU Temperature House
|
Floriculture
|
Ventilator operation |
|
Air Movement and Temperature Control II
|
Floriculture
|
Air movement |
|
Carnations in Australia
|
Floriculture
|
Carnations in Australia |
|
Invasion of Carnation Tissue Fusarium roseum f. cerealis
|
Floriculture
|
Invasion of carnation tissue |
|
Response of Carnations to Different Rates of Liquid Feeding
|
Floriculture
|
Response of carnations |
|
Sprays for the Control of Fusarium Stem Rot of Carnations
|
Floriculture
|
Sprays for the control |
|
Trace Element Nutrition of Carnations
|
Floriculture
|
Trace element nutrition |
|
Influence of Day Temperatures on Carnations
|
Floriculture
|
Influence of day |
|
Light is Fuel for Plant Growth
|
Floriculture
|
Light is fuel |
|
Recommended Temperatures for Carnations in Colorado
|
Floriculture
|
Recommended temperatures |
|
Soluble Salts a a Factor in Weak Growth
|
Floriculture
|
Soluble salts |
|
Continuous Culture of Carnations
|
Floriculture
|
Continuous culture |
|
Some Major Factors Affecting Quality and Grade of Carnations
|
Floriculture
|
Major factors |
|
The Checking in Plant Growth Caused by Holding in Peat Pots or a Nursery Bed
|
Floriculture
|
Checking in plant growth |
|
Crop Control on Carnations
|
Floriculture
|
Crop control |
|
Algae Causing Clogging of Cooloing Systems
|
Floriculture
|
Algae causing |
|
Continual Pruning of Roses
|
Floriculture
|
Continual pruning of roses |
|
Storage for Rose Bushes for June Planting
|
Floriculture
|
Storage of rose bushes |
|
The Influence of Depth of Planting and Soil Drainage on the Development of Lily Root Rot
|
Floriculture
|
Influence on depth |
|
Boron Tolerance by Carnations and Symptoms of Excess Boron
|
Floriculture
|
Boron tolerance |
|
Potash- The Controversial Nutrient
|
Floriculture
|
Potash |
|
Carnation Shoot Tip Culture- Progress Report
|
Floriculture
|
Carnation shoot tip culture |
|
Response of Carnations to Liquid Feeding
|
Floriculture
|
Response of carnations |
|
A Comparison of Understocks for Greenhouse Roses
|
Floriculture
|
Comparison of understocks |
|
Rx Greenhouse Soils- Field Soils Must be Changed when Growing in Bench, Flat, or Pot
|
Floriculture
|
Rx greenhouse soils |
|
Effects of Preharvest Environment on Carnation Cut Flower Life
|
Floriculture
|
Effect of preharvest environment |
|
Malformation of Carnation Flowers
|
Floriculture
|
Malformations |
|
The Evolution of Present-day Methods of Carnation Propagation
|
Floriculture
|
Carnation propagation |
|
Calcium Hunger in Carnation
|
Floriculture
|
Calcium hunger |
|
Carbon Dioxide in the Greenhouse Atmosphere
|
Floriculture
|
Carbon dioxide |
|
Further Possibilities for Co-operation in Flower Growing
|
Floriculture
|
Future possibilities for coopera |
|
Cooperation in the Flower Industry of Europe
|
Floriculture
|
Cooperation in the flower |
(continued from Bulletin 119) Britain
During the pas… |
Plant Injury from Flue Gases
|
Floriculture
|
Plant injury |
|
Cooperation in the Flower Industry of Europe
|
Floriculture
|
Cooperation in the flower indust |
(continued from Bulletin 120)
One of the main reasons… |
Growth Regulators for Greenhouse Flower Crops
|
Floriculture
|
Growth regulators |
|
Can We Afford Not to Use Potassium Nitrate
|
Floriculture
|
Can we afford not to use |
|
Carnation Calyx Splitting
|
Floriculture
|
Carnation calyx |
|
Reselection of Carnation Varieties
|
Floriculture
|
Reselection |
Carnations are constantly mutating, usually to degener… |
Histochemical and Morphological Studies of Carnation Stem Rot
|
Floriculture
|
Histochemical |
|
1959-1960 Tests for the Control of Lily Root Rot
|
Floriculture
|
1959-1960 tests |
|
Florticulture in Spain
|
Floriculture
|
Florticulture in Spain |
|
Iron Hunger in Carnations Should Be Rare
|
Floriculture
|
Iron hunger in carnations |
|
Greenhouse Cooling Efficiency I. Density of Evaporative Pad
|
Floriculture
|
Greenhouse cooling |
|
Phosphoric Acid and Monocalcium Phosphate Compared as Sources of Phosphorus for Carnations
|
Floriculture
|
Sources of phosphorous |
|
The Glasshouse Industry on Guernsey
|
Floriculture
|
Glasshouse industry on Guernsey |
|
A Comparison of the Methods Used in Culturing Carnations
|
Floriculture
|
Comparison of methods |
|
Florticulture in Holland
|
Floriculture
|
Florticulture in Holland |
|
British Floral Industry
|
Floriculture
|
British floral industry |
|
Optimum Temperatures for Carnations in Colorado
|
Floriculture
|
Optimum temperatures |
|
Brunfelsia as a Pot Plant
|
Floriculture
|
Brunfelsia |
|
Carnation Growing Along the French Riviera
|
Floriculture
|
Carnation growing along the Fren |
|
Irrigation of Greenhouse Soils
|
Floriculture
|
Irrigation |
|
Watering Carnations
|
Floriculture
|
Watering carnations |
|
Carnations in Italy
|
Floriculture
|
Carnations in Italy |
|
Spacing Patterns for Carnations
|
Floriculture
|
Spacing patterns |
|
Design Refinements in Greenhouse Cooling
|
Floriculture
|
Design refinements |
|
Effects of Constant Fluorescent Light on the Growth of Carnation Shoot TIps
|
Floriculture
|
Constant fluorescent light |
|
Carbohydrate Deficiency Causes Azalea Tip Scorch
|
Floriculture
|
Carbohydrate deficiency |
|
Effects of Long Term Storage on Carnation Cuttings
|
Floriculture
|
Long term storage |
|
Filter Paper Wicks for Support in Growing Carnation Shoot Tips
|
Floriculture
|
Filter paper wicks |
|
Carnation Growing in Finland
|
Floriculture
|
Carnation growing in Finland |
|
Phosphon D Tests on Pot Chrysanthemums
|
Floriculture
|
Phosphon d tests |
|
The Effects of Glass and Fiberglass on Carnation Growth
|
Floriculture
|
Glass |
|
Effect of Size of Winter Crop on Yield and Grade of Carnations
|
Floriculture
|
Size of winter crop |
|
Planting Date, Types of Plant, and Pinching on Yield and Grade of Carnations
|
Floriculture
|
Planting date |
|
Effects of Carbon Dioxide on Carnation Growth
|
Floriculture
|
Carbon dioxide |
|
Surfactant Inhibits Plant Viruses
|
Floriculture
|
Surfacant inhibits |
|
Carbon Dioxide Increases Growth of Greenhouse Roses
|
Floriculture
|
Carbon dioxide |
|
'One Shot' Fertilizers for Container Plants
|
Floriculture
|
One shot fertilizers |
|
1960-1961 Tests for the Control of Lily Root Rot
|
Floriculture
|
1960-1961 |
|
Dry Matter in Cut Carnations
|
Floriculture
|
Dry matter |
|
Marginal Burning of Carnation Petals
|
Floriculture
|
Marginal burning of carnation pe |
|
Understocks for Greenhouse Roses
|
Floriculture
|
Understocks |
|
Miscellaneous Tests on Cut Flower Life of Carnations
|
Floriculture
|
Miscellaneous tests |
|
Shipping Tests on Cut Carnations
|
Floriculture
|
Shipping tests |
|
Dry Cold Storage Tests on Cut Flower Life of Carnations
|
Floriculture
|
Tests of cut flower life |
|
The Use of IBM and Converyor Belt in Grading Flowers
|
Floriculture
|
Use of IBM |
|
Recent Research on Nutrient Balance
|
Floriculture
|
Recent research on nutrient bala |
|
Calyx Splitting of Carnations
|
Floriculture
|
Calyx splitting |
|
The Clean Stock Program and The Shoot Tip
|
Floriculture
|
Clean stock program |
|
A Brief Report on an Azalea Cutting Disease
|
Floriculture
|
Azalea cutting disease |
|
Carnation Growth Rate Follos Solar Energy
|
Floriculture
|
Carnation growth rate |
|
Business Objectives for the Flower Industry
|
Floriculture
|
Business objectives |
|
History and Legend of Carnation to 1800
|
Floriculture
|
History and legend of carnation |
|
Effects of Glass and Fiberglass Coverings on Carnation Growth- Second Report
|
Floriculture
|
Glass and fiberglass |
|
The Use of Carbon Dioxide on Carnations
|
Floriculture
|
Carbon dioxide |
|
Effects of Temperature Automation on Carnations
|
Floriculture
|
Temperature automation |
|
Carbon Dioxide Research on Roses at Colorado State University
|
Floriculture
|
Carbon dioxide |
|
The Percentage of Dry Matter Decreases with Age of Cut Carnations
|
Floriculture
|
Percentage dry matter |
|
Use Weed Control Chemicals Carefully
|
Floriculture
|
Weed control |
|
Winter Ventilation with Fans and Plastic Tubes
|
Floriculture
|
Winter ventilation |
|
Effects of Temperature and Potash on Marginal Burning of Carnation Petals
|
Floriculture
|
Temperature and potash |
|
Some Effects of Postharvest Handling on Petal Burn of Carnation
|
Floriculture
|
Postharvest handling |
|
Control of Carnation Streak Virus by Shoot-Tip Culture
|
Floriculture
|
Carnation streak virus |
|
Cut Flower Preservatives Compared
|
Floriculture
|
Cut flower preservatives |
|
Algae Control in Evaporative Pads
|
Floriculture
|
Algae control |
|
Feeding Analysis of Carnation Plants
|
Floriculture
|
Feeding analysis of carnation |
|
Space Age Insect Control
|
Floriculture
|
Space age insect control |
|
Control of Slugs in the Greenhouse
|
Floriculture
|
Slugs |
|
Some Common Pests and Their Control
|
Floriculture
|
Common pests and their control |
|
Poor Aphid Kills in Winter
|
Floriculture
|
Poor aphid control in winter |
|
Use Vapona at Low Temperatures
|
Floriculture
|
Use vapona |
|
For Insuring that 'Clean Stock' is Absolutely Pathogen-Free
|
Floriculture
|
Clean stock |
|
The Use of Limestone Gravel Could be a Labor Saver
|
Floriculture
|
Use of limestone gravel |
|
Is Summer Heating Practical
|
Floriculture
|
Is summer heating practical |
|
Greenhouse Temperature Control with Forced Air Circulaiton
|
Floriculture
|
Greenhouse temperature control |
|
Carnation Crop Forecasting
|
Floriculture
|
Carnation crop forecasting |
|
Carnation Growth Uner Glass, Mylar and Fiberglass Panels- Report III
|
Floriculture
|
Carnation growth under glass |
|
Carbon Dioxide Evolution from Organic Mulches
|
Floriculture
|
Carbon dioxide |
|
Effects of Additional CO2 and Automated Day Temperatures on Carnations
|
Floriculture
|
Additional co2 |
|
Frontiers of Florticulture- South Africa
|
Floriculture
|
South africa |
|
Growth of Carnation Increase Blocks with Supplementary CO2
|
Floriculture
|
Carnation increase blocks |
|
CO2 and Temperature Recommendations
|
Floriculture
|
Co2 and temperature |
|
Controlling Greenhouse Temperatures
|
Floriculture
|
Controlling greenhouse |
|
Some Thoughts on Greenhouse Soils
|
Floriculture
|
Greenhouse soils |
|
Report on Phytophthora Crown Rot of Petunia
|
Floriculture
|
Phytophthora Crown Rot |
|
Roses in Colorado
|
Floriculture
|
Roses in Colorado |
|
A Brief Report on Research at Beltsville
|
Floriculture
|
Research at beltsville |
|
Preliminary Observation of Colorado Greenhouse Soils
|
Floriculture
|
Greenhouse soils |
|
Preliminary Trails Determining the Value of Aerated Steam in Carnation Culture
|
Floriculture
|
Preliminary Trails Determining |
|
The Opening of Carnation Flower Buds Off the Plant
|
Floriculture
|
Opening of Carnation |
|
How Long Will Carnations Keep
|
Floriculture
|
How Long Will Carnations Keep |
|
News From Yesteryear
|
Floriculture
|
Yesteryear |
|
Lower Temperature Steam
|
Floriculture
|
Low temperature steam |
|
Type of Greenhouse Covering May Affect CO2 Utilization by Carnations
|
Floriculture
|
Types of greenhouse covering |
|
Use of Foams and Filler Materials with Cut Carnations
|
Floriculture
|
|
|
Effects of CO2 Concentration and Temperature on Carnations
|
Floriculture
|
Co2 concentrations |
|
Fall Planting of Carnations
|
Floriculture
|
Fall planting |
|
Domestic Nitrate of Potash Now Available
|
Floriculture
|
Domestic nitrate |
|
Selection Technique that Resulted in CSU Red Sim
|
Floriculture
|
Selection technique |
|
Environmental Factors Affecting Growth of Carnation Stock Plants and Cuttings
|
Floriculture
|
Environmental factors |
|
Effecrt of Age of Stock Plant on Growth of Carnation Cuttings
|
Floriculture
|
Age of stock plants |
|
Effects of Cutting Size and Stage of Development on Subsequent Growth
|
Floriculture
|
Cutting size |
|
Frontiers in Florticulture- Mexico and Central America
|
Floriculture
|
Mexico and central america |
|
Frontiers in Florticulture- Latin Americ
|
Floriculture
|
Latin america |
|
June Pinching to Reduce July-August Yield of Carnations
|
Floriculture
|
June pinching |
|
Type of Cutting Affects Initial Growth of Carnations
|
Floriculture
|
Type of cutting affects |
|
Fusarium Roseum and the Carnation Shoot Tip
|
Floriculture
|
Fusarium Roseum |
|
The Growth of Laterally Split Carnation Shoot Tips
|
Floriculture
|
Growth of Laterally Split Carnat |
|
Multiple Port Air Sampling Valve
|
Floriculture
|
Multiple Port Air Sampling Valve |
|
Home Garden Control of Phytophthora Crown Rot of Petunia
|
Floriculture
|
Home garden control |
|
Snapdragon- A Crop for Colorado
|
Floriculture
|
Snapdragon |
|
Research Seeks Answers to Winter Hardiness
|
Floriculture
|
Research seeks answers |
|
Natural Gas as a Soure for Greenhouse Plants
|
Floriculture
|
Natural gas |
|
Another Look at Growing Media
|
Floriculture
|
Another look at growing media |
|
Predator from Chile Defeats Red Spider
|
Floriculture
|
Predator from chile |
|
Boron Deficiecy in Chrysanthemum and Snapdragon
|
Floriculture
|
Boron efficiency |
|
Response of Carnation to Three Concentrations of CO2
|
Floriculture
|
Response of carnations |
|
Effects of CO2 on Poinsettia
|
Floriculture
|
Effects of co2 on poinsettia |
|
Preliminary Measurements of Flower Temperature
|
Floriculture
|
Preliminary measurements |
|
Effects on Plant Temperature Control
|
Floriculture
|
Effects on plant temperature |
|
Progress Report in Greenhouse Coverings
|
Floriculture
|
Greenhouse coverings |
|
Injury from Spray Chemicals
|
Floriculture
|
Injury from spray |
|
Evaluation of Greenhouse Shading Compounds
|
Floriculture
|
Greenhouse shading compounds |
|
Forcing Lilies as Pot Plants
|
Floriculture
|
Forcing lilies as pot plants |
|
Humidity and Disease Control
|
Floriculture
|
Humidity and disease control |
|
Six Year Evaluation of Environment on Yield and Quality of Greenhouse Roses
|
Floriculture
|
Six year evaluation |
|
Control Weeds Under Benches
|
Floriculture
|
Control weeds under benches |
|
Effects of CO2 on Carnation Stock Plants
|
Floriculture
|
Effects of co2 |
|
Adding CO2 to Carnation Stock Plants Improves Performance of the Cuttings
|
Floriculture
|
Adding co2 |
|
One New Look at Pot Plants
|
Floriculture
|
One new look at pot plants |
|
Pipron for Powdery Mildew
|
Floriculture
|
Pipron for powdery mildew |
|
Controlled Atmosphere (CA) Storage of Carnations
|
Floriculture
|
Controlled atmosphere |
|
Effect of Watering Treatment on the Growth of Carnations- A Progress Report
|
Floriculture
|
Effect of watering |
|
Leaf Replicas Used to Study Stomatal Openings
|
Floriculture
|
Leaf replicas used |
|
How to Make Your Money Work for You
|
Floriculture
|
Make your money work |
|
An Economic Analysis of the U.S. Carnation Industry- Part I Growers'
|
Floriculture
|
Economic analysis |
|
An Economic Analysis of the U.S. Carnation Industry- Part II Growers'
|
Floriculture
|
Carnations, Economic analysis |
None |
An Economic Analysis of the U.S. Carnation Industry- Part III Carnation Shippers and Wholesalers
|
Floriculture
|
Economic analysis |
|
Greenhouse Expansion
|
Floriculture
|
Greenhouse expansion |
|
Year Around Snapdragon Culture for Colorado
|
Floriculture
|
Year round snapdragon |
|
Response of Carnation to Three Concentrations of CO2- Second Report
|
Floriculture
|
Response of carnation |
|
Light Transmission of Refinished Fiberglass
|
Floriculture
|
Light transmission |
|
Control of Rhizoctonia Stem Rot in Colorado
|
Floriculture
|
Control of rhizoctonia |
|
A Solar Integrator for Greenhouse Use
|
Floriculture
|
Solar integrator |
|
Magnesium Deficiency in Cut Flower Chrysanthemums
|
Floriculture
|
Magnesium deficiency |
|
Progress Report on the Use of Paraquat in the Greenhouse
|
Floriculture
|
Progress report |
|
The Importance of Timing Carnations for the Fall Market
|
Floriculture
|
Importance of timing |
|
Water Utilization by Carnations
|
Floriculture
|
Water utilization |
|
Inert Media to Replace Soil
|
Floriculture
|
Inert media |
|
We Need Management
|
Floriculture
|
We need management |
|
The Carnation Grower in a Rapidly Changing World
|
Floriculture
|
Carnation grower |
|
Root Rot Control in Container Stock
|
Floriculture
|
Root rot control in container st |
"Terrazole," a recently introduced chemical compound f… |
Rooting of Carnation Cuttings
|
Floriculture
|
Rooting |
|
Effects of Temperature on Rooting and Recovery of Carnations Cuttings
|
Floriculture
|
Effect of temperature |
|
Water Requirements of Carnations
|
Floriculture
|
Water requirements of carnations |
|
Poinsettia Breeding and Genetics
|
Floriculture
|
Poinsettia breeding and genetics |
|
Spiral Nematodes on Carnations
|
Floriculture
|
Spiral nematodes |
|
Foliar Feeding of Cuttings
|
Floriculture
|
Foliar feeding |
|
Mist, Media and Spacing on Carnation Cutting
|
Floriculture
|
Mist media |
|
Spectal Transmission of Greenhouse Glass
|
Floriculture
|
Special transmission of greenhou |
|
Effects of Photoperiod on Carnation
|
Floriculture
|
Effect of photoperiod on carnati |
|
Effects of Photoperiod and CO2 Enrichment on Carnation
|
Floriculture
|
Effects of photoperiod and co2 |
|
Roots-Underground Agents
|
Floriculture
|
Roots underground agents |
|
Ion Balance and Growth of Carnations- 1. Recent Literature
|
Floriculture
|
Ion balance |
|
Disease Development in Inert Media
|
Floriculture
|
Disease development |
|
Ionic Balance and Growth of Carnation
|
Floriculture
|
Ion balance |
|
Systemic Fungicides Control Carnation Rust
|
Floriculture
|
Systematic fungicides |
|
Ion Ratios and Competitive Uptake of Nutrients in Carnation
|
Floriculture
|
Ion ratios |
|
Effect of Soil Depth and Type on Growth and Flowering of Carnations
|
Floriculture
|
Effect of soil depth |
|
Spectral Transmission of Some Plastic Greenhouse Coverings
|
Floriculture
|
Spectral transmission |
|
Comparison of Greenhouse Types for Tomato Culture
|
Floriculture
|
Comparison of greenhouse types |
|
Observations on Carnation Stomata
|
Floriculture
|
Observations of stomata |
|
Root Rot Control in Container Stock
|
Floriculture
|
Root rot |
"Terrazole," a r ecently introduced chemical compound … |
PERLITE- Advantages and Limitations as a Growth Media
|
Floriculture
|
Perlite |
|
Inert Media Compared for Carnation Growing
|
Floriculture
|
Inert media |
|
The Effects of Reduced Stress on Rose Yield and Grade
|
Floriculture
|
Effects of reduced stress |
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Observations on Chemical Weed Control in the Greenhouse
|
Floriculture
|
Note on water consumption |
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Effect of Root Substrate on Keeping Life
|
Floriculture
|
Effect of root substrate |
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Weed Control in the Greenhouse
|
Floriculture
|
Weed control in the greenhouse |
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Advantages of Clear-day Climatic Regions for Greenhouse Production
|
Floriculture
|
Advantages of clear day |
|
Forcing of Lilies
|
Floriculture
|
Forcing of lilies |
|
Forcing of Tulips and Hyacinths
|
Floriculture
|
Forcing of tulips and hyacinths |
|
Rapid Method for Standadr Geranium Production with Gibberellic Acid
|
Floriculture
|
Rapid method for standard |
|
The CSU Automatic Irrigation
|
Floriculture
|
Csu automatic irrigation |
|