174 research outputs found
Seven Key Principles of Program and Project Success: A Best Practices Survey
The National Aeronautics and Space Administration (NASA) Organization Design Team (ODT), consisting of 20 seasoned program and project managers and systems engineers from a broad spectrum of the aerospace industry, academia, and government, was formed to support the Next Generation Launch Technology (NGLT) Program and the Constellation Systems Program. The purpose of the ODT was to investigate organizational factors that can lead to success or failure of complex government programs, and to identify tools and methods for the design, modeling, and analysis of new and more-efficient program and project organizations. The ODT conducted a series of workshops featuring invited lectures from seasoned program and project managers representing 25 significant technical programs spanning 50 years of experience. The result was the identification of seven key principles of program success that can be used to help design and operate future program organizations. This paper presents the success principles and examples of best practices that can significantly improve the design of program, project, and performing technical line organizations, the assessment of workforce needs and organization performance, and the execution of programs and projects
A continuous 250,000yr record of oxygen and carbon isotopes in ostracode and bulk-sediment carbonate from Bear Lake, Utah-Idaho
1997 Wild Blueberry Progress Reports
The 1997 edition of the Wild Blueberry Progress Reports was prepared for the Wild Blueberry Commission of Maine and the Wild Blueberry Advisory Committee by researchers at the University of Maine, Orono. Projects in this report include:
1. Investigation of processing damage of IQF blueberries
2. Use of sorter rejects and wild blueberry puree to prevent warmed over flavor in processed beef patties
3. Factors affecting the quality of IQF wild blueberries
4. Determination of pesticide residue levels in fresh and processed wild blueberries
5. Pollination ecology of wild blueberries in Maine
6. Control tactics for wild blueberry pest insects
7. IPM Strategies
8. Pest Biology
9. Effect of antidessication treatments on wild blueberry cold temperature tolerance
10. Phosphorus/nitrogen fertilizer ratio
11. Effect of boron application methods on boron uptake in wild blueberries
12. Effect of foliar zinc application on growth and yield of wild blueberries
13. Effect of soil pH on nutrient uptake
14. Crop year fertilization of wild blueberry
15. Effect of Photomag® on growth and yield of wild blueberries
16. Evaluation of Pronone MG® spot treatments for control of St. Johnswort, dogbane, bracken fern, witch grass/fall panicum and bunchberry
17. Effect of hexazinone formulation on movement through the soil profile
18. Effect of time of fall pruning on wild blueberry fruit set and yield
19. Effect of pre and postemergence herbicide applications on control of grasses
20. Hexazinone groundwater survey
21. Effect of plant source and density on spread of wild blueberry
22. Effect of surfactant and ammonium sulfate on glyphosate activity
23. Effect of crop year application of hexazinone on weed control, yield and hexazinone residue.
24. Long term effects of tribenuron methyl on wild blueberries and weed species composition
25. Effect of Velpar® DF/MAP on wild blueberry fruit set and yield.
26. Effect of reduced volume lmidan® 2.5 EC UL V applications on wild blueberry residue and efficacy
27. Wild blueberry extension education progra
1998 CSREES Wild Blueberry Project Results
The 1998 edition of the CSREES Wild Blueberry Project Results was prepared for the Maine Blueberry Commission and the University of Maine Blueberry Advisory Committee by researchers at the University of Maine, Orono. Projects in this report include:
1. Separation of Maggot Infested Blueberries in the IQF Processing Line
2. Assessment of Preharvest Treatments on Wild blueberry Fruit Quality
3. Blueberries as a Natural Colorant for Breakfast Cereals
4. Factors Affecting Quality of IQF Wild Blueberries
5. Control Tactics for Wild blueberry Pest Insects
6. Biology and Ecology of Wild blueberry Pest Insects
7. Sustainable Pollination of Wild blueberry
8. Evaluation of Foliar Fungicides for Control of Mummy Berry
9. Phosphorus/Nitrogen Fertilizer Ratio
10. Effect of Boron Application Methods on Boron Uptake in Wild Blueberries
11. Effect of Zinc Application on Growth and Yield of Wild Blueberries
12. Effect of Soil pH of Nutrient Uptake
13. Crop Year Fertilization of Wild blueberry
14. Effect of Fertilizer Timing on Wild blueberry Growth and Productivity
15. Alternative Methods of Grass Control
16. Cultural Weed Management Using pH
17. Investigation of Hexazinone Alternatives for Weed Control
18. Evaluation of Hexazinone Applications in the Cropping Year
19. Effect of Surfactant and Ammonium Sulfate on Glyphosate Activity
20. Evaluation of Pronone MG® Spot Treatments for Control of St Jobnswort, Dogbane, Bracken Fem, Witch Grass/Fall Panicum and Bunchberry
21. Hexazinone Groundwater Surve
Wild Blueberries 1999 CSREES Progress Reports
The 1999 edition of the Wild Blueberries CSREES Progress Reports was prepared for the Maine Blueberry Commission and the University of Maine Blueberry Advisory Committee by researchers at the University of Maine, Orono. Projects in this report include:
1. Effects of QF Processing on Microbiological Quality of Maine Wild Blueberries
2. Separation of Maggot-Infested Blueberries in the IQF Processing Line
3. Determination of Pesticide Residue Levels in Fresh and Processed Wild Blueberries
4. Control Tactics for Blueberry Pest Insects
5. IPM Strategies
6. Biology and Ecology of Blueberry Pest Insects
7. Survey of Stem Blight and Leaf Spot Diseases in Lowbush Blueberry Fields
8. Phosphorus/Nitrogen Fertilizer Ratio
9. Effect of Fertilizer Timing on Lowbush Blueberry Growth and Productivity
10. Effect of Soil pH on Nutrient Uptake
11. Effect of Boron Application Methods on Boron Uptake in Lowbush Blueberries
12. Effect of Nutri-Phite P+K on growth and yield of lowbush blueberry
13. Effect of Crop-Set on growth and yield of lowbush blueberry
14. Crop year fertilization of lowbush blueberry
15. Alternative Methods of Grass Control
16. Cultural Weed Management Using pH
17. Investigation of Hexazinone Alternatives for Weed Control
18. Comparison of Sulfosate and Glyphosate for Weed Control
19. Evaluation of VC1447 for Weed Control in Wild blueberries
20. Blueberry/ Cranberry Extension Education Program in 1999
21. Effect of Rate, Formulation and Application Method on Efficacy and Phytotoxicity of Granular Hexazinone in Wild Blueberry Fields
22. 1999 Fungicide Evaluation Field Trial
23. 1999 Hexazinone Groundwater Survey Pollination
24. Sustainable Pollination of Wild Blueberr
Recommended from our members
Using the nitrogen mineralization soil test to predict spring fertilizer N rate : soft white winter wheat grown in western Oregon
Soft white winter wheat grown in western Oregon requires a spring application of nitrogen (N) fertilizer for optimum production. Determining the amount of N to apply has been a challenge for growers because wheat is produced in numerous rotations that provide varying amounts of N to the wheat crop. Inadequate N results in reduced yield. However, excess N causes lodging, higher-than-desired grain protein, and added expense.Published January 2006. This publication was replaced by OSU Extension publication EM 9020. Facts and recommendations in this publication may no longer be valid. Please look for up-to-date information in the OSU Extension Catalog: http://extension.oregonstate.edu/catalo
2000 Wild Blueberry Project Reports
The 2000 edition of the Wild Blueberry Project Reports was prepared for the Maine Wild Blueberry Commission and the University of Maine Wild Blueberry Advisory Committee by researchers at the University of Maine, Orono. Projects in this report include:
1. Determination of Pesticide Residue Levels in Fresh and Processed Wild Blueberries
2. Factors Affecting the Microbiological Quality of IQF Blueberries
3. Effect of Processed Blueberry Products on Oxidation in Meat Based Food Systems
4. Separation of Maggot Infested Wild Blueberries in the IQF Processing Line
5. Water Use of Wild Blueberries
6. Control Tactics for Blueberry Pest Insects, 2000
7. IPM Strategies
8. Biology and Ecology of Blueberry Pest Insects
9. Survey of Stem Blight and Leaf Spot Diseases in Lowbush Blueberry Fields
10. Phosphorus/Nitrogen Fertilizer Ratio
11. Effect of Boron Application Methods on Boron Uptake in Lowbush Blueberries
12. Effect of Foliar Iron and Copper Application on Growth and Yield of Lowbush Blueberries
13. Effect of Soil pH on Nutrient Uptake
14. Effect of Nutri-Phite (tm) P+K on Growth and Yield of Lowbush Blueberry
15. Effect of Fertilizer Timing on Lowbush Blueberry Growth and Productivity
16. Assessment of Azafenidin for Weed Control in Wild Blueberries
17. Assessment of Rimsulfuron for Weed Control in Wild Blueberries
18. Assessment of Pendimethalin for Weed Control in Wild Blueberries
19. Assessment of VC1447 for Weed Control in Wild Blueberries
20. Cultural Management Using pH for Weed Control in Wild Blueberries
21. Evaluation of Sprout-Less Weeder® for Weed Control in Wild Blueberries
22. Evaluation of RoundUp Ultra® and Touchdown 5® for Weed Control in Wild Blueberries
23. Evaluation and Demonstration of Techniques for Filling in Bare Spots in Wild Blueberry Fields
24. Evaluation of Fungicides Efficacy in Wild Blueberry Fields
25. Velpar® and Sinbar/Karmex® Demonstration Plot Comparison Trial
26. Blueberry Extension Education Program in 2000
27. 2000 Hexazinone Groundwater Surve
2001 Wild Blueberry CSREES Project Reports
The 2001 edition of the Wild Blueberry CSREES Progress Reports was prepared for the Maine Wild Blueberry Commission and the University of Maine Wild Blueberry Advisory Committee by researchers at the University of Maine, Orono. Projects in this report include:
1. Effect of Wild Blueberry Products on Oxidation in Meat Based Food Systems
2. Factors Affecting the Microbial and Pesticide Residues Levels on Wild Blueberries
3. Determination of Pesticide Residue Levels in Fresh and Processed Wild Blueberries
4. Separation of Maggot-Infested Wild Blueberries in the IQF Processing Line
5. Water Use of Wild Blueberries and the Impact of Plant Water Stress on Yields
6. Survey of Stem Blight and Leaf Spot Diseases in Wild Blueberry Fields
7. IPM Strategies
8. Control Tactics for Wild Blueberry Pest Insects, 2001
9. Biology and Ecology of Blueberry Pest Insects
10. Diurnal Bee Activity and Measurement of Honeybee Field Strength
11. Effect of Foliar-applied Iron (Fe) Chelate Concentration on Leaf Iron Concentration, Wild Blueberry Growth and Yield
12. Effect of Boron Application Methods on Boron Uptake in Wild Blueberries
13. Effect of Foliar Iron and Copper Application on Growth and Yield of Wild Blueberries
14. Effect of Fertilizer Timing on Wild Blueberry Growth and Productivity
15. Effect of Foliar Copper Application on Growth and Yield of Wild Blueberries
16. Effect of Prune-year Applications of Nutri-Phitetm P or Nutri-Phitetm P+K on Growth and Yield of Wild Blueberry (Vaccinium angustifolium Ait.)
17. Effect of Soil pH on Nutrient Uptake
18. Assessment of Azafenidin for Weed Control in Wild Blueberries
19. Assessment of Rimsulfuron for Weed Control in Wild Blueberries
20. Assessment of Pendimethalin for Weed Control in Wild Blueberries
21. Evaluation and Demonstration of Techniques for Filling in Bare Spots in Wild Blueberry Fields
22. Assessment of Sprout-less Weeder for Hardwood Control in Wild Blueberries
23. Wild Blueberry Extension Education Program in 2001
24. Evaluation of Fungicide Efficacy in Wild Blueberry Fields
25. 2001 Pesticide Groundwater Survey
26. Cultural Weed Management Using Sulfur to Lower the pH
27. Wild Blueberry Web Sit
Recommended from our members
Using the nitrogen mineralization soil test to predict spring fertilizer N rate for soft white winter wheat grown in western Oregon
Soft white winter wheat is grown in western Oregon and requires a spring application of nitrogen (N) fertilizer for optimum production. Determining the amount of N to apply has been a challenge for growers. Wheat obtains N from two sources: soil and fertilizer. Both available and mineralizable N can be measured to predict the spring fertilizer N rate for winter wheat by using the “N-min” soil test developed at Oregon State University.Published November 2010. Facts and recommendations in this publication may no longer be valid. Please look for up-to-date information in the OSU Extension Catalog: http://extension.oregonstate.edu/catalogKeywords: soil test, nitrogen, soft white winter wheat, nitrogen mineralization soil test, western Oregon, N-min soil test, wheatKeywords: soil test, nitrogen, soft white winter wheat, nitrogen mineralization soil test, western Oregon, N-min soil test, whea
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