Search

Your search keyword '"McLaughlin, Mike"' showing total 727 results
Start Over Author "McLaughlin, Mike"
727 results on '"McLaughlin, Mike"'

1. “We will build together”: Sowing the seeds of SEL statewide

Author

Shapiro, Valerie B, Duane, Addison M, Lee, Mai Xi, Jones, Tiffany M, Metzger, Ashley N, Khan, Sobia, Cook, Channa M, Hwang, Sophia HJ, Malicote, Brent, Nuñez, Alejandro, Lee, Juyeon, McLaughlin, Mike, Caballero, Jonathan A, Moore, Julia E, Williams, Christopher, Eva, Amy L, Ferreira, Colleen, McVeagh-Lally, Pamela, and Kooler, Jim

Published
2024

5. Correcting course

Author

McLaughlin, Mike, LT and Harter, Keal, LT

Subjects
INTELLIGENCE, MILITARY - United States, AIRCRAFT CARRIERS - United States - Security Measures, WARSHIPS - United States - Security Measures, NAVY - United States - Organization, MANPOWER, TECHNICAL - Navy
Abstract

illus

Published
2015

8. “We will build together”: Sowing the seeds of SEL statewide

Author

Shapiro, Valerie B., Duane, Addison M., Lee, Mai Xi, Jones, Tiffany M., Metzger, Ashley N., Khan, Sobia, Cook, Channa M., Hwang, Sophia H.J., Malicote, Brent, Nuñez, Alejandro, Lee, Juyeon, McLaughlin, Mike, Caballero, Jonathan A., Moore, Julia E., Williams, Christopher, Eva, Amy L., Ferreira, Colleen, McVeagh-Lally, Pamela, and Kooler, Jim

Published
2024
Full Text
View/download PDF

32. Effect of mechanochemically modified MoO3–ZnO on Mo supply to plants when co-granulated with macronutrient fertilizers.

Author

Zheng, Bo, Degryse, Fien, Andelkovic, Ivan B., Baird, Roslyn, and McLaughlin, Mike John

Subjects
SOIL leaching, SODIC soils, MOLYBDENUM compounds, DIAMMONIUM phosphate, CROP yields, MOLYBDENUM
Abstract

Molybdenum (Mo) is an essential micronutrient required for plant growth but is prone to leaching from neutral and alkaline soils. The use of slow-release Mo sources could potentially reduce leaching losses from soils and increase crop yields. In this study, we assessed mechanochemistry as a green method to produce slow-release Mo sources. Molybdenum compounds (MoO3 or (NH4)6Mo7O24·4H2O) were mechanochemically (MC) treated with ZnO to synthesize compounds with a Mo content of 1–36%. Reduced Mo solubility after MC treatment, compared to the initial Mo source, was obtained with the MoO3 source and these composites were used for co-compaction with macronutrient fertilizers. Macronutrient pellets with 0.2% Mo were compacted using the 4% Mo and 36% Mo (characterized as ZnMoO4) compounds. A column dissolution test showed that the 4% Mo compound in a macronutrient carrier (DAP and MAP) only released around 40% of the total Mo compared to 80% for a non-MC treated control over 72 h. Column leaching using two soils revealed that the release behavior of Mo was strongly related to the pH of the leachate, which was affected by both the soil pH and the macronutrient carrier. More Mo was released when the MC-treated compound was co-compacted with diammonium phosphate (DAP) compared to monoammonium phosphate (MAP). The MC-treated compound with 4% Mo showed significantly less leaching than the control without ball milling when co-compacted with both MAP and DAP. In a pot trial with simulated leaching, the uptake of Mo was greater for the MC-treated 4% Mo compound co-compacted into DAP than for the other Mo sources. Overall, our results indicate that MC-treated MoO3–ZnO could be used as a slow-release Mo source in high-rainfall areas. [ABSTRACT FROM AUTHOR]

Published
2024
Full Text
View/download PDF

39. Coaching for brave leadership : an action research study

Author

McLaughlin, Mike

Subjects
658.4
Abstract

Even though there is a plethora of leadership training and coaching available worldwide, there appears to be a disparity between articulated best practice and some of the reported negative experiences of individuals within organisations. There appears to be a gap between the behaviours of leaders and the expectations of followers. This gap may be due, at least in part, to an absence of brave leadership, and also perhaps due to a lack of one to one coaching for leaders. In this study a small group of leaders helped develop and explore a coaching model designed to enhance bravery. An action research approach was undertaken with six leaders who undertook to help evolve and also be coached using this particular coaching model. The action research took place over a six month period in various locations within the U.K. The data was analysed using a retroductive and thematic approach. The use of this model appears to indicate that it can assist in decision making and that bravery may be enhanced, at least from a subjective perspective. It would also appear that the idea of brave leadership may complement other leadership theories. However, more work should be done to adapt and refine the model for use in different circumstances. Furthermore, it should also be explored more thoroughly in a purely coaching environment rather than one where research into the model is also being conducted.

Published
2012

Catalog

Books, media, physical & digital resources
See catalog results