Clinical Nurse Leaders Beyond the Microsystem: A Practical Guide, Fourth Edition is a core resource for CNLs which imparts the competencies necessary to lead improvement teams, analyze data, and ensure delivery of quality, safety, and value-based care in any healthcare setting.

"Management and Leadership for Nurse Administrators, Ninth Edition provides a comprehensive overview of key management and administrative concepts critical to leading healthcare organizations and ensuring patient safety and quality care. The text prepares nursing students and professional administrators to lead a workplace that is rapidly evolving due to technology, culture, and changes in the U.S. healthcare system"--

Project Planning and Management: A Guide for Nurses and Interprofessional Teams, Fourth Edition serves as a primary resource for students developing and implementing clinical projects as a requirement for course completion. Additionally, the text also serves as a guide for faculty and preceptors who assist students in identifying clinical and management gaps as well as in initiating projects.

roject Planning and Management: A Guide for Nurses and Interprofessional Teams, Second Edition serves as a primary resource for students developing and implementing clinical projects as a requirement for course completion.

Project Planning and Management: A Guide for Nurses and Interprofessional Teams, Third Edition serves as a primary resource for students developing and implementing clinical projects as a requirement for course completion.

An attempt was made to demonstrate the utility of analytic approximations in visual search analyses. This has been accomplished by choosing a simple example in which apparent contrast did not change with observer altitude and vertical downward line of sight was assumed. The use of analytic approximations are in no way restricted to these simple cases. With analytic expressions for visual thresholds, equations can be derived which describe area search rates for any combination of altitude, optical aid magnification, target area, and apparent target contrast. Equations can also be derived which describe the optimum optical aid magnification for a given altitude, target area, and apparent contrast. The analytic determination of optimum magnification makes it possible to define maximum area search rate attainable for a specified target area and apparent contrast. (Author).