JoAnn Burkholder, Ph.D., FAAAS, is an expert in Phycology and Aquatic Ecology. Her extensive knowledge and experience in these fields have made significant contributions to the development and application of Integrated Aqua-Vegetable Systems (iAVs).

Burkholder's expertise in phycology and aquatic ecology has been instrumental in understanding and managing algal dynamics within iAVs systems.

JoAnn Burkholder holds a Ph.D. in Botany with a specialization in Phycology, the study of algae. Throughout her career, she has focused on the ecological dynamics of aquatic systems, particularly the interactions between algae and their environment.

Burkholder's expertise in phycology and aquatic ecology has been recognized by her election as a Fellow of the American Association for the Advancement of Science (FAAAS).

Burkholder's contributions to the field of iAVs are significant in terms of understanding and managing algal dynamics within the system. Her research and practical applications have focused on algal ecology, water quality, and the prevention and management of harmful algal blooms (HABs) in iAVs.

One of Burkholder's notable contributions is her work on algal ecology in iAVs systems. Her expertise in phycology has helped identify and understand the different types of algae that can thrive in iAVs environments. By studying the ecological factors that influence algal growth, Burkholder has contributed to the development of strategies for managing algal populations and maintaining water quality in iAVs systems.

Burkholder has also conducted research on the prevention and management of harmful algal blooms in iAVs. Her studies have focused on the factors that contribute to the formation of HABs, such as nutrient imbalances and environmental conditions.

By identifying the triggers and risk factors associated with HABs, Burkholder has provided insights into preventive measures and mitigation strategies to minimize the occurrence and impact of algal blooms in iAVs systems.

JoAnn Burkholder's expertise and contributions are of utmost importance to the iAVs community. Her research, practical insights, and knowledge in phycology and aquatic ecology have advanced the understanding and application of iAVs technology. By understanding and managing algal dynamics, Burkholder has helped create a balanced and healthy aquatic environment within iAVs systems.

Through her work, Burkholder has emphasized the importance of water quality and the prevention of harmful algal blooms in iAVs systems. Her expertise in phycology has helped identify potential risks and develop strategies to maintain optimal water conditions for plant growth and fish health. By understanding the factors that contribute to algal blooms, Burkholder has contributed to the development of best practices for nutrient management, water circulation, and monitoring in iAVs systems.

Furthermore, Burkholder's knowledge of aquatic ecology has been instrumental in understanding the interactions between algae, plants, and fish within iAVs systems. By studying the ecological dynamics of these components, Burkholder has provided insights into the relationships and dependencies that contribute to the overall system health and productivity.

This knowledge has informed the design and management of iAVs systems that promote ecological balance and sustainable food production.

The expertise of JoAnn Burkholder is crucial in ensuring the ecological integrity and water quality of iAVs systems. Her research and practical insights have provided valuable guidance for practitioners in managing algal dynamics and maintaining a healthy aquatic environment within iAVs.

By integrating principles of phycology and aquatic ecology, Burkholder has contributed to the long-term sustainability and success of iAVs systems.