Advisory Board

Expert review for work that must hold up.

BIODIRECTIVE's advisory board is designed to strengthen scientific integrity, systems perspective, technical depth, and strategic review across applied biological systems work. Advisors contribute individual expertise where appropriate to the project scope, question, and evidence standard.

Current Advisors

A focused foundation for broader perspective.

Crop Physiology in Controlled Environment Agriculture

Neil Mattson, Ph.D.

Controlled Environment Agriculture | Greenhouse Lighting | Plant Physiology | Horticultural Systems

Extended profile

Neil Mattson, Ph.D. is a Professor in the School of Integrative Plant Science and Director of the Controlled Environment Agriculture program. His work focuses on greenhouse and indoor crop production, with particular attention to plant physiology, lighting, mineral nutrition, environmental management, and the factors that influence crop growth and quality.

Dr. Mattson's research and extension work address both the biological and practical dimensions of protected cultivation. His background includes greenhouse vegetables, floriculture crops, small fruits, and emerging crops grown in managed environments. Across these areas, his work examines how production systems can support plant performance, resource efficiency, and consistent crop outcomes.

His professional perspective reflects a close connection between applied plant science and commercial horticultural practice, with emphasis on how plants respond to highly managed growing environments.

LinkedIn: Neil Mattson

Botanical Interpretation

Maria Alejandra Gandolfo, Ph.D.

Plant Anatomy | Morphology | Paleobotany | Plant Development | Plant Evolution

Extended profile

Maria Alejandra Gandolfo, Ph.D. is a Professor in Cornell University's School of Integrative Plant Science, Plant Biology Section. Her work spans plant anatomy, morphology, paleobotany, development, systematics, and evolutionary history, with a focus on the interpretation of plant structure across living and fossil lineages.

Dr. Gandolfo's research examines how plant form and anatomical organization reflect broader patterns of development, classification, adaptation, and evolutionary change. Her scholarship has included work on flowering plant evolution, Cretaceous and Tertiary floras, and the paleobotanical record of North and South America.

Educated in Argentina, she earned her Ph.D. from the Universidad de Buenos Aires. Her professional work brings together detailed anatomical study and evolutionary perspective, contributing to the understanding of plant identity, historical diversity, and the long record of botanical change.

LinkedIn: Maria Alejandra Gandolfo

Crop Systems Physiology

Paul Gauthier, Ph.D.

Controlled Environment Agriculture | Vertical Farming | Plant Physiology | Advanced Crop Systems

Extended profile

Paul Gauthier, Ph.D. is an Associate Professor of Controlled Environment Agriculture at Penn State University. His work focuses on vertical farming, protected cropping, plant physiology, crop systems, and advanced agricultural production.

Dr. Gauthier's research examines the relationship between plant function and controlled growing environments, including how environmental conditions influence plant metabolism, resource use, crop performance, and production system design. His areas of expertise include controlled environment agriculture, vertical farming, plant physiology, advanced agricultural and food systems, and stable isotope applications in plant science.

He holds a Ph.D. in Plant Physiology and Biotechnology from the University of Paris-Saclay, a Master of Science in Physiology and Medical Sciences from the University of Nantes, and a Bachelor of Science in Cellular Biology and Physiology from the University of Nantes. His professional background brings together academic research, protected cultivation, indoor agriculture, and the development of crop systems for high-precision growing environments.

LinkedIn: Paul Gauthier

Greenhouse Development, Operations, and Infrastructure Strategy

Guido van het Hof

Large-Scale Greenhouse Operations | Controlled Environment Horticulture | Energy Infrastructure | Executive Leadership

Extended profile

Guido van het Hof is the Founder and Principal of WimRoos Advisory Group Ltd. and a horticultural engineer with more than 30 years of experience in controlled environment horticulture and large-scale greenhouse operations. He holds a Bachelor of Science in Plant Science and Horticultural Engineering from HAS University of Applied Sciences in Den Bosch, The Netherlands.

His career spans North America and Europe, with experience in greenhouse development, organizational leadership, operational strategy, and large-scale production environments. His work has included the management of greenhouse operations, strategic planning, innovation programs, facility expansion, and the development of complex growing environments.

Guido also has experience in greenhouse-related energy infrastructure, including the planning, budgeting, and implementation of energy facilities integrated with horticultural operations. His work has included grid connections, regulatory coordination, infrastructure planning, and Power Purchase Agreement negotiations.

Through WimRoos Advisory Group, his professional focus includes greenhouse development, operational strategy, infrastructure planning, and advisory services for controlled environment horticulture.

LinkedIn: Guido van het Hof
More information: www.WimRoos.com

More advisors on the way

Additional expert perspectives

Plant Science, Mycology, Microbiology, Environmental Systems, and Other Biological Sciences | Physicians and Health | Statistics | Regulatory and Commercial Strategy | Additional Disciplines

Planned areas

Additional advisors will be added only as roles, permissions, and public descriptions are finalized.

The goal is a carefully matched review layer across biological science, physician or health-context perspective, statistics, regulatory boundaries, and commercial translation where projects require it.

Advisory Function

Expertise applied where the work requires it.

The advisory board gives BIODIRECTIVE a serious knowledge layer behind founder-led execution. Its purpose is to strengthen question framing, research quality, biological interpretation, greenhouse and facility perspective, commercial relevance, technical translation, and long-term standards development.

Advisory input can support project design, evidence review, publication pathways, trial interpretation, crop-system strategy, large-scale facility planning, and broader biological or health-context translation boundaries when a project requires the right expertise.

Designed to Expand

Built across relevant disciplines.

Plant Health

Plant Science

Disease pressure, IPM, crop safety, resistance management, and applied plant-health strategy.

Fungal Systems

Mycology

Fungal production systems, specialty biology, biomaterials, and emerging biological platforms.

Engineering

CEA Systems

Environmental control, infrastructure, sensors, automation, irrigation, energy integration, and production-system planning.

Commercial Strategy

Economics and Adoption

Market fit, technical claims, customer translation, investment logic, and adoption-relevant evidence.

Health Context

Health-context Review

Specialist perspective where biological research, patient relevance, health-context translation, or healthcare context must be handled carefully.

Study Quality

Statistics and Trial Review

Study design, measurement quality, interpretation limits, data structure, and evidence strength.

Boundary

Independent expertise, clearly framed.

Advisors serve in individual expert capacities. Institutional affiliations, where referenced in private materials, are for professional identification only and do not imply endorsement, sponsorship, certification, or approval by any institution.

Advisory involvement is project-specific and does not replace formal legal, regulatory, clinical, institutional, or compliance review where those are required.

Expert Review Layer

Bring expert review before the work scales.

Discuss advisory-supported work