Phillip G. Jacobson Email and Phone Number

• Increased flower canopy to maximize the 7500 square feet of available canopy in the hybrid greenhouse• Increased average yields from 37 to 58 g/ft2 in a facility with very little supplemental CO2 • Increased yields by an average of 30-58% year-over-year every month during first year after taking job• Enhanced our pricing tier by improving the dry/cure process• Utilized LED lights to add flower canopy in unused space in the back of the greenhouse bays• Established a fully organic IPM program including beneficial insects• Designed/Installed fully automated hydroponic fertigation and drip irrigation system which is fully integrated with the existing Autogrow control system• Commissioned a second, 45,000 Sq. Ft. (10,000 sq ft of flower canopy) hybrid greenhouse 30 days faster than anticipated• Currently running both greenhouse by utilizing available greenhouse technology as well as a communication app to have better communication and ensure that production goals are met weekly• Both facilities are running a perpetual harvest with each flower space being reset the day after harvest

• Built and managed multiple residential-sized grows• Started a Medical Dispensary in Denver, November 2009 – June 2010• Built and managed a 38-light operation, January 2010 to May 2015• Built and managed an 86-light Medical OPC grow, March 2015- March 2016• Worked as a consultant managing a 296-light Recreational OPC grow, May - August 2016• Capable of growing in Soil, Coco, Rockwool, DWC. Hand-watered as well as automated irrigation systems• Experienced in growing anywhere from 1 to 36 plants per flowering light

• Took over failing Aquaponics cannabis greenhouse and turned operation into one that produced flower for 2 dispensaries in the Oklahoma City area• Established full SOP’s for the garden operation including fully organic IPM program with beneficial insects• Built entire climate control, fertigation, and drip irrigation system for a fully-automated, 11,000 Sq. Ft. NextG3n greenhouse• Construction had been delayed by nearly 3 months prior to me taking over General Contracting duties• Increased total square footage of operation from 7,000 to 18,000 Sq. Ft.• Managed vegetative plants in Deep-Water Culture Aquaponics pools• Developed a perpetual harvest system for the flowering greenhouse

• Inspected for Clean Green Certification in first three weeks of employment.• Developed system to cut downtime in flower rooms by 50%• Established wholesale clone revenue stream. Sold $50K in wholesale clones in first three months without a sales staff or marketing budget• Chosen to give a talk at the Cannabis Business Times Cultivation Conference on “Mastering Organic Cultivation”, March 2018

• Worked with DBA Dominion Extracts to expand their grow space three-fold• Expanded my experience with sensor-based irrigation in Rockwool hydroponic set-up using GroSens• Learned closed loop BHO extraction using The Obe by EmoTek Labs

• Wind farm development: Conducted research and compiled information on the pre-development steps for two locations. This included the regulatory framework and commissioning the various studies necessary to navigate the permitting process in order to comply with the pertinent federal regulations including: NEPA, ESA, NHPA, CWA, bird, bat, and other wildlife surveys, FAA and military airspace, noise, and visual impact studies.• Used GIS software and data to screen properties for various attributes including topography, proximity to transmission, wind speeds, and wetlands delineations.• Prepared business plans, attended industry conferences.

• Designed and built two soil hydrology study sites. Compared soil water potential and water content at various depths and proximity to the forest canopy simultaneously. The two sites, located in sub-alpine forests within the Valles Caldera National Preserve outside of Los Alamos, New Mexico, were chosen for their difference in elevation as well as dominant vegetation.• Assisted in the setup of two meteorological tower stations. Soil hydrology study sites were both located within the footprint of these towers, making it possible to compare our data with various environmental parameters.• Collected thermocouple psychrometer data, which measures soil water potential, using Campbell Scientific CR7 data loggers. Used water content reflectometers to measure soil water content; recorded data using Campbell Scientific CR10x data loggers.• Developed calibration curves for all instrumentation; these were developed in the lab and used to process all data collected in the field.• Maintained all soil instrumentation, data loggers, and power sources.• Performed laboratory analyses — soil moisture, pH, texture, nutrient analysis, and bulk density.

• Managed daily, in-class electronic format quizzes for all five introduction to Geology classes.