A greenhouse continuity plan spells out how to protect people, keep the most critical systems operating, and restore the business when a disruption hits. Build it around your site’s hazards, structure, crops, utilities, staff, and finances—not a generic emergency checklist. Assign decision-makers, write down safe actions and recovery priorities, and make the plan accessible on site in both electronic and hard-copy form.
Start with the disruptions that could stop your greenhouse
List credible events that could threaten people, the structure, crops, or the ability to operate. Include local weather hazards and failures that can happen without a storm:
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- High wind, heavy rain, flooding, snow, or fire
- Loss of electricity, water, heating, cooling, ventilation, or irrigation
- Blocked roads or deliveries, communications loss, or loss of a key operator
For each event, record the warning or trigger, likely effects, first safe actions, who has authority to act, how staff will be contacted, and when to escalate. A useful plan distinguishes actions that protect people from those intended to protect equipment or crops. Follow official emergency directions; crops and property never justify putting workers in danger.
Turn hazards into decisions
Use a simple planning table and complete one row for each credible event. Tailor every entry to your own site rather than assuming a single response fits all greenhouses.
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| Plan item | What to document |
|---|---|
| Trigger and authority | How the event is recognized; who activates the plan; alternates if that person is unavailable. |
| People and safety | Evacuation or shelter decision, routes and meeting or check-in procedure, and staff notification method. |
| Systems and crops | What to shut down, what must keep running, which zones or crops need attention first, and safe shutdown steps. |
| Escalation and recovery | When to call emergency services or qualified contractors, who owns recovery, and what conditions must be met before restart. |
Assign authority, roles, and staff communications
Name a plan owner, the person authorized to activate the plan, and alternates. Assign trained people to responsibilities such as contacting workers, checking attendance, making a safe shutdown, contacting service providers, and recording damage. Avoid assigning a critical task to only one person if the business depends on that person being present.
Maintain an employee roster and emergency contacts, a notification tree, evacuation routes, shelter locations, and a check-in procedure. Include accessibility arrangements for workers who may need assistance. Specify how staff receive updates if cellular service or internet access fails, and where current electronic and printed copies of the plan can be found.
Map the site and prioritize critical operations
Keep a site map with the plan and mark exits, alternate access routes, electrical panels and shutoffs, fuel and compressed-gas storage, chemicals, spill equipment, water shutoffs, and critical equipment. USDA Forest Service producer guidance specifically recommends maps showing routes, electrical equipment, fuel, gas, and chemical-spill equipment (USDA Forest Service producer guidance).
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Identify which greenhouse zones and systems create the greatest immediate safety or crop risk if they fail. For each critical function, note its safe shutdown and restart steps, qualified service contacts, backup water or power arrangements, and the order in which operations should resume. A greenhouse’s needs depend on its crops, climate, equipment, and staffing; do not assume every house has the same critical loads.
Plan backup power around measured critical loads
UConn Extension says, “A reliable standby generator is needed to power heaters, fans, blowers, and pumps” (Prepare Your Greenhouses for Weather Events, September 2023). Treat that as a prompt to identify the equipment your site must keep running—not as a universal generator-size recommendation.
Have a qualified professional determine electrical requirements and the appropriate generator capacity and transfer arrangement. Record which loads the backup system serves, how it is started and monitored, how long fuel is expected to last, how it can be replenished, and how fuel will be stored safely. UConn advises monthly generator operation; follow the equipment manual for safe exercise and maintenance. USDA’s rice producer guide recommends a standby generator with a transfer switch for critical operating areas and checking local codes (USDA Forest Service rice producer guide).
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Document the operating procedure, maintenance schedule, and a contact who can respond if the generator or transfer equipment fails. Check applicable local, county, and state requirements. Capacity, installation, fuel planning, and transfer equipment must be based on the site and reviewed by qualified local professionals.
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Prepare the structure, drainage, and crops before storms
Wind, snow, and heavy rain can damage a greenhouse and disrupt power, water, ventilation, heating, cooling, and irrigation. UConn Extension recommends checking and tightening loose frame and truss connectors, cables, and braces; closing openings before high winds when appropriate for the structure; securing plastic; and addressing snow loads. Follow local building requirements and obtain site-specific engineering advice rather than treating published examples as design specifications.
UConn’s article gives examples to illustrate the forces involved: an 80-mph wind on a 10-by-100-foot sidewall of a gutter-connected greenhouse would have to resist 16,000 pounds of force; an 80-mph wind perpendicular to a 28-by-100-foot hoophouse can create a stated 22,000 pounds of uplift on the structure. These are source-specific examples, not ratings for other buildings. It also notes that one inch of rain produces 27,150 gallons on an acre of roof—a reminder to assess runoff, not a complete drainage calculation.
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Before a forecast event, inspect frame and covering connections, clear gutters and drainage routes, secure loose objects, and arrange backup systems. Where practical, protect or move vulnerable plants or harvest early. Dated photos or video of the structure, equipment, and crops can help establish their pre-event condition. Sandbags or reusable barriers may help at some sites, but they do not replace drainage work or a site-specific flood assessment.
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Do not re-enter a damaged greenhouse until it is safe. Establish who checks for hazards and when qualified structural, electrical, or other professionals must be called. After a storm or other event, document damage promptly and protect remaining crops and inputs from further loss. UGA Cooperative Extension says photographs, videos, and paperwork collected right away can help with insurance or assistance claims (Hurricane and Storm Damage to Greenhouses and Greenhouse Crops, June 20, 2025).
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Train staff and keep the plan current
Walk through the plan with employees so they know their roles, where copies are kept, how they will be contacted, and where to shelter or evacuate. Practice notifications and safe shutdowns without creating hazards. Record lessons from drills and real events, and revise the plan when structures, crops, systems, staffing, or site hazards change. Review it on a set schedule and after significant changes.
These recommendations draw on U.S. university Extension and USDA producer guidance. Local climate, greenhouse design, crop requirements, insurance terms, staffing, and codes differ, so have structural, electrical, life-safety, and insurance decisions checked by the appropriate qualified local professional.
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