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Greenhouse Temperatures

Reference data and engineering information about greenhouse temperatures for environment applications.

greenhousetemperatures

Overview

Engineering reference data for Greenhouse Temperatures in environment.

Key Formulas

CO₂ Emissions

E=EFEFE = E_F \cdot EF

Emission factor × activity.

Carbon Footprint

CF=(Activityi×EFi)CF = \sum (Activity_i \times EF_i)

Sum of all emission sources.

Variables

SymbolDescriptionUnit
EEEmissionskg CO₂
EFEFEmission factorkg/unit

Greenhouse Temperature Ranges by Plant

The following table provides typical temperature ranges for various greenhouse environments and specific plant types.

17 rows
Typical greenhouse temperature ranges for various plants and environments.
Plant / Environment
Temperature Range(°F)
Temperature Range(°C)
Carnation45 - 557 - 13
Conservatory60 - 6516 - 18
Cool45 - 507 - 10
Cucumber65 - 7018 - 21
Fern60 - 6516 - 18
Forcing60 - 6516 - 18
Lettuce40 - 454 - 7
Orchid, warm65 - 7018 - 21
Orchid, cool50 - 5510 - 13
Palm, warm60 - 6516 - 18
Palm, cool50 - 5510 - 13
Propagating55 - 6013 - 16
Rose55 - 6013 - 16
Sweet Pea45 - 507 - 10
Tomato65 - 7018 - 21
Tropical65 - 7018 - 21
Violet40 - 454 - 7

Source: engineeringtoolbox.com

Interactive Charts

greenhose

References