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"diurnal_temp_variation_sineexp", "title": "Hourly Temperature Variation assuming Sine and Exponential Components", "concept": [ "microclimate functions" ], "topics": [ "diurnal_temp_variation_sineexp" ] }, { "page": "diurnal_temp_variation_sinesqrt", "title": "Hourly Temperature Variation using Sine and Square Root Functions", "concept": [ "microclimate functions" ], "topics": [ "diurnal_temp_variation_sinesqrt" ] }, { "page": "DRYAIR", "title": "Properties of Dry Air", "topics": [ "DRYAIR" ] }, { "page": "external_resistance_to_water_vapor_transfer", "title": "External Resistance to Water Vapor Transfer", "concept": [ "biophysical models" ], "topics": [ "external_resistance_to_water_vapor_transfer" ] }, { "page": "free_or_forced_convection", "title": "Determine if Convection is Free or Forced", "concept": [ "biophysical models" ], "topics": [ "free_or_forced_convection" ] }, { "page": "Grashof_number", "title": "Grashof Number", "concept": [ "biophysical models" ], "topics": [ "Grashof_number" ] }, { "page": "Grashof_number_Gates", "title": "Grashof Number as in Gates (1980)", "concept": [ "biophysical models" ], "topics": [ "Grashof_number_Gates" ] }, { "page": "heat_transfer_coefficient", "title": "Estimate the Heat Transfer Coefficient Empirically", "concept": [ "biophysical models" ], "topics": [ "heat_transfer_coefficient" ] }, { "page": "heat_transfer_coefficient_approximation", "title": "Estimate the Heat Transfer Coefficient Using a Spherical Approximation", "concept": [ "biophysical models" ], "topics": [ "heat_transfer_coefficient_approximation" ] }, { "page": "heat_transfer_coefficient_simple", "title": "Estimate the Heat Transfer Coefficient using Simple Relationships", "concept": [ "biophysical models" ], "topics": [ "heat_transfer_coefficient_simple" ] }, { "page": "mass_from_length", "title": "Organism Mass from Length", "concept": [ "allometric functions" ], "topics": [ "mass_from_length" ] }, { "page": "monthly_solar_radiation", "title": "Average Monthly Solar Radiation", "concept": [ "microclimate functions" ], "topics": [ "monthly_solar_radiation" ] }, { "page": "Nusselt_from_Grashof", "title": "Nusselt Number from the Grashof Number", "concept": [ "biophysical models" ], "topics": [ "Nusselt_from_Grashof" ] }, { "page": "Nusselt_from_Reynolds", "title": "Nusselt Number from the Reynolds Number", "concept": [ "biophysical models" ], "topics": [ "Nusselt_from_Reynolds" ] }, { "page": "Nusselt_number", "title": "Nusselt Number", "concept": [ "biophysical models" ], "topics": [ "Nusselt_number" ] }, { "page": "partition_solar_radiation", "title": "Diffuse Fraction for Partitioning Solar Radiation", "concept": [ "microclimate functions" ], "topics": [ "partition_solar_radiation" ] }, { "page": "Prandtl_number", "title": "Prandtl Number", "concept": [ "biophysical models" ], "topics": [ "Prandtl_number" ] }, { "page": "proportion_diffuse_solar_radiation", "title": "Ratio of Diffuse to Direct Solar Radiation", "concept": [ "microclimate functions" ], "topics": [ "proportion_diffuse_solar_radiation" ] }, { "page": "proportion_silhouette_area", "title": "Organism Silhouette Area", "concept": [ "allometric functions" ], "topics": [ "proportion_silhouette_area" ] }, { "page": "proportion_silhouette_area_shapes", "title": "Organism Silhouette Area using Shape Approximations", "concept": [ "allometric functions" ], "topics": [ "proportion_silhouette_area_shapes" ] }, { "page": "Qconduction_animal", "title": "Conductance Assuming Animal Thermal Conductivity is Rate Limiting", "concept": [ "biophysical models" ], "topics": [ "Qconduction_animal" ] }, { "page": "Qconduction_substrate", "title": "Conductance Assuming Substrate Thermal Conductivity is Rate Limiting", "concept": [ "biophysical models" ], "topics": [ "Qconduction_substrate" ] }, { "page": "Qconvection", "title": "Organismal Convection", "concept": [ "biophysical models" ], "topics": [ "Qconvection" ] }, { "page": "Qemitted_thermal_radiation", "title": "Emitted Thermal Radiation", "concept": [ "biophysical models" ], "topics": [ "Qemitted_thermal_radiation" ] }, { "page": "Qevaporation", "title": "Heat Loss Associated with Evaporative Water Loss", "concept": [ "biophysical models" ], "topics": [ "Qevaporation" ] }, { "page": "Qmetabolism_from_mass", "title": "Metabolism as a Function of Mass", "concept": [ "biophysical models" ], "topics": [ "Qmetabolism_from_mass" ] }, { "page": "Qmetabolism_from_mass_temp", "title": "Metabolism as a Function of Mass and Body Temperature", "concept": [ "biophysical models" ], "topics": [ "Qmetabolism_from_mass_temp" ] }, { "page": "Qnet_Gates", "title": "Net Energy Exchange Between an Animal and the Environment", "concept": [ "biophysical models" ], "topics": [ "Qnet_Gates" ] }, { "page": "Qradiation_absorbed", "title": "Absorbed Solar and Thermal Radiation", "concept": [ "biophysical models" ], "topics": [ "Qradiation_absorbed" ] }, { "page": "Qthermal_radiation_absorbed", "title": "Absorbed Thermal Radiation", "concept": [ "biophysical models" ], "topics": [ "Qthermal_radiation_absorbed" ] }, { "page": "Reynolds_number", "title": "Reynolds Number", "concept": [ "biophysical models" ], "topics": [ "Reynolds_number" ] }, { "page": "saturation_vapor_pressure", "title": "Saturation Vapor Pressure", "concept": [ "biophysical models" ], "topics": [ "saturation_vapor_pressure" ] }, { "page": "saturation_water_vapor_pressure", "title": "Saturation Water Vapor Pressure", "concept": [ "biophysical models" ], "topics": [ "saturation_water_vapor_pressure" ] }, { "page": "soil_conductivity", "title": "Soil Thermal Conductivity", "concept": [ "soil temperature functions" ], "topics": [ "soil_conductivity" ] }, { "page": "soil_specific_heat", "title": "Soil Specific Heat", "concept": [ "soil temperature functions" ], "topics": [ "soil_specific_heat" ] }, { "page": "soil_temperature", "title": "Calculate Soil Temperature using ODEs", "concept": [ "soil temperature functions" ], "topics": [ "soil_temperature" ] }, { "page": "soil_temperature_equation", "title": "Core Function Called to Solve Equation for Soil Temperature", "concept": [ "soil temperature functions" ], "topics": [ "soil_temperature_equation" ] }, { "page": "soil_temperature_function", "title": "Core Function for Calculating Soil Temperature", "concept": [ "soil temperature functions" ], "topics": [ "soil_temperature_function" ] }, { "page": "soil_temperature_integrand", "title": "Solve Equation for Soil Temperature", "concept": [ "soil temperature functions" ], "topics": [ "soil_temperature_integrand" ] }, { "page": "solar_noon", "title": "Time of Solar Noon", "concept": [ "utility functions" ], "topics": [ "solar_noon" ] }, { "page": "solar_radiation", "title": "Estimate the Three Components of Solar Radiation (Direct, Diffuse and Reflected)", "concept": [ "microclimate functions" ], "topics": [ "solar_radiation" ] }, { "page": "surface_area_from_length", "title": "Organism Surface Area from Length", "concept": [ "allometric functions" ], "topics": [ "surface_area_from_length" ] }, { "page": "surface_area_from_mass", "title": "Organism Surface Area from Mass", "concept": [ "allometric functions" ], "topics": [ "surface_area_from_mass" ] }, { "page": "surface_area_from_volume", "title": "Organism Surface Area from Volume", "concept": [ "allometric functions" ], "topics": [ "surface_area_from_volume" ] }, { "page": "surface_roughness", "title": "Surface Roughness from Empirical Measurements", "concept": [ "microclimate functions" ], "topics": [ "surface_roughness" ] }, { "page": "T_sky", "title": "Effective radiant temperature of sky (K)", "concept": [ "biophysical models" ], "topics": [ "T_sky" ] }, { "page": "Tb_butterfly", "title": "Operative Environmental Temperature of a Butterfly", "concept": [ "biophysical models" ], "topics": [ "Tb_butterfly" ] }, { "page": "Tb_CampbellNorman", "title": "Operative Environmental Temperature of an Ectotherm based on Campbell and Norman 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