Thank you Sir. Very thorough! Enjoyed great deal. Especially comparison of Penman and Penman-Monteith equations was very helpful! Soil heat flux of 0.1Rn for day time hourly calculations is actually pointed out in FAO56 as well, so it’s not specific to ASCE.
With reference to the Penman-Monteith 56 equation, discuss how the leaf/canopy and climatic factors contribute to the level/degree of ET (increase vs. decrease) in a crop canopy.
Nice video. Thank you for that. Can u specify the paper that explains the solution of Ts? I guess is Penman 1948 but I am not sure. Greetings from Chile!
I really appreciate your posting of this topic.
Thank you Sir. Very thorough! Enjoyed great deal. Especially comparison of Penman and Penman-Monteith equations was very helpful!
Soil heat flux of 0.1Rn for day time hourly calculations is actually pointed out in FAO56 as well, so it’s not specific to ASCE.
With reference to the Penman-Monteith 56 equation, discuss how the leaf/canopy and climatic
factors contribute to the level/degree of ET (increase vs. decrease) in a crop canopy.
thanks for the video
Wouldn't it be slightly easier collecting momentary values and then integrate?
Thanks very much
Nice video. Thank you for that. Can u specify the paper that explains the solution of Ts? I guess is Penman 1948 but I am not sure. Greetings from Chile!
How to calculate ET monthly ? (when you don't have access to daily weather station data)
thanks i cant find the notebook
Thank you for this impressive explain can i have your email to share with you some diy iot dev of penman implantation calculus in real time
Thanks very much