MATERIALS AND METHOD 1. Table I shows weather data for November 23, 2019 collected at the...

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MATERIALS AND METHOD 1. Table I shows weather data for November 23, 2019 collected at the CLSU-PAGASA Synoptic/Agromet Weather Station. 2. Use the data collected to estimate the evapotranspiration using FAO Penman-Monteith, Modified Penman, Jensen-Haise and Hargreaves. 3. Compare the results of Modified Penman, Jensen-Haise and Hargreaves by calculating the percent difference to the standard method, FAO Penman-Monteith. 4. Tabulate your solution and answer to be organized. Table 1. Location: CLSU-PAGASA Weather Station Date: 11/23/2019 1. Air Temperature Maximum temperature Minimum temperature Wet-bulb temperature Dry-bulb temperature 2. Relative humidity Max RH Min RH 3. Wind speed (10m) 4. Sunshine duration 5. Station pressure Coordinates: 15°49′N 12°06' E Elevation: 76.06 meters 35.0 °C 24.5 °C 25.1 °C 28.0 °C 88.0% 66.0% 1.6 m/s 397 min 1004.0 mb MATERIALS AND METHOD 1. Table I shows weather data for November 23, 2019 collected at the CLSU-PAGASA Synoptic/Agromet Weather Station. 2. Use the data collected to estimate the evapotranspiration using FAO Penman-Monteith, Modified Penman, Jensen-Haise and Hargreaves. 3. Compare the results of Modified Penman, Jensen-Haise and Hargreaves by calculating the percent difference to the standard method, FAO Penman-Monteith. 4. Tabulate your solution and answer to be organized. Table 1. Location: CLSU-PAGASA Weather Station Date: 11/23/2019 1. Air Temperature Maximum temperature Minimum temperature Wet-bulb temperature Dry-bulb temperature 2. Relative humidity Max RH Min RH 3. Wind speed (10m) 4. Sunshine duration 5. Station pressure Coordinates: 15°49′N 12°06' E Elevation: 76.06 meters 35.0 °C 24.5 °C 25.1 °C 28.0 °C 88.0% 66.0% 1.6 m/s 397 min 1004.0 mb

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