| | Experimental sites | Instruments | Reference | Measurement heights | Sampling rate | Measurement period |
| | K34 [4] | 3D-sonic anemometer | CSAT3, Campbell scientific | 1.5, 7.0, 13.5, 18.4, 22.1, 24.5, 31.6, 34.9, 40.4, 48.2 | 20 Hz | June 2014 to January 2015 |
| | Rebio-Jarú [22] | Cup anemometer | Low Power A100L2, Vector Instruments Inc. | 55.0, 50.55, 47.7, 42.9, 40.25, 37.8, 32.8, 26.65, 14.30 | 0.1 Hz | February 1999 |
| | Santarém [30] | Cup anemometer | 5103, R.M. Young Company | 64.1, 52, 38.2, 30.7 | 1 Hz | July to November 2013 | | 3D-sonic anemometer | CSAT, Campbell scientific | 57.8 | 10 Hz | | 2D-sonic anemometer | CATI/2, Applied Technologies, Inc. | 1.8 | 1 Hz | | 3D-sonic anemometer | ATI, Applied Technologies, Inc. | 5 | 10 Hz |
| | Caxiuanã [31] | sonic anemometers | CSAT, Campbell scientific | 57.8 | 10 Hz | April 18–24, 1999 |
| | ATTO – Triangular tower [35] | 3D-sonic anemometer | WindMaster, Gill Instruments Ltd. | 78, 41 e 30 | 10 Hz | February to April 2012 | | 2D-sonic anemometer | WindSonic, Gill Instruments Ltd. | 23, 36, 45 e 50 | 4 Hz | | Automatic weather station | MetPak, Gill Instruments Ltd. | 57, 60 e 72 | 1 Hz |
| | ATTO Square tower [3] | 3D-sonic anemometer | R3, Gill Instruments Ltd. | 23 40 80 | 10 Hz | January to February 2012 | | Cup anemometer | 5103, R.M. Young Company | 30, 42, 55 | 1 Hz |
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