@misc{eprints85411,
           month = {Januari},
           title = {PERANCANGAN EDDY COVARIANCE AERIAL SYSTEM SEBAGAI
WAHANA REMOTE SENSING KONSENTRASI GAS KARBON},
          author = {Rafif Musyaffa 	Muhammad },
         address = {UNIVERSITAS LAMPUNG },
       publisher = {TEKNIK },
            year = {2024},
             url = {http://digilib.unila.ac.id/85411/},
        abstract = {Metode pengukuran Eddy covariance (EC) melalui udara merupakan salah satu
metode yang paling efektif untuk mengukur secara langsung fluks dan konsentrasi
gas di udara. Pada umumnya implementasi metode eddy covariance berupa stasiun
tetap (stationary tower atau disebut juga eddy tower) dimana hanya dapat
ditempatkan di lokasi tertentu dan tidak mudah dipindahkan. Hal ini membatasi
pengukuran, rentan terhadap kerusakan, serta memerlukan biaya yang signifikan
dalam instalasi dan pemeliharaannya. Penelitian ini, mengembangkan sistem EC
berbasis pesawat tanpa awak (UAV) yang dapat dioperasikan untuk mengukur fluks
dan konsentrasi gas karbon dioksida. Uji penerbangan dari sistem EC berbasis UAV
yang dikembangkan di dilakukan pada bulan Desember 2023 ? Januari 2024 di
lingkungan Universita Lampung. Dilakukan satu kali uji penerbangan, dan
membandingkan hasil pengukuran dengan hasil dari data pengukuran Eddy Station
Tower yang ada di dratan. Hasil dari uji coba penerbangan menunjukkan bahwa
sistem ini dapat melakukan akuisisi data konsentrasi gas karbon dengan baik. Hasil
dari penelitian ini mengungkapkan adanya potensi besar metode EC berbasis UAV
dapat melakukan Remote Sensing fluks dan konsentrasi gas karbon di atmosfer.
Kata kunci: Eddy covariance, Remote Sensing, Konsentrasi Karbon, UAV, Mobile
Eddy Station, Air Flux
The Eddy covariance (EC) measurement method through the air is one of the most
effective methods for directly measuring the flux and concentration of gases in the
air. In general, the implementation of the eddy covariance method is in the form of
a fixed station (stationary tower or also called an eddy tower) which can only be
placed in certain locations and cannot be easily moved. This limits measurements,
is susceptible to damage, and requires significant costs in installation and
maintenance. This research develops an unmanned aircraft (UAV) based EC system
that can be operated to measure the flux and concentration of carbon dioxide gas.
The flight test of the UAV-based EC system developed in was carried out in
December 2023 ? January 2024 at the University of Lampung. One flight tests were
carried out, and the measurement results were compared with the results from the
Eddy Station Tower measurement data on the mainland. The results of flight trials
show that this system can perform carbon gas concentration data acquisition well.
The results of this research reveal the great potential of the UAV-based EC method
for Remote Sensing the flux and concentration of carbon gas in the atmosphere.
Keywords: Eddy covariance, Remote Sensing, Carbon Concentration, UAV,
Mobile Eddy Station, Air Flux}
}