@misc{eprints28144,
           month = {Juli},
           title = {Rancang Bangun Sistem Pemantau Suhu Kelembaban Konsentrasi Gas Metan Terhadap Tanaman Padi},
          author = {1115031052 M. Havif },
         address = {UNIVERSITAS LAMPUNG },
       publisher = {FAKULTAS TEKNIK },
            year = {2017},
             url = {http://digilib.unila.ac.id/28144/},
        abstract = {ABSTRAK 

Lahan sawah dengan kondisi tergenang (anaerob) merupakan salah satu sumber emisi 
gas metan (CH
4
) terbesar. Diketahui bahwa tanaman padi berperan aktif dalam
pelepasan emisi gas metan ke atmosfer. Lebih dari 90\% metan diemisikan melalui
jaringan parenkim dan ruang interseluller tanaman padi, sedangkan kurang dari 10\%
sisanya melalui gelembung air. Salah satu upaya yang dilakukan untuk mengatasi
permasalahan diatas, yaitu dengan membuat sebuah alat ukur pemantau gas metan suhu
dan kelembaban pada tanaman padi. Didapatkan data hasil pengujian dengan rata-rata
suhu 40,96
0
C dan rata-rata kelembaban 40,82\% sedangkan rata-rata gas metan  9396
ppm (part per million). Berdasarkan data yang didapat bahwa perubahan suhu dan
kelembaban juga sangat mempengaruhi gas metan yang ada pada tanaman padi.  
 
Kata kunci : Tanaman Padi, sensor gas metan, sensor suhu, sensor kelembaban,
Arduino UNO 
 

ABSTRACT 

Flooded rice field (anaerobic) is one of the largest methane gas (CH4) emission
sources. It is known that rice plants (oriza sativa) play an active role in the release of
methane gas emissions into the atmosphere. More than 90\% of methane is emitted
through parenchymal tissue and interseluller space of rice plants, while less than 10\%
of the remainder pass through water bubbles. One of the efforts made to overcome the
problem above, namely by making a monitoring device as methane gas temperature
and humidity measurement for rice plant. Test result on the first day with average
temperature 40,96
0
C and average humidity 40,82\% mean methane gas 9396 ppm ( Part
per million). Based on the data obtained that changes in temperature and humidity also
greatly affect the existing methane gas in rice plants.  
 
Keywords: Rice plant, methane gas sensor, temperature sensor, humidity sensor,
Arduino UNO }
}