DETEKSI KUALITAS TANAH BERDASARKAN PH DAN SUHU TANAH UNTUK MENENTUKAN KESUBURAN TANAMAN HIAS
DOI:
https://doi.org/10.33143/jics.Vol8.Iss1.2160Abstract
Abstrak - Kondisi ph dan suhu pada tanah sangat mempengaruhi baik atau buruk nya pertumbuhan terhadap bunga janda bolong. Tanah yang sering digunakan oleh petani (bercocok tanam) sebagai media tanam bunga janda bolong sering menyebabkan ph dan suhu tanah turun sehingga dapat menyebabkan pertumbuhan bunga janda bolong kurang baik. Permasalahan yang sering terjadi ketika tanah yang digunakan tidak sering dikontrol dan susah untuk dikontrol. Alhasil tanah yang digunakan oleh petani (bercocok tanam) untuk Bunga janda bolong jarang dilakukan penetralan ph dan menyebabkan bunga janda bolong mati. Cara mengatasi permasalahan tersebut dibutuhkan sistem yang dapat memberikan informasi kepada petani terkait dengan bagaimana menentukan kualitas tanah yang bagus untuk bunga janda bolong sehingga jika tanah mengalami penurunan ph dan suhu maka bisa langsung dilakukan tindakan penanganan. Hasil dari penelitian ini menggunakan prototype alat pendeteksi ph dan suhu tanah yang memberikan informasi kepada petani (bercocok tanam) , Penelitian ini menggunakan metode penelitian eksperimen karena dalam pelaksanaannya meliputi analisis sistem dan perancangan system. Hasil Penelitian ini menunjukkan bahwa alat pendeteksi kelayakan tanah pada bunga janda bolong yang dapat bekerja dengan baik yaitu dapat mendeteksi keasaman dan suhu pada tanah serta dapat mengeluarkan informasi melalui LCD 16x2 secara otomatis.
Kata Kunci : janda bolong, ph tanah, Arduno UNO R3, Sensor,SDLC.
Abstrak - The pH and temperature conditions in the soil greatly affect the good or bad growth of the Monstera adansonii flowers. Soil that is often used by farmers as a medium for planting widow flowers often causes the pH and temperature of the soil to drop so that it can cause poor growth of widow flowers. The problem that often occurs is that the soil used is not often controlled and difficult to control. As a result, the soil used by farmers for the Monstera adansonii flowers is rarely neutralized by its pH and causes the Monstera adansonii flowers to die. For these problems, a tool or system is needed that can inform farmers to be able to determine good soil quality for widow bolong flowers and can act immediately if the soil used by Monstera adansonii flowers has decreased in pH and temperature. So we need a soil quality detector based on the pH and soil temperature on the Monstera adansonii flowers, The results of this study use a prototype of a soil pH and temperature detector that provides information to farmers. This study uses an experimental research method because its implementation includes system analysis and system design. The results of this study indicate that the use of the SDLC (Software Development Life Cycle) methodology using C programming, so that it can produce a prototype of a soil feasibility detection tool on Monstera adansonii flowers that can work well, which can detect acidity and temperature in the soil and can issue information through the LCD 16x2 automatically..
Keywords: Monstera adansonii, soil pH, Arduno UNO R3, Sensor, SDLC.
References
Ardiansyah, 2018. “ Arduino Dan Modul Wifi Esp8266 Sebagai Media Kendali Jarak Jauh Dengan Antarmuka Berbasis Android†dalam jurnal TeknoInfo (hlm 23). Bandar lampung :Unibersita Teknokrat Indonesia: Ilmu komputer
Arifin, Zainul. 2019. “ Blok Diagram Dari Sistem Mikro Komputer†dalam Artikel Sistem Komputer (Arsitektur Komputer) (hlm 1). Punggung Mojokerto: SMK NEGERI 1 Pungging Mojokerto.
Erlina, Ina. 2020. “ Mengenal “Janda Bolongâ€, si Primadona dari Marga Monsteraâ€, http://www.biologi.lipi.go.id/index.php/9- yt-sample-data/category1 /1028-mengenal- janda-bolong-si-primadona-dari-marga- monstera, diakses pada 20 february 2021
pukul 23:00.
Ischandra, Berry,2019.â€program studi Teknik Elektro†dalam skripsi jurusan Saintek Prototype Sistem Lampu Lalu Lintas Menggunakansensor Inframerah Yang Terintegrasi Android (hlm 15-16) Riau: Universitas Islam Negeri Sultan Syarif Kasim Riau.
Kadir, Abdul. 2018. From zero to a PRO Arduino. Bandung: Andi Publisher.
Malik, ibnu. 2019. Belajar Mikrokontroler ATMEL AT89S8252. Gava Media : Yogyakarta, 2019.
Melvaldi, Rido. 2018.â€program studi S1 Ilmu Komputer†dalam skripsi Sistem Pengecekan Ph Tanah Otomatis Menggunakan Sensor Ph Probe Berbasis Android Dengan Algoritma Binary Search (hlm 7-8) Medan: universitas sumatera utara.
Morbe, prima 2017. “ program studi Teknik industri “ dalam skripsi Perancangan Sistem Monitoring Murah Dengan Implementasi Sdlc (System Development Life Cycle) (hlm 15-16) Pekan baru: Universitas Islam Negeri Sultan Syarif Kasim Riau.
Pratama, Danny. 2017. “ Prototipeâ€, https://widuri.raharja.info/index.php?title
= Prototipe, diakses pada 15 february 2021 pukul 23:00.
Reinis, dian, 2020. “Asal-usul janda bolong yang tengah jadi buruan banyak orangâ€, https://www.kompas.com/tren/read/2020/ 09/30/090600965/asal-usul-janda-bolong- yang-tengah-jadi-buruan-banyak- orang?page=all, diakses pada 4 maret 2021 pukul 13:20.
Rukmana,Ade. 2019. “pencacatan Kesuburan Tanah†dalam jurnal Teknik elektro (hal 26), Garut : Universitas Garut. Sari, Imelda, Putri. 2018. “Program Studi Sistem Informasi†dalam Skripsi Sistem Informasi Pengarsipan Surat Masuk Dan Surat Keluar Di Notaris Debora Ekawati Lukman Dadali, Sh (hlm 23-25). Batam: Sekolah Tinggi Manajemen Informatika Dan Komputer (Stmik) Gici.
Santoso, Hari. 2016. Panduan Praktis Arduino untuk Pemula, Trenggalek: Ebook.
Setiawan,rony.2021. “Metode SDLC Dalam Pengembangan Software †www.dicoding.com/blog/metode-sdlc ,
diakses pada tanggal 30 juli 2021 pukul 01:00.
Syahid,2017,33, “Mikrokontroler Uno R3 Arduino Uno memiliki 14 digital pin input
/output (I/O), dimana 14 pin diantaranya dapat digunakan sebagai output PWM antara lain (pin 0 – 13 ), 6 pin input analogâ€, Jakarta: Universitas Negeri Jakarta: Teknik Elektronika.
Yusro, Muhammad. 2016.
“Mikrokontroler Platform Arduino†dalam Jurnal Modul Teori dan Praktikum (hlm 8- 13). Jakarta: Universitas Negeri Jakarta: Teknik Elektronika.
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