Lahan pekarangan di desa Lantapan Kecamatan Galang Kabupaten Tolitoli cukup luas tetapi belum termanfaatkan secara efisien, Demikian halnya dengan sampah organik rumah tangga masyarakat yang di buang begitu saja berpotensi mencemari lingkungan. Pengabdian ini bertujuan meningkatkan produktivitas lahan pekarangan melalui pemanfaatan sampah rumah tangga dalam pembuatan pupuk organik cair pada kelompok ibu-ibu rumah tangga, melalui penyuluhan dan demo pembuatan pupuk organik cair berbahan dasar limbah rumah tangga. Program ini diawali dengan penyuluhan pemanfaatan pekarangan, selanjutnya demo pembuatan pupuk organik cair dan aplikasi pada tanaman sayuran di pekarangan. Hasil yang dicapai meningkatnya semangat ibu-ibu PKK dalam memanfaatkan pekarangan dan mengolah limbah organik rumah tangga menjadi pupuk organik cair.
Rice farming in Indonesia requires effective irrigation channels. Traditional methods are still used for the care and regulation of rice field irrigation. Rice farmers have to come to the rice fields so that they can open/close irrigation channels, and rice field owners must take turns to flow water to the fields because they are used together. Internet of Things (IoT) information on water requirements in rice fields can be monitored at a distance, making it easier for farmers to care for their rice fields and reducing problems in the irrigation of rice fields. In this study, two products are developed for monitoring rice irrigation equipment: automatic rice field irrigation equipment and smartphone applications. In this test, success is proven through changes when pressing the button so that the tool can drain water to rice fields 1 and 2 and the humidity sensor works well. According to the test results for the functionality, namely in the form of IoT-based rice field irrigation tools and applications for monitoring that were tested, from the functionality test, 100% results must be obtained to ensure that the product can be used. By calculating the percentage of feasibility, it is found that the results of the feasibility test using the functionality test are obtained if the percentage is 100%; thus, it is declared feasible and the tool can work well.
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