EVALUASI DAN REKAYASA PENGENDALIAN GENANGAN AIR KAWASAN PERSAWAHAN DESA KATEKAN, KECAMATAN GANTIWARNO, KABUPATEN KLATEN, PROVINSI JAWA TENGAH

Murti, Caesar Rahadito Wisnu (2024) EVALUASI DAN REKAYASA PENGENDALIAN GENANGAN AIR KAWASAN PERSAWAHAN DESA KATEKAN, KECAMATAN GANTIWARNO, KABUPATEN KLATEN, PROVINSI JAWA TENGAH. Other thesis, UPN Veteran Yogyajarta.

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Abstract

xii
EVALUASI DAN REKAYASA PENGENDALIAN GENANGAN AIR
KAWASAN PERSAWAHAN DESA KATEKAN, KECAMATAN
GANTIWARNO, KABUPATEN KLATEN, PROVINSI JAWA TENGAH
Oleh
Caesar Rahadito Wisnu Murti
114190090/TL
Intisari
Lokasi penelitian di Desa Katekan, Klaten, mengalami masalah genangan air
sawah. Ini mengakibatkan kesulitan dalam bertani, terutama karena tingginya curah
hujan, bentuk lahan yang berupa cekungan, tanah yang sulit menyerap air, dan batuan
impermeabel menjadi penyebab utama limpasan air berkumpul dan menjadi genangan.
Penelitian bertujuan untuk mengetahui proses terjadinya genangan air sawah di Desa
Katekan, Kecamatan Gantiwarno, Kabupaten Klaten, mengetahui pengaruh kondisi
lahan terhadap kondisi genangan pada lokasi penelitian, mengetahui rekomendasi
arahan pengelolaan lingkungan yang dapat dilakukan mengacu pada kondisi eksisting.
Penelitian diharapkan dapat meningkatkan keberlanjutan pertanian dan kesejahteraan
masyarakat.
Metode penelitian adalah pendekatan ilmiah untuk mengumpulkan,
memproses, dan menganalisis data sesuai tujuan penelitian. Studi ini akan dilakukan
dengan menggunakan metode kuantitatif dan kualitatif dengan pengukuran di
lapangan dengan pengukuran geolistrik dan pengukuran laboratorium untuk mengukur
nilai porositas, permeabilitas, batas cair, dan indeks COLE tanah. Data akan
diinterpretasikan dan dianalisis bersama data primer dan sekunder, dengan penjelasan
metode pengumpulan, populasi, sampel, analisis, dan evaluasi.
Pengujian geolistrik menunjukkan terdapat akuifer dangkal di bawah tanah
berkisar antara 2 hingga 20 meter dengan kapasitas air sekitar 10.684.800 liter,
terutama mengarah ke barat daya. Genangan air sawah tinggi disebabkan oleh
tingginya curah hujan di wilayah penelitian, mencapai 8.711.440,582 liter di sebelah
barat dan 12.734.478,692 liter di sebelah timur wilayah permasalahan. Air hujan
mengalir dari daerah yang lebih tinggi ke daerah permasalahan. Nilai porositas yang
tinggi di atas 60% memungkinkan tanah menyerap air dengan baik, tetapi nilai
permeabilitas yang rendah dengan rerata 6,815472 m/hari menyebabkan air
menggenang di permukaan tanah. Solusi terbaik adalah pembangunan saluran drainase
di sepanjang jalan yang mengarah ke sungai di utara wilayah permasalahan. Ini akan
mengurangi genangan air di permukaan tanah dan memungkinkan pertanian yang
produktif sepanjang tahun. Dengan demikian, penelitian ini diharapkan dapat
memberikan solusi yang berkelanjutan bagi masalah genangan air sawah di Desa
Katekan.
Kata kunci : tanah, genangan, pertanian, drainase
xiii
EVALUATION AND ENGINEERING OF FLOOD CONTROL IN THE RICE
FIELD AREA OF KATEKAN VILLAGE, GANTIWARNO SUB-DISTRICT,
KLATEN REGENCY, CENTRAL JAVA PROVINCE
By
Caesar Rahadito Wisnu Murti
114190090/TL
Abstract
The research location in the village of Katekan, Klaten, is experiencing problems with
paddy field flooding. This is causing difficulties in farming, especially due to high rainfall, the
topography of the land in the form of basins, soil that is difficult to absorb water, and
impermeable rocks that are the main causes of water runoff accumulating and forming
puddles. The research aims to understand the process of paddy field flooding in the village of
Katekan, Gantiwarno District, Klaten Regency, determine the influence of land conditions on
the flooding conditions at the research site, and identify recommendations for environmental
management based on the existing conditions. The research is expected to improve the
sustainability of agriculture and the welfare of the community.
Research methodology is a scientific approach to collecting, processing, and
analyzing data according to the research objectives. This study will be conducted using both
quantitative and qualitative methods with field measurements involving geoelectric
measurements and laboratory measurements to assess the values of soil porosity,
permeability, liquid limit, and the soil's COLE index. Data will be interpreted and analyzed
along with primary and secondary data, providing explanations for data collection methods,
population, samples, analysis, and evaluation.
The geoelectric testing indicates the presence of a shallow aquifer beneath the ground
ranging from 2 to 20 meters deep with a water capacity of approximately 10,684,800 liters,
mainly flowing in the southwest direction. The high waterlogging in rice fields is caused by
heavy rainfall in the research area, reaching 8,711,440.582 liters to the west and
12,734,478.692 liters to the east of the problematic region. Rainwater flows from higher areas
to the problematic region. The high porosity value above 60% allows the soil to absorb water
well, but the low permeability value with an average of 6.815472 m/day causes waterlogging
on the soil surface. The best solution is the construction of drainage channels along the roads
leading to the river in the northern part of the problematic area. This will reduce surface
waterlogging and enable year-round productive agriculture. Thus, this research is expected
to provide a sustainable solution to the issue of rice field waterlogging in the village of
Katekan.
Keywords: soil, inundation, agriculture, drainage.

Item Type: Thesis (Other)
Uncontrolled Keywords: soil, inundation, agriculture, drainage.
Subjects: T Technology > T Technology (General)
Divisions: Faculty of Engineering, Science and Mathematics > School of Engineering Sciences
Depositing User: Eko Yuli
Date Deposited: 03 Jan 2024 02:39
Last Modified: 03 Jan 2024 02:39
URI: http://eprints.upnyk.ac.id/id/eprint/38534

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