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Budidaya dan Produktivitas Kopi di PT. Perusahaan Perkebunan Kandangan Pulusari/Panggungsari, Madiun Junun Sartohadi
Pancasila bureaucracy, Journal of Regional Government, Development and Innovation Vol. 5 No. 1 (2023)
Publisher : Birokrasi Pancasila, Jurnal Pemerintahan, Pembangunan dan Inovasi Daerah

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This study aims to determine the cultivation and productivity of coffee at PT. Plantation CompanyKandangan Pulusari/ Panggungsari, Madiun. Data analysis in this study used documentationtechniques. Data analysis is carried out by data reduction, data presentation, and conclusions.Based on the results of the study, it is known that technical cultivation, social aspects, and legalitywhich are all three interrelated are problems that occur in the company. There is a change inownership of PT. The Kandangan Pulusari/Panggungsari Plantation Company greatly impactedthe company's management, until in the end there was no maintenance and many shade plantswere cut down. The lack of labor that is not proportional to the area of the garden may be one ofthe foundations of poorly maintained gardens and cause less than optimal cultivation. The issueof land with the status of Right to Use (HGU) which has expired its permit in 2012, createsconflicts with the community. The community began to utilize plantation land by plantingcommodities other than coffee, namely food commodities, and crops. In addition, irregular andappropriate spacing between coffee plants and shade plants causes the quality of the coffee beansproduced cannot be maintained properly.

Pengelolaan Areal Perkebunan Kopi PT. Perusahaan Perkebunan KandanganPulusari/Panggungsari, Kabupaten Madiun sebagai Potensi Agrowisata BerbasisLingkungan Junun Sartohadi
Pancasila bureaucracy, Journal of Regional Government, Development and Innovation Vol. 5 No. 1 (2023)
Publisher : Birokrasi Pancasila, Jurnal Pemerintahan, Pembangunan dan Inovasi Daerah

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Penelitian ini bertujuan untuk mengetahui apa bentuk teknik konservasi sumberdaya lahanyang sesuai diterapkan di perkebunan kopi dan kawasan sekitarnya di wilayah KandanganKabupaten Madiun. Teknik analisis data dalam penelitian ini menggunakan teknik dokumentasi.Analisis data dilakukan dengan reduksi data, penyajian data dan penarikan kesimpulan.Berdasarkan hasil penelitian beberapa potensi wisata yang ada di kawasan KandanganKabupaten Madiun diantaranya adalah sebagai jalur pendakian, kawasan perkemahan, danwisata air terjun. Jalur pendakian gunung wilis dapat dilakukan melalui kawasan perkebunansebagai pintu masuk utama, karena aksesibilitas jaringan jalan yang ada sudah mencakup keseluruh area kawasan perkebunan sehingga memudahkan pendaki di tahap awal jalur pendakian.Kawasan perkemahan dari lapangan maupun bangunan penginapan sudah sangat terfasilitasidengan baik, bahkan beberapa bangunan memiliki kapasitas yang sangat besar, selain itu ditanah yang lapang dapat dilakukan berbagai wisata outbound. Wisata air terjun potensinyasangat besar, namun fasilitasnya masih sangat kurang. Beberapa air terjun dapat ditemukan dikawasan perkebunan, namun yang paling besar dan terkenal adalah air terjun Kerto Embo.

Revitalization of Winong Spring as a Generator of Ecotourism Activities to Promote Local Economic Development in Giripurno Village as One of Borobudur Buffer Zones Junun Sartohadi; Ahmad Priyo Sambodo; Santika Purwitaningsih; Amir Noviyanto; Pramasti Dyah Nhindyasari; Dema Azmir Hatta; Marshanda Sasmita Putri; Hartanti Hartanti; Erika Galih Ayu Priyawati
Jurnal Pengabdian kepada Masyarakat (Indonesian Journal of Community Engagement) Vol 9, No 3 (2023): September
Publisher : Direktorat Pengabdian kepada Masyarakat Universitas Gadjah Mada

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.22146/jpkm.80708

Establishing the National Tourism Strategic Area of Borobudur leaves challenges related to the surrounding villages. Most areas surrounding the Borobudur Temple, especially those in Menoreh Hills, have a high potential as a natural tourist destination. The main attractions are related to sightseeing and spring tourism. These potential attractions, however, have yet to be managed optimally due to the lack of resources of the surrounding villages, materially or socially. Our primary purpose is to reactivate the tourism potential in Giripurno Village by developing a new tourist attraction Winong Spring. We developed the new tourist attraction by structuring the current Winong Spring using lightweight, flexible, yet solid designs and building materials. We also revitalized abandoned fish ponds to become an integral Winong Spring tourist attraction feature. The tourist attraction developed at Winong Spring area becomes a new economic potential for Giripurno Village. The community receives the prospective tourist attraction of Winong Spring, which is also reflected in the high community participation in its development. It is also responding to the rising trending river tourism in Indonesia. Properly managed, the new prospective tourist attraction will benefit both ecosystem and economy. Thus, capacity building for tourism management and fish cultivation must be done. In addition, cohesive coordination from all stakeholders is required to guarantee the sustainability of the new potential tourist attraction.

PEMBELAJARAN "CONTEXTUAL COLLABORATING LEARNING” BERBASIS PENDIDIKAN KEBENCANAAN STUDI KASUS: DAS BOMPON, MAGELANG, JAWA TENGAH Heni Masruroh; Junun Sartohadi; Muhammad Anggri Setyawan
Jurnal Geografi, Edukasi dan Lingkungan (JGEL) Vol. 1 No. 1 (2017): Edisi Bulan Juli
Publisher : Pendidikan Geografi Universitas Muhammadiyah Prof. Dr. Hamka

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.29405/jgel.v1i1.450

Indonesia is the Country which has potential disaster. Education as an effort totransform knowledge and technology is expected as one of disaster risk reduction effort.The implementation of education is expected to increase sustainable education andstudent's critical thinking. The purpose of this article is to apply "ContextualCollaborative Learning” based on disaster education in the Bompon Catchment. Theconcept of contextual collaborative learning is obtained by observation student's fieldstudy and research of society dedication in the Bompon Catchment. The concept oflearning design development "Collaborative Learning” can be done by 3 steps, such asi) orientation related the environmental condition in the Bompon Catchment; ii)observation and measurement related the geomorphology process such as landslide,erosion, and drought; iii) Focus Group Discussion to developing the media learningproduct based on the orientation, field observation and measurement.Keyword: Collaborative Learning, Disaster Education, and Bompon Catchment.ABSTRAKIndonesia merupakan negara yang berpotensi terjadi bencana alam. Pendidikan sebagaiupaya transformasi pengetahuan dan teknologi diharapkan sebagai salah satu upayapengurangan risiko bencana. Bentuk implementasi pendidikan berupa pengajarandiharapkan dapat berjalan secara berkelanjutan, dapat mengaitkan materi ajar dengankondisi lingkungan sekitar, meningkatkan pemahaman dan daya kritis peserta didik.Penulisan artikel ini bertujuan untuk menjelaskan Penerapan Pembelajaran "ContextualCollaborative Learning” Berbasis Pendidikan Kebencanaan di DAS Bompon. Konseppembelajaran "Contextual Collaborative Learning” diperoleh berdasarkan hasilpengamatan kegiatan lapangan di wilayah DAS Bompon oleh mahasiswa dari beberapaUniversitas dan kegiatan pengabdian masyarakat. Penerapan "Contextual CollaborativeLearning” dilakukan melalui 3 tahapan, yaitu i) Orientasi atau pengenalan wilayah DASBompon secara umum; 2) pengamatan dan pengukuran proses-proses geomorfologiseperti longsor, erosi, dan kekeringan; 3) Diskusi terarah untuk pengembangan produkmedia pembelajaran hasil orientasi, pengamatan dan pengukuran lapangan.Kata Kunci: Contextual Collaborative Learning, Pendidikan Kebencanaan, dan DASBompon

Uji Akurasi Hasil Teknologi Pesawat Udara Tanpa Awak (Unmanned Aerial Vehicle) Dalam Aplikasi Pemetaan Kebencanaan Kepesisiran Rini Meiarti; Toshikazu Seto; Junun Sartohadi
Jurnal Geografi, Edukasi dan Lingkungan (JGEL) Vol. 3 No. 1 (2019): Edisi Bulan Januari
Publisher : Pendidikan Geografi Universitas Muhammadiyah Prof. Dr. Hamka

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.29405/jgel.v3i1.2987

Teknologi perolehan data spasial menggunakan sistem pesawat udara tanpa awak (UAV/Unmanned Aerial Vehicle) menjadi salah satu tekonologi pemotretan udara yang menghasilkan data spasial detil, namun penggunaannya untuk pemetaan khususnya pemetaan kebencanaan masih perlu dikaji lebih mendalam. Tujuan penelitian ialah untuk menguji ketelitian geometrik dan semantik Foto Udara Format Kecil (FUFK) dari teknologi UAV yang ke depannya data akan digunakan sebagai input pemetaan kebencanaan. Ketelitian geometrik (horizontal dan vertikal) diuji dengan membandingkan antara koordinat mosaik ortho dan Digital Terrain Model (DTM) terhadap pengukuran GNSS RTK. Data spasial yang dihasilkan dari teknologi UAV pada penelitian ini mempunyai ketelitian geometrik 0,649 m horizontal dan 1,494 m vertikal sehingga masih dapat digunakan untuk pemetaan skala besar 1:5.000 (Sutanto, 2013). Uji ketelitian semantik dengan nilai NIIRS level 6 menunjukkan bahwa FUFK hasil teknologi UAV ini mampu mempermudah interpretasi objek geografik.

Dynamics of the Morphological Changes in the Progo River Due to Lahar Transport from Merapi Volcano Adhitama, Adib Prima; Jatmiko, Retnadi Heru; Mei, Estuning Tyas Wulan; Sartohadi, Junun
Indonesian Journal of Geography Vol 56, No 2 (2024): Indonesian Journal of Geography
Publisher : Faculty of Geography, Universitas Gadjah Mada

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.22146/ijg.81788

The Merapi eruption in 2010 and 1975 caused lahar floods on the Progo River segment in Kulon Progo. This study aims to analyze the dynamics of river morphology changes that are affected by two lahar floods. Temporal images representing the two lahar flood events up to several years later were used to see river morphology changes. Temporal data from remote sensing and UAV is able to indicate the morphological change of river valleys in the study area. The analysis was carried out based on the parameters of river slope, riverbank morphology, and river curvature. The river slope is 0.74% which means the slope is flat. This condition gives a consequence of the river's meandering morphology. The morphology of the riverbank has the "U" shape, providing more surface area for river water to drain. The sinuosity ratio (SR) is dynamic during two lahar flood periods. In the 2010 lahar flood period, the SR pre-lahar flood was 1.92, increased significantly to 2.65 eight months post-lahar flood, and decreased significantly to 1.60 one year later. Lahar floods are the main factor causing these dynamics in this period. The annual SR for the next ten years is always changing but the fluctuations are more stable and tend to decrease. The SR's fluctuations in this period provide evidence that the river morphology is always changing even without major triggers. In the 1975 lahar flood period, the SR value was known from the PBB maps three years pre-events, five years post-events, and Google Earth images ten years post-events. The SR in this period fluctuated, and the meander became simpler at ten years post-events. The results of this paper provide evidence that spatial analysis with temporal images is more efficient and economical for studying river morphological dynamics.

Landscape design for gully erosion control on the upper slopes of Mount Sumbing, Central Java, Indonesia Maulana, Edwin; Sartohadi, Junun; Setiawan, Muhammad Anggri
Journal of Degraded and Mining Lands Management Vol. 12 No. 2 (2025)
Publisher : Brawijaya University

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.15243/jdmlm.2025.122.7037

Gully erosion can cause significant soil loss; thus, it must be controlled. This study aimed to develop a landscape design for controlling gully erosion in a volcanic environment with a thin soil layer. The primary data used was Unmanned Aerial Vehicle (UAV) data combined with field surveys and in-depth interviews. A collaborative approach was used to develop the landscape design to minimize the impact of gully erosion. The finding showed that gully erosion had entered adult to old age since the scars (incisions) at the gully bottom existed. According to the community, gullies must be controlled, although they do not affect land productivity. Vegetative control is the most favored method of gully erosion control. Local vegetation with the potential for additional value is chosen to control gully erosion. Strengthening community capacity is the most favorable way to manage gullies. Through good understanding, local communities can control the development of gullies. Further strengthening of regulations related to gully erosion control will have a domino effect on land sustainability. This finding can be extrapolated globally to locations with similar land characteristics.

Community-based management of small reservoirs in an erosion-landslide-drought area in the dry tropical region of Kupang Regency Punuf, Defritus Aldrin; Sartohadi, Junun; Setiawan, M Anggri
Journal of Degraded and Mining Lands Management Vol. 12 No. 2 (2025)
Publisher : Brawijaya University

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.15243/jdmlm.2025.122.7337

A crucial component of water supply in arid tropical regions is the construction of small reservoirs. Interestingly, various problems arise in the construction and management of small reservoirs, so the role of small reservoirs in providing surface water is considered less than optimal. This study aimed to identify problems that cause the function of small reservoirs to be less than optimal and to provide direction for small reservoir management in dry tropical areas. The investigation was carried out in two primary stages: site analysis to identify issues with small reservoir usability and regional analysis to identify physical characteristics regionally. Determining small reservoir points was carried out using SPOT 6/7 imagery with a resolution of 1.5 m. Land system maps and morphometry were used to analyze the physical characteristics of the small reservoir site. Field surveys and in-depth interviews were conducted to identify the benefits and limiting factors in the construction of small reservoirs. The results revealed small reservoirs are found in locations with low altitudes (0-100 masl) and undulating terrain (8-15%). According to the findings, 95.3% of small reservoirs were still water-filled. However, many problems resulted in the suboptimal utilization of small reservoirs. Specifically, the problems faced were structural damage due to 1) erosion-landslides (74.77%), 2) sedimentation (33.64%), 3) seepage (7.48%), 4) embankment collapse (6.54%), and 5) leakage (2.80%). Most of the community does not utilize the small reservoirs due to the limited infrastructure. Pipes to distribute water are only available at around 46.73%, while water tanks are only 43.93%. Directions for future management are aimed at 1) adding infrastructure, 2) sediment management, and 3) community-based management.

PENERAPAN TATA LETAK TANAMAN DAN REAKTOR PIROLISIS BIOMASSA KONVERSI MENJADI BIOCHAR BERBAHAN BAKU SAMPAH PERKOTAAN Sugiarto, Tris; Sartohadi, Junun; Praharto, YB; Ngadisih, Ngadisih; Hidayati, Nurul; Harlin Jennie Pulungan, Nur Ainun
BUDIMAS : JURNAL PENGABDIAN MASYARAKAT Vol 6, No 3 (2024): BUDIMAS : Jurnal Pengabdian Masyarakat
Publisher : LPPM ITB AAS Indonesia Surakarta

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.29040/budimas.v6i3.15602

Desa Rawalo, Kabupaten Banyumas, berdasarkan data biogeofisik memiliki kontur dan bentang wilayah berupa dataran dengan sebagian besar berupa area perkebunan dengan area perbukitan dengan area tertinggi 300 mdpl. Desa ini memiliki unit pengelolaan sampah kapasitas 9-10 ton/hari yang menghasilkan sampah pilahan plastik dan organik. Sampah organik oleh kelompok tani diolah menjadi pupuk melalui dekomposisi alami tetapi membutuhkan waktu proses 30 hari dan menimbulkan timbunan diarea hanggar. Unit pengelola sampah membutuhkan penetrasi dan peningkatan teknologi untuk mendukung ketahanan pangan dan produktivitas pertanian. Metode yang diterapkan meliputi penerapan teknologi pirolisis menggunakan reaktor ganda untuk mengonversi sampah organik menjadi biochar, produk berkarbon tinggi yang memiliki potensi besar dalam memperbaiki kualitas tanah pertanian. Biochar berfungsi sebagai pembenah tanah, meningkatkan kapasitas penyimpanan air dan nutrisi, serta mendukung pertumbuhan tanaman. Produksi biochar diintegrasikan dengan tata letak tanaman yang disusun secara optimal sesuai kebutuhan nutrisi dan struktur akar untuk menciptakan lingkungan tumbuh tanaman pangan lebih sinergis. Metode tata letak ini diberikan untuk penataan tanaman yang leboh produktif. Penggunaan biochar diaplikasikan pada area lahan petani secara terbatas, terutama pada lokasi tanah yang sudah hilang lapisan humusnya. Teknologi tepat guna Mesin pencuci asap vortex wet scrubber dan sealer paking pupuk/biochar. Penguatan manajamen melalui Forum Diskusi, workshop dan aplikasi dilapangan dengan menggunakan teknologi tepat guna memastikan proses produksi yang ramah lingkungan. Kinerja pengelolaan sampah didukung dengan website yang terintegrasi layanan penjualan produk. Penguatan Pendekatan ini diharapkan menjadi model pengelolaan sampah organik yang berkelanjutan dan berdampak positif bagi ketahanan pangan lokal. Kata kunci: Sampah, Organik, Pirolisis, Biochar, Tata Letak Tanaman, Biomassa. Abstract Based on biogeophysical data, Rawalo Village, Banyumas Regency, is situated on flat terrain dominated by agricultural areas and hill regions with an elevation of up to 300 meters above sea level. This village operates a waste management unit with a capacity of 9-10 tons per day, producing sorted plastic and organic waste. Organic waste is processed by farmer groups into compost through natural decomposition, a process that requires 30 days and results in stockpiling in hangar areas. The waste management unit requires technological penetration and enhancement to support food security and agricultural productivity. The approach involves the application of pyrolysis technology using a dual-reactor system to convert organic waste into biochar a high-carbon product with considerable potential for improving soil quality in agricultural land. Biochar functions as a soil amendment, increasing water retention and nutrient availability, while also supporting plant growth. In its application, biochar production is integrated with an optimal crop layout tailored to nutrient needs and root structures, creating a synergistic environment for food crops. This layout method optimizes plant arrangement for greater productivity. Biochar use is applied on a limited basis to farming areas, primarily where soil has lost its humus layer. Appropriate technology such as the vortex wet scrubber for smoke filtering and packaging sealers for fertilizers/biochar is utilized. Management is strengthened through discussion forums, workshops, and field applications using appropriate technology to ensure an environmentally friendly production process. Waste management performance is further supported by an integrated website offering product sales services. This approach is expected to serve as a sustainable model for organic waste management and to positively impact local food security. Keywords: Waste, Organic, Pyrolysis, Biochar, Plant spatial arrangement, Biomass resources.

PENERAPAN TATA LETAK TANAMAN DAN REAKTOR PIROLISIS BIOMASSA KONVERSI MENJADI BIOCHAR BERBAHAN BAKU SAMPAH PERKOTAAN Sugiarto, Tris; Sartohadi, Junun; Praharto, YB; Ngadisih, Ngadisih; Hidayati, Nurul; Harlin Jennie Pulungan, Nur Ainun
BUDIMAS : JURNAL PENGABDIAN MASYARAKAT Vol. 6 No. 3 (2024): BUDIMAS : Jurnal Pengabdian Masyarakat
Publisher : LPPM ITB AAS Indonesia Surakarta

Show Abstract | Download Original | Original Source | Check in Google Scholar

Desa Rawalo, Kabupaten Banyumas, berdasarkan data biogeofisik memiliki kontur dan bentang wilayah berupa dataran dengan sebagian besar berupa area perkebunan dengan area perbukitan dengan area tertinggi 300 mdpl. Desa ini memiliki unit pengelolaan sampah kapasitas 9-10 ton/hari yang menghasilkan sampah pilahan plastik dan organik. Sampah organik oleh kelompok tani diolah menjadi pupuk melalui dekomposisi alami tetapi membutuhkan waktu proses 30 hari dan menimbulkan timbunan diarea hanggar. Unit pengelola sampah membutuhkan penetrasi dan peningkatan teknologi untuk mendukung ketahanan pangan dan produktivitas pertanian. Metode yang diterapkan meliputi penerapan teknologi pirolisis menggunakan reaktor ganda untuk mengonversi sampah organik menjadi biochar, produk berkarbon tinggi yang memiliki potensi besar dalam memperbaiki kualitas tanah pertanian. Biochar berfungsi sebagai pembenah tanah, meningkatkan kapasitas penyimpanan air dan nutrisi, serta mendukung pertumbuhan tanaman. Produksi biochar diintegrasikan dengan tata letak tanaman yang disusun secara optimal sesuai kebutuhan nutrisi dan struktur akar untuk menciptakan lingkungan tumbuh tanaman pangan lebih sinergis. Metode tata letak ini diberikan untuk penataan tanaman yang leboh produktif. Penggunaan biochar diaplikasikan pada area lahan petani secara terbatas, terutama pada lokasi tanah yang sudah hilang lapisan humusnya. Teknologi tepat guna Mesin pencuci asap vortex wet scrubber dan sealer paking pupuk/biochar. Penguatan manajamen melalui Forum Diskusi, workshop dan aplikasi dilapangan dengan menggunakan teknologi tepat guna memastikan proses produksi yang ramah lingkungan. Kinerja pengelolaan sampah didukung dengan website yang terintegrasi layanan penjualan produk. Penguatan Pendekatan ini diharapkan menjadi model pengelolaan sampah organik yang berkelanjutan dan berdampak positif bagi ketahanan pangan lokal. Kata kunci: Sampah, Organik, Pirolisis, Biochar, Tata Letak Tanaman, Biomassa. Abstract Based on biogeophysical data, Rawalo Village, Banyumas Regency, is situated on flat terrain dominated by agricultural areas and hill regions with an elevation of up to 300 meters above sea level. This village operates a waste management unit with a capacity of 9-10 tons per day, producing sorted plastic and organic waste. Organic waste is processed by farmer groups into compost through natural decomposition, a process that requires 30 days and results in stockpiling in hangar areas. The waste management unit requires technological penetration and enhancement to support food security and agricultural productivity. The approach involves the application of pyrolysis technology using a dual-reactor system to convert organic waste into biochar a high-carbon product with considerable potential for improving soil quality in agricultural land. Biochar functions as a soil amendment, increasing water retention and nutrient availability, while also supporting plant growth. In its application, biochar production is integrated with an optimal crop layout tailored to nutrient needs and root structures, creating a synergistic environment for food crops. This layout method optimizes plant arrangement for greater productivity. Biochar use is applied on a limited basis to farming areas, primarily where soil has lost its humus layer. Appropriate technology such as the vortex wet scrubber for smoke filtering and packaging sealers for fertilizers/biochar is utilized. Management is strengthened through discussion forums, workshops, and field applications using appropriate technology to ensure an environmentally friendly production process. Waste management performance is further supported by an integrated website offering product sales services. This approach is expected to serve as a sustainable model for organic waste management and to positively impact local food security. Keywords: Waste, Organic, Pyrolysis, Biochar, Plant spatial arrangement, Biomass resources.

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