KabupatenHumbang Hasundutan ibukota Dolok Sanggul. Kabupaten humbang hasundutan memiliki 10 kecamantan. Pada setiap kecamatan memiliki kawasan wisata yang menarik. Tapi tentu saja Kecamatan Bakti Raja adalah yang terbaik dalam hal lokasi wisata. Berikut ini adalah nama Kecamatan di Kabupaten Hasundutan: Kecamatan Pollung. Kecamatan Tarabintang. KecamatanDolok Sanggul Dalam Angka 2020. Unduh PublikasiUnduh Publikasi. Nomor Katalog : 1102001.1215040 Nomor Publikasi : 12150.2008 ISSN / ISBN : -Tanggal Rilis : 2020-09-28 Ukuran File : 5.41 MB . Abstraksi Kecamatan Doloksanggul Dalam Angka 2020 merupakan publikasi tahunan yang diterbitkan oleh BPS Kabupaten Humbang Hasundutan. Disadari KodePOS Kecamatan Dolok Sanggul 22457, Kab. Humbang Hasundutan - urut Desa/Kelurahan - hal 1. kodepos Provinsi / Kota / Kabupaten dan Kecamatan / Distrik serta Desa / Kelurahan di Indonesia, Kode POS Parik Sinomba, Kode POS Pasaribu, Kode POS Purba Dolok, Kode POS Purba Manalu, Kode POS Saitnihuta, Kode POS Sampean, Kode POS Sigala Gala (Silaga Laga), Kode POS Sihite I, Kode POS Sihite II HumbangHasundutan: Dolok Sanggul : Pasaribu : 22457 : Sumatera Utara: Humbang Hasundutan: Dolok Sanggul : Simangaronsang : 22457 : Cari Pekerjaan Yang Pas di Lampung? Cek aja Lampung Loker. Situs lowongan kerja Lampung paling ringan, cepat, dan tanpa iklan. Kode Pos Terkini Yang Dicari Pengunjung. jawa timur; jawa barat; Lokasi jalan dr ingwer ludwing nommensen, pasar dolok sanggul, humbahas Telepon: (0633) 3211412. Daftar hotel di Dolok Sanggul dan Humbang Hasundutan di atas dapat dipilih sesuai kebutuhan. Untuk pemesanan dan reservasi, kontak langsung melalui nomor telepon atau handphone yang sudah tertera. Prakiraancuaca Kecamatan Dolok Sanggul (Kabupaten Humbang Hasundutan - Provinsi Sumatera Utara) pada tanggal 27 Juli 2022, pukul 04:00 WIB, cuaca diprakirakan berawan dengan suhu 17°C dan kelembapan 95% GlDwC. p>Penelitian ini dilaksanakan di Kota Doloksanggul. Untuk memperoleh data yang diperlukan dalam penyusunan dari skripsi ini digunakan metode penelitian lapangan field research dengan pendekatan deskriptif kualitatif, dimana data diperoleh dari lapangan yang berhubungan dengan permasalahan penelitian. Data juga diperoleh dari hasil wawancara dengan para tokoh yang mengetahui tentang sejarah dan perkembangan dari Kota Doloksanggul, selain itu data juga diperoleh dari hasil observasi dan dokumentasi. Dari hasil penelitian, peneliti dapat mengetahui mengenai asal nama dan sejarah huta Doloksanggul. Kota Doloksanggul mengalami perkembangan dengan tahapan-tahapan yang sangat panjang yang terbagi dalam 2 periode yaitu antara tahun 2003-2007 dan 2008-2010 yang meliputi perkembangan Doloksanggul di bidang jumlah penduduk, pendidikan, kesehatan dan transportasi. Disamping itu terdapat juga faktor penghambat berkembangnya kota Doloksanggul yang ditinjau dalam berbagai aspek juga seperti jumlah penduduk, pendidikan, kesehatan dan transportasi. Dari keseluruhan hasil penelitian dilapangan diperoleh kesimpulan bahwa perkembangan Doloksanggul terjadi pada awal kota Doloksanggul menjadi ibukota Kabupaten Humbang Hasundutan, yang dapat ditinjau dari berbagai aspek seperti bidang pertumbuhan jumlah penduduk, pendidikan, kesehatan dan transportasi. Lukitaningsih, Hafnita Sari Dewi Lubis

200 mm. The height of a place affects the length of the wet and dry months in that place. The higher the place, the higher the rainfall so the wet month will increase [[32]Yulina H. evnita R. Harryanto R. Hubungan porositas Tanah Dan Air Tersedia Dengan Biomassa Tanaman Jagung Manis Dan Brokoli Setelah Diberikan Kombinasi Terak Baja Dan Bhokasi Sekam Padi Pada Andisol, Lembang Relationship between Soil Porosity and Available Water with Sweet Corn and Broccoli Plant Biomass after Being Given a Combination of Steel Slag and Rice Husk Bhokasi in Andisols, Lembang.Google Scholar]. Characteristics of soil propertiesThe result of soil properties characteristics of Styrax sp. in research location, namaely soil texture, bulk density, porosity, permeability, soil pH Potential of Hydrogen, C-Organic, Cation Exchange Capacity CEC and base saturation. can be seen in Table 3Measuring results of average soil texture at the research location in Humbang Hasundutan primary data and criteria refer to reference number [[28]Institute for Soil Research Lembaga Penelitian TanahJenis dan macam Tanah di Indonesia untuk keperluan Survai dan pemetaan tanah daerah transmigrasi types of soil in Indonesia for the purposes of surveying and mapping soil in transmigration areas,. Lampiran terms of reference type A. Survai kapabilitas tanah. No. 59a/ Scholar].Land unitResearch locationFraction %FractionClayDustSandVIAek Nauli Village Pollung Sub-district loamXXIHutagurgur Village Dolok Sanggul Sub-district loamXXIXPusuk I Village Parlilitan Sub-district loam Open table in a new tab In Table 3 it can be seen the soil content in all land units at the study site is sandy loam which has the following characteristics somewhat rough in shape, forming a hard ball, easily crushed and attached. Soils that have sandy loam properties usually contain more sand. In sandy loam soils, the soil structure will allow water to pass through easily so that water will be easily absorbed by plant roots and meet the water needs of plants. Well-textured soil will support plant growth [[33]Saputra Putrantyo Kusuma Z. Relationship between soil organic matter content and bulk density, porosity, and infiltration rate on salak plantation of purwosari district, pasuruan Scholar]. With the easy flow of water, air and heat on the ground, it will fulfill the good growth of Styrax sp. which require a lot of water availability for their growth [[33]Saputra Putrantyo Kusuma Z. Relationship between soil organic matter content and bulk density, porosity, and infiltration rate on salak plantation of purwosari district, pasuruan Scholar]. With lots of water available, it will support low temperatures and high humidity so that it is good for the growth of Styrax the results of bulk density, porosity, and permeability measurements based on land suitability class can be seen in Table 4Average bulk density measurements at the research primary data and criteria refer to reference number [[28]Institute for Soil Research Lembaga Penelitian TanahJenis dan macam Tanah di Indonesia untuk keperluan Survai dan pemetaan tanah daerah transmigrasi types of soil in Indonesia for the purposes of surveying and mapping soil in transmigration areas,. Lampiran terms of reference type A. Survai kapabilitas tanah. No. 59a/ Scholar].Land unitLocationBulk density gr/cm3Porosity %Permeability cm/hourVIAek Nauli Village Pollung Sub-district Village Dolok Sanggul Sub-district I Village Parlilitan Sub-district Open table in a new tab Based on Table 4 it can be seen that the amount of bulk density that is in this range has a high organic matter [[34]Anastasia I. Izatti M. Suedy Pengaruh pemberian Kombinasi Pupuk Organik Padat Dan Organik Cair Terhadap Porositas Tanah Dan Pertumbuhan Tanaman Bayam Amarantus tricolor L. Giving a Combination of Solid Organic Fertilizer and Liquid Organic Fertilizer to Soil Porosity and Growth of Spinach Plants Universitas Scholar,[35]Mulyono A. Hilda L. Lestiana Fadilah A. Permeabilitas tanah berbagai tipe penggunaan lahan di tanah aluvial pesisir DAS Cimanuk, Indramayu Soil permeability of various land use types in Cimanuk watershed coastal alluvial soil, Indramayu.Crossref Google Scholar] An ideal organic soil has a bulk density in the range of gr/cm3. Ideal organic soil will generally contain enough organic matter for plant growth. The lower the density of the soil, the mass of the soil will be lower and the ability to drain water will be higher faster. Bulk density indicates the density of a soil. The higher the density of a soil, the higher the weight of the soil and the longer it will drain water. Conversely, the lower the density of a soil, the higher faster the flow of water and the lower its Density that is not good will cause plant growth to be disrupted. Dense soil causes the growth of plant roots to be disrupted and it is difficult to penetrate the soil so that water absorption for plant needs will be reduced and productivity will be disrupted decreased. Soil that is dense or does not have space in the soil volume will make it difficult for plants to get nutrients from the soil because plant roots do not develop. Therefore, it is necessary to improve the physical properties of the soil such as adding organic matter to the soil so that the soil has good physical properties so that plant roots can have good function. The growth of Styrax sp. also requires soil conditions that have good bulk density and have pore space to drain nutrients, especially water for growth, so that the production of Styrax sp. plants can increase. The increased production of Styrax sp. will boost the economy of local communities who cultivate Styrax on Table 4 it can be seen that the average value of the porosity measurements is in the high and very high criteria. In land unit VI Hs Alu A IV it is known that the Porosity value is in land unit XXI Hs Alu C XXI it is known that the porosity value is and in land unit XXIX Pt Alu C XXIX it is known that the porosity value is 83,97%. Porosity values at the three locations are above 50% which indicates optimal conditions, namely in good conditions. Porosity that is good for the soil is soil that has large pores so that the flow of water and nutrients flows more easily. Axial soil has a high nutrient content so it is good for plant growth. The greater the porosity value of a soil, the better plant growth. The larger the available soil pores, the more water availability for plants and the better the growth of plant roots [[36]Abdillah Kemala Mukhlis Perubahan beberapa sifat kimia tanah dan pertumbuhan tanaman jagung Zea mays L. akibat pemberian limbah kertas rokok dan pupuk kandang ayam di tanah ultisol Changes in some soil chemical properties and growth of corn plants Zea mays L. due to the application of cigarette paper waste and chicken manure in ultisol soil.Google Scholar] so that it will increase plant growth and productivity by absorbing nutrients and water from in the soil for the growth of Styrax sp. The factor that influences plant growth is the size of the soil porosity [[37]Syawal F. Rauf A. Rahmawaty Hidayat B. Pengaruh pemberian kompos sampah kota pada tanah terdegrdasi terhadap produktivitas tanaman padi sawah di Desa Serdang Kecamatan Beringin Kabupaten Deli Serdang The effect of applying municipal waste compost to degraded soil on the productivity of lowland rice plants in Serdang Village, Beringin District, Deli Serdang Regency.Google Scholar]. Where the larger the soil porosity, the better the growth of plant roots and the smaller the porosity, the growth of plant roots will be disrupted and cause plant growth to run value of soil porosity is influenced by soil texture. Soil texture that has properties that easily drain water has a good influence on plant growth, where the water needs needed by plants will be fulfilled. Porosity is the pore space in the soil that can affect soil fertility. Porosity is an indicator of soil fertility. Poor soil porosity is caused by low organic matter content, poor soil structure and texture [[38]Wilson Supriadi Guchi H. Evaluasi sifat kimia tanah pada lahan kopi di Kabupaten Mandailing Natal Evaluation of soil chemical properties on coffee fields in Mandailing Natal District.Google Scholar].The results of the porosity measurements in this research on Styrax sp. fields are classified as very porous. The condition of the soil which has very porous criteria has a high organic matter content. The higher the porous value of the soil, the better the soil condition or it can be said to have a high organic matter content that can meet the needs of plant growth. Furthermore, the addition of organic matter in fertilization will increase the total pore size of the soil and reduce the unit weight of the soil [[38]Wilson Supriadi Guchi H. Evaluasi sifat kimia tanah pada lahan kopi di Kabupaten Mandailing Natal Evaluation of soil chemical properties on coffee fields in Mandailing Natal District.Google Scholar]. The lower the volume weight of the soil, the higher the total pore value of the soil and the higher the organic matter content so that the flow of water for plant needs will be results of soil permeability measurements show that soil permeability has moderate criteria in all land units. In general, soil permeability is affected by the pore value of the soil. A large soil pore value will allow water to pass through and not store water so that the permeability value of the soil will be higher. The pore relationship to permeability is very clear where permeability may have a zero value if the pore value of the soil is getting smaller [[39]Purba Budiani Mardhiansyah M. Kontribusi hutan rakyat kemenyan Styrax spp. terhadap pendapatan rumah tangga petani studi kasus desa Simarigung kecamatan Dolok Sanggul Kabupaten Humbang Hasundutan Sumatera Utara Revenue contribution the community forests of Styrax spp. on farmers household income case studies simarigung village Sub-district of Dolok Sanggul Humbang Hasundutan Regency North Sumatera, Scholar]. Permeability is influenced by the magnitude of the pore value of the soil where the greater the pore value of the soil, the higher the permeability of the soil. The lower the pore value of soil, the lower the permeability value. Soil permeability is influenced by several soil physical factors such as soil texture, soil pore space, and soil unit weight. The greater the volume weight of the soil, the smaller the soil pore space and the smaller the permeability. In addition, soil permeability is also affected by soil density. The denser the soil content, the lower the pore value, the lower the unit weight, and the lower the permeability water flow rate. Furthermore, the factors that affect the size and the value of soil permeability are soil texture, soil structure, aggregate stability, soil pore size, porosity and soil organic matter content [[39]Purba Budiani Mardhiansyah M. Kontribusi hutan rakyat kemenyan Styrax spp. terhadap pendapatan rumah tangga petani studi kasus desa Simarigung kecamatan Dolok Sanggul Kabupaten Humbang Hasundutan Sumatera Utara Revenue contribution the community forests of Styrax spp. on farmers household income case studies simarigung village Sub-district of Dolok Sanggul Humbang Hasundutan Regency North Sumatera, Scholar]. For results of soil pH, C-Organik, CEC, and base saturation analysis results at the study sites are presented in Table 5Results of soil pH, C-Organik, CEC, and base saturation analysis analysis at the study primary data and criteria refer to reference number [[28]Institute for Soil Research Lembaga Penelitian TanahJenis dan macam Tanah di Indonesia untuk keperluan Survai dan pemetaan tanah daerah transmigrasi types of soil in Indonesia for the purposes of surveying and mapping soil in transmigration areas,. Lampiran terms of reference type A. Survai kapabilitas tanah. No. 59a/ Scholar].Land unitLocationSoil pHC-OrganikCECBase saturationVIAek Nauli Village Pollung Sub-district Village Dolok Sanggul Sub-district I Village Parlilitan Sub-district Open table in a new tab Based on the results of Tables 5 and it can be seen that the soil pH at the study site is included in the acid criteria in all land units. Soil acidity occurs due to the very fast weathering of minerals and rocks and leaching [[40]Simanjuntak Yunus A. Ridwanti B. Analisis pemasaran kemenyan Styrax spp. studi kasus kecamatan Pollung, kabupaten Humbang hasundutan marketing analysis of styrax spp. case study in district pollung, district Humbang hasundutan.Google Scholar]. The intensive weathering process can release nutrients which can eventually be washed away leaving only the end product of weathering and which generally doesn't contribute enough nutrients to plants. But if you look at the Styrax sp. fields in Humbang Hasundutan District, the community does not cultivate the Styrax sp. fields intensively, they just let the Styrax sp. fields grow with grass and only clear the roads to collect the sap. The sampling location is a hill area with quite high rainfall. This also causes acidity in the soil in the area. Meanwhile, according to the book Atlas of Seeds of Indonesian Forest Plants, it is said that Styrax sp. grows well at pH 4–7. This shows that the pH of the soil in Humbang Hasundutan Regency is in accordance with the pH of Styrax sp. growth. The low soil pH is also caused by the absence of organic matter added to the Styrax sp. stands. The addition of organic matter can increase soil pH [[41]Sianturi Analisis finansial usaha agroforestry kemenyan di desa Parbubu II kabupaten Tapanuli Utara Financial analysis of kemenyan agroforestry business in Parbubu II Scholar].Based on the results of Table 5, the highest C-Organic value is in land unit XXI and the lowest C-Organic is in Land unit VI. The cause of high C-Organic in kemenyan fields is caused by plant or animal residues contained in the soil. So without the provision of nutrients, C-Organic in Styrax sp. fields is very high. The highest Cation Exchange Capacity CEC value is in Land unit VI and the lowest Cation Exchange Capacity CEC is in Land unit XXI Table 5. Cation exchange capacity has an important role in terms of the adsorption of cations which can then be exchanged in the soil solution. If the soil has a high cation exchange capacity, it can be said that the soil has a high level of fertility [[42]Saputra Lee Evaluation of climate change impacts on the potential distribution of Styrax sumatrana in North Sumatra, Scopus 13 Google Scholar].In Table 5 show that the highest Base Saturation value is in Land unit XXI and the lowest Base Saturation is in Land unit VI. If base saturation is low, base cations will decrease and be replaced by H+ ions which can cause soil pH to decrease [43]. Where the base saturation value has a close relationship with pH so it affects the level of soil fertility. The acidity will decrease and fertility will increase with increasing base on Table 3, Table 4, Table 5, The soil texture is sandy loam in Aek Nauli Village Pollung Sub-district, Hutagurgur Village Dolok Sanggul Sub-district, and Pusuk I Village Parlilitan Sub-district. The lowest bulk density is found in Hutagurgur Village Dolok Sanggul Sub-district and the highest is in Aek Nauli Village Pollung Sub-district. In Aek Nauli Village Pollung Sub-district it is known that the Porosity value is high, in Hutagurgur Village Dolok Sanggul Sub-district it is known that the porosity value is very high and in Pusuk I Village Parlilitan Sub-district it is known that the porosity value is very high. Soil permeability has moderate criteria in research location. The soil pH at the study site is included in the acid criteria in all research location. The C-Organic is high in research location. The CEC is high in research location. Base saturation is very low in research Assessment of actual and potential land suitability for Styrax on the results of measuring the land characteristics of Styrax sp. at the research location, an evaluation of the actual and potential land at the research location was carried out, to find out the limiting factors that become obstacles if want to cultivate Styrax sp. at this location. Land suitability based on the biophysical properties of soil or land resources before input to overcome obstacles is called actual land suitability. Potential land suitability describes the level of land suitability to be achieved if there is improvement in all land units. The parameters used for land suitability assessment for Styrax sp. and the results of land evaluation using the matching method at the three study locations are presented Table 6, Table 7, Table 6Criteria for land evaluation in Aek Nauli Village Pollung Sub-district.Source primary data and criteria refer to reference number [[3]Silalahi J. Sukmana A. Antoko Sunandar Barus Manik Sanjaya H. Buku kecil Kemenyan Getah Berharga Tano Batak Small Book Precious Latex Styrax Sp. From the Batak People.Google Scholar,[5]Rahmawaty Land suitability for kemenyan cultivation in sari laba jahe village, sibiru-biru sub-district, deli serdang district, North Sumatra Scopus 0 Google Scholar,[19]FAO [Food and Agriculture Organization]A Framework for Land Evaluation. FAO Soil Scholar].Terms of use/land characteristicsObservation dataActual land suitability classLimiting factorPotential land suitability classTemperature tcAverage temperature °C22,16S1tcS1Availability of water waRainfall mm2395,9S1waS1Availability of oxygen oaDrainageWellS1oaS1Rooting media rcSoil textureSandy loamS2rcS2Soil depth cm>100S1rcS1Nutrient retention nrCEC soil cmol37,57S1nrS1Base saturation %1,05S1nrS1soil ph4,54S2nrS1C-organic %7,71S1nrS1Erosion hazard ehSlope %0–8%S1ehS1Erosion hazardLowS1ehS1Land Open table in a new tab Table 7Criteria for land evaluation in Hutagurgur Village Dolok Sanggul Sub-district.Source primary data and criteria refer to reference number [[3]Silalahi J. Sukmana A. Antoko Sunandar Barus Manik Sanjaya H. Buku kecil Kemenyan Getah Berharga Tano Batak Small Book Precious Latex Styrax Sp. From the Batak People.Google Scholar,[5]Rahmawaty Land suitability for kemenyan cultivation in sari laba jahe village, sibiru-biru sub-district, deli serdang district, North Sumatra Scopus 0 Google Scholar,[19]FAO [Food and Agriculture Organization]A Framework for Land Evaluation. FAO Soil Scholar].Terms of use/land characteristicsObservation dataActual land suitability classLimiting factorPotential land suitability classTemperature tcAverage temperature °C22,25S1tcS1Availability of water waRainfall mm2261,7S1waS1Availability of oxygen oaDrainageWellS1oaS1Rooting media rcSoil textureSandy loamS2rcS2Soil depth cm>100S1rcS1Nutrient retention nrCEC soil cmol saturation %1,80S1nrS1soil ph4,53S2nrS2C-organic %10,07S1nrS1Erosion hazard ehSlope %15–25%S2ehS1Erosion hazardLowS1ehS1Land Open table in a new tab Table 8Criteria for land evaluation in Pusuk I Village Parlilitan Sub-district.Source primary data and criteria refer to reference number [[3]Silalahi J. Sukmana A. Antoko Sunandar Barus Manik Sanjaya H. Buku kecil Kemenyan Getah Berharga Tano Batak Small Book Precious Latex Styrax Sp. From the Batak People.Google Scholar,[5]Rahmawaty Land suitability for kemenyan cultivation in sari laba jahe village, sibiru-biru sub-district, deli serdang district, North Sumatra Scopus 0 Google Scholar,[19]FAO [Food and Agriculture Organization]A Framework for Land Evaluation. FAO Soil Scholar].Terms of use/land characteristicsObservation dataActual land suitability classLimiting factorPotential land suitability classTemperature tcAverage temperature °C20,24S1tcS1Availability of water waRainfall mm of oxygen oaDrainageWellS1oaS1Rooting media rcSoil textureSandy loamS2rcS2Soil depth cm>100S1rcS1Nutrient retention nrCEC soil cmol saturation %1,47S1nrS1soil ph4,67S2nrS1C-organic % hazard ehSlope %15–25%S2ehS1Erosion hazardLowS1ehS1Land rc,nr, Open table in a new tab The results of the actual land evaluation for Styrax sp. in Aek Nauli Village Table 6 show that the average temperature °C, rainfall mm, availability of oxygen oa, drainage, soil texture, soil depth cm, CEC soil cmol, base saturation %, C-organic %, slope % and erosion hazard are highly suitable S1. only the soil pH and soil texture rc factors showed moderately suitable S2. Soil pH is a limiting factor that can be overcome while soil texture is an inhibiting factor that is difficult to overcome. This is in accordance with some of the results of research conducted in North Sumatra Province where rc is an inhibiting factor. [[9]Anas A. Kholibrina Growth and yield model for non-timber forest product of kemenyan Styrax sumatrana J . J . Sm in Tapanuli, North Sumatra Growth and yield model for non-timber forest product of kemenyan Styrax sumatrana J . J . Sm in Scholar,11Azhar Riswan Chandra Aulin Risnasari Marketing strategy for kemenyan styrax spp. by community around the protected area HPHTI of PT. Toba pulp Scholar, 12Sunandar Conformity map of Styrax spp. in North Sumatra utilization of geographic information system to develop land suitability map for Styrax spp. in North Sumatra.Google Scholar, ], so the potential land suitability for Styrax sp. in Aek Nauli Village is moderately suitable with the limiting factor results of the actual land evaluation for Styrax sp. in Hutagurgur Village Table 7 show that average temperature °C, rainfall mm, availability of oxygen oa, drainage, soil texture, soil depth cm, CEC soil cmol, base saturation %, C-organic %, and erosion hazard are highly suitable S1. Soil texture, soil pH and slope are moderately suitable S2. Soil pH and slope % are limiting factors that can be overcome while soil texture is an inhibiting factor that is difficult to overcome. The results of this study were supported by several previous studies that have been conducted in North Sumatra Province [[9]Anas A. Kholibrina Growth and yield model for non-timber forest product of kemenyan Styrax sumatrana J . J . Sm in Tapanuli, North Sumatra Growth and yield model for non-timber forest product of kemenyan Styrax sumatrana J . J . Sm in Scholar,11Azhar Riswan Chandra Aulin Risnasari Marketing strategy for kemenyan styrax spp. by community around the protected area HPHTI of PT. Toba pulp Scholar, 12Sunandar Conformity map of Styrax spp. in North Sumatra utilization of geographic information system to develop land suitability map for Styrax spp. in North Sumatra.Google Scholar, ], so that the potential land suitability for Styrax sp. in Hutagurgur Village is moderately suitable with the limiting factor being actual land evaluation results for Styrax sp. in Pusuk I Village Table 8 shows that Average temperature °C, Rainfall mm, Availability of oxygen oa, Drainage, Soil depth cm, CEC soil cmol, Base saturation %, C -organic %, and Erosion hazard are very suitable s1. Availability of water wa, soil ph, soil texture rc and slope % which shows moderately suitable S2. Soil pH and Slope % are limiting factors that can be overcome while Availability of water wa, and soil texture are inhibiting factors that are difficult to overcome, this is in accordance with several research results conducted in North Sumatra Province [[11]Azhar Riswan Chandra Aulin Risnasari Marketing strategy for kemenyan styrax spp. by community around the protected area HPHTI of PT. Toba pulp Scholar,[12]Sunandar Conformity map of Styrax spp. in North Sumatra utilization of geographic information system to develop land suitability map for Styrax spp. in North Sumatra.Google Scholar] where wa and rc are inhibiting factors. so that the potential land suitability for kemenyan in Pusuk I Village is moderately suitable with the wa and rc limiting factors. The actual and potential land suitability of Styrax sp. in research location is presented in Table 9Actual and potential land suitability of Styrax sp. in Humbang Hasundutan unitLocationActual land suitabilityPotential land suitabilityVIAek Nauli Village Pollung Sub-district Village Dolok Sanggul Sub-district I Village Parlilitan Sub-district rc,nr, Open table in a new tab In fact, Styrax sp. on Land unit VI is moderately suitable S2 with limiting factors being rooting media rc and nutrient retention nr. On Land unit XXI is moderately suitable S2 with limiting factors are rooting media rc, retention nutrient nr and erosion hazard eh. On Land unit XXIX is moderately suitable S2 with a limiting factor limiting factors are water availability wa, rooting media rc, nutrient retention nr and erosion hazard eh. The limiting factor is classified as heavy due to the availability of water wa, and root media rc cannot be repaired due to natural factors themselves. Meanwhile, nutrient retention nr can be improved by limiting the soil, applying organic and inorganic fertilizers and adding ash from combustion to increase soil pH and fertility, and erosion hazard eh can be improved by planting parallel to the contours and making terraces. Hence, after the improvement efforts were made, the potential land suitability class on Land unit VI and Land unit XXI is moderately suitable S2 with limiting factors are rooting media rc and On Land unit XXIX is moderately suitable S2 with a limiting factor are water availability wa and rooting media rc. The mapping of land suitability classes for Styrax sp. is shown in Fig. 7, Fig. 8 Fig. 8, Fig. on the results of the evaluation of Styrax sp. land suitability classes in three villages in Humbang Hasundutan District, this Styrax sp. is worth maintaining for development, especially in this area. If it is to be developed in other areas, then the characteristics of the land found at this research location must be considered, because it will affect the success of growth and productivity of Styrax sp. Planting of Styrax sp. activities by farmers are carried out by cultivating in monoculture and are usually passed down from generation to generation [44]. The planting of Styrax sp. by the community is limited to embroidering which is done to replace unproductive plants or cover vacant land. Only the saplings scattered on the forest floor are used as seeds in embroidery activities by farmers. The planting distance used by the community is between 3 m × 3 m and 5 m × 5 m so the planting density is around 400–700 trees/ha. In terms of maintenance of Styrax sp. gardens by farmers it is done traditionally where the farmers only weed the plants around the plants. The condition of Styrax sp. in the research location can be seen in Fig. the development and marketing of Styrax sp. in Pollung Village, several things need to be considered, such as the need to form business groups and cooperatives at the village level to avoid price speculation by collecting agents [45], Styrax forests/gardens managed through an agroforestry system [[9]Anas A. Kholibrina Growth and yield model for non-timber forest product of kemenyan Styrax sumatrana J . J . Sm in Tapanuli, North Sumatra Growth and yield model for non-timber forest product of kemenyan Styrax sumatrana J . J . Sm in Scholar,[27]Ansyori F. Rohmiyati Andayani N. Kajian produksi kelapa sawit pada tipe lahan rendahan gambut dan mineral Study of oil palm production on lowland land types peat and mineral.Google Scholar] to increase Styrax sp. production and combining with shade tolerant plants such as coffee, research and technical guidance is needed for Styrax farmers, use of superior Styrax sp. seeds to increase sap productivity and also accelerate harvest production, expansion of Styrax sp. forests/gardens as part of recovery efforts land, and improvement of environmental quality and carrying capacity. The role of the government, private sector, academics and NGOs is expected to help promote Styrax sp. sp. sap produced from trees of the Styracaceae family is classified as non-timber forest products NTFPs [[20]Ritung S. Nugroho K. Mulyani A. Suryani E. Technical Guidelines for Evaluating Land for Agricultural Commodities Revised Edition.Google Scholar]. The demand for Styrax sp. resin are still very high. Styrax sp. communities/farmers in North Sumatra still cultivate Styrax sp. because it has high economic value and is a source of income. The sap of Styrax sp. is sold by the public for export purposes. Styrax garden in North Sumatra Province were plants that lived naturally in the forest. Then, after knowing the economic benefits, planting started to increase the number of kemenyan trees in the forest. Kemenyan forests have economic and ecological functions. Aside from being a source of community income, the kemenyan forest also functions as a water system regulator and maintains soil fertility. Kemenyan sap has economic value as a non-timber forest product and is used in cosmetics, preservatives, religious events, perfumery, and the tobacco industry. Kemenyan forests are a simple livelihood passed down from generation to generation [[22]L Setyowati D. Sifat fisik Tanah dan kemampuan tanah meresapkan air pada lahan hutan, sawah, dan permukiman soil physical properties and soil absorbing water capacity on forest land, paddy fields, and settlements.Google Scholar].Future distribution and management of the styrax sp. were mainly based on LULC changes and future climate conditions. Climate change has a great impact on Styrax sp. distribution with increasing temperature. Tree species cannot survive in areas with high temperatures outside of the shrub, forests, and gardens [46]. Styrax sp. requires the mean temperature of the coldest quarter between 13 and 19 °C to survive. Additionally, biophysical factors such as altitude, slope, aspect, and soil type are important data sets for predicting the suitability site for styrax ConclusionThe characteristics of the Styrax sp. land at the research location Aek Nauli Village Hutagurgur Village and Pusuk I Village, consisted of low temperatures in land units XXIX and moderate in land units VI and XXI. High humidity on all land unit in research location. Rainfall in Land Units VI and XXI is dominated by moderate and high rainfall in Land Unit XXIX. In Land unit XXI, Dolok Sanggul Sub-district is in the C climate category, In Land Unit VI, Pollung Sub-district is categorized in a moderate climate which is in climate D. in Land unit XXIX, Parlilitan Sub-district has a B climate with a wet climate category. The soil texture is sandy loam for land unit in research location, the lowest bulk density is found in land unit XXI and the highest is in land unit VI. In land unit VI Hs Alu A IV it is known that the Porosity value is high, in land unit XXI Hs Alu C XXI it is known that the porosity value is very high and in land unit XXIX Pt Alu C XXIX it is known that the porosity value is very high. Soil permeability has moderate criteria in all land units in research location. The soil pH at the study site is included in the acid criteria in all land units in research location. The C-Organic is high in all land units in research location. The Cation Exchange Capacity CEC is high in all land units in research location. Base saturation is very low in all land units research actual land suitability for Styrax sp. was moderately suitable S2 in Land unit VI, Land unit XXI, and Land unit XXIX. On Land unit VI, the limiting factors are rooting media rc and nutrient retention nr. On Land unit XXI, the limiting factors are rooting media rc, retention nutrient nr and erosion hazard eh. On Land unit XXIX, the limiting factor limiting factors are water availability wa, rooting media rc, nutrient retention nr and erosion hazard eh. After the improvement efforts were made, the potential land suitability class on Land unit VI and Land unit XXI is moderately suitable S2 with limiting factors are rooting media rc and on Land unit XXIX is moderately suitable S2 with a limiting factor are water availability wa and rooting media rc.Uncited references[[2]Ambarita Sitorus H. Modal Sosial komunitas petani kemenyan dalam pelestarian hutan kemenyan di Desa pandumaan, kecamatan pollung, kabupaten Humbang hasundutan social capital of the kemenyan farming community in preserving the kemenyan forest in pandumaan village, pollung sub-district, Humbang hasundutan regency,.Google Scholar]; []; [[7]Rahmawaty S. Frastika Marpaung Short communication use of geographic information system for mapping of Aquilaria malaccensis land suitability in North Sumatra, Scopus 14 Google Scholar]; [[8]Danu Effect of age of cutting materials and growth regulators on success of Styrax sp. Styrax benzoin Dryand Scholar]; [[14]Susilowati A. Rahmat Kholibrina Ramadhani R. Weak delineation of Styrax species growing in North Sumatra-Indonesia by matK+rbcL Scopus 9 Google Scholar]; [[15]Central Bureau of Statistics Kabupaten Humbang Hasundutan dalam Angka 2020 Humbang Hasundutan Regency in Figures.Google Scholar]; [[18]Tarigan M. Nugroho D. Firman B. Kunarso A. 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North Tapanuli district, 2019Saputra Lee Evaluation of climate change impacts on the potential distribution of Styrax sumatrana in North Sumatra, 2021; 13 462 infoPublication historyAccepted June 1, 2023Received in revised form May 21, 2023Received November 22, 2022Publication stageIn Press, Accepted ManuscriptIdentificationDOI 2023 The Authors. Published by Elsevier Ltd. User license Creative Commons Attribution – NonCommercial – NoDerivs CC BY-NC-ND How you can reuse Permitted For non-commercial purposes Read, print & download Redistribute or republish the final article Text & data mine Translate the article private use only, not for distribution Reuse portions or extracts from the article in other works Not Permitted Sell or re-use for commercial purposes Distribute translations or adaptations of the article Elsevier's open access license policy ScienceDirectAccess this article on ScienceDirectView Large ImageDownload Hi-res image Download .PPT Related Articles Jumlah Pengunjung 6,933 Makanan Khas Dolok Sanggul – Dolok Sanggul merupakan Ibukota dari Kabupaten Humbang Hasundutan, Sumatra Utara, Indonesia. Kbupaten Humbang Hasundutan, merupakan daerah pemekaran yang masih baru, namun menyimpan sejumlah potensi kuliner yang spektakuler. Seperti daerah lainnya, KOta Dolok Sanggul juga mempunyai kuliner dan makanan khas yang wajib kalian coba kelezatnya. 6 Kuliner dan Makanan Khas Dolok Sanggul Humbang Hasundutan 1. Kopi Arabika Dolok Sanggul Humbang Hasundutan – Foto Tokopedia Dari namanya saja sudah jelas, kopi ini berasal dari Kecamatan Dolok Sanggul, Ibukota Kabupaten Humbang Hasundutan, Sumatra Utara. Selama dua tahun terakhir kopi menjadi komoditas yang sangat menjanjikan bagi petani seiring meningkatnya permintaan pasar terhadap kopi asal daerah ini. Kopi yang dihasilkan petani daerah dinilai memiliki kualitas ekspor sehingga permintaan dari beberapa negara seperti Amerika Serikat, Jerman dan Korea Selatan semakin tinggi. Karakter khas kopi arabika Dolok Sanggul adalah biji berwarna hijau kebiru-biruan greenbean dengan ukuran mungil, sedangkan aromanya khas dan menyengat. Saat diseduh, aromanya kuat. Terdapat semacam rasa gula merah atau coklat dan rasa asam buah yang memikat. Pahitnya segar dan lekat di langit-langit mulut. Karena karakter yang khas dan kuat membuat semua metode penyajian cocok. Jika digunakan sebagai bahan dasar untuk kopi blended campuran pun, kopi Dolok Sanggul juga pas. 2. Rendang Daging Kuda, Makanan Khas Dolok Sanggul Rendang Daging Kuda,Makanan Khas Dolok Sanggul – Foto YouTube Makanan Khas Dolok Sanggul lainnya adalah Rendang Daging Kuda. Proses memasak rendang daging kuda terbilang cukup lama. Hal ini dilakukan karena selain untuk mempertahankan cita rasa, juga agar daging lebih empuk dan enak untuk disantap. Untuk bisa menikmati daging kuda, cukup merogoh kocek Rp. untuk satu porsinya. Penikmat kuliner ini juga sudah disuguhi dengan sup daging kuda. Sebagai informasi, daging kuda ini sudah lulus dan layak dikonsumsi umat Muslim. Semua daging kuda yang akan dijual di pasar terlebih dahulu dipotong di Rumah Potong Hewan RPH. Baca Juga ya Cobain 6 Makanan Khas Rantau Prapat Labuhanbatu Intip 6 Makanan Khas Kabanjahe Kabupaten Karo Yang lezat 3. Aneka Keripik Rasa Andaliman Keripik Rasa Andaliman – foto Kota Dolok Sanggul juga menyediakan kuliner khas berupa aneka keripik meliputi keripik pisang, keripik akar kelapa, roti bawang andaliman, dan kacang tojin andaliman. Anda bisa mendapatkan aneka keripik ini di beberapa toko, mini market dan tempat keramaian di sekitar loket angkutan Dolok Sanggul dan lokasi objek wisata Sipincur. 4. Naniura, Makanan Khas Dolok Sanggul yang Lezat Naniura, Makanan Khas Dolok Sanggul – Foto Naniura adalah jenis makanan hasil olahan ikan. biasanya ikan yang digunakan yaitu ikan mujahir atau ikan mas. Proses pengolahannya diawali dengan mengiris tipis-tipis daging ikan selanjutnya dicuci sampai bersih. Tiriskan sampai air benar-benar kering, masukan air perasan utte jungga atau jeruk Batak. Setelah itu siram daging ikan dengan bumbu kuning. Adapun komposisi bumbu kuning terbuat dari bawang merah, bawang putih, cabai merah, kemiri, kencur, jahe, kunyit, dan tentu saja andaliman. Bumbu-bumbu tersebut sebelumnya sudah disangrai kemudian dihaluskan memakai ulekan. Setelah ikan disiram diamkan selama empat jam, dan sekarang naniura siap disantap. Naniura dihidangkan pada piring besar dengan penataan yang cantik. Bumbu kuning yang disiramkan pada ikan sangat banyak bahkan sampai menggenang memenuhi piring. Hal ini membuat ikannya nyaris tak terlihat. Daging ikannya empuk. Rasa pedas, manis, dan gurih dari ikan segar masih sedikit terasa. Sekali pemesanan naniura dihargai Rp. Namun dengan hara tersebut porsinya bisa buat rame-rame. Kelezatan Naniura membuatnya menjadi salah satu Kuliner dan Makanan Khas Dolok Sanggul Humbang Hasundutan yang tak boleh kalian lewatkan. 5. Sambal Andaliman Sambal Andaliman, kuliner dan Makanan Khas Dolok Sanggul – Foto Sambal andaliman diproduksi oleh warga asli Dolok Sanggul bernama Charly Silaban. Sambal khas Dolok Sanggul ini rasanya pedas dan sangat cocok untuk melengkapi segala macam masakan. Sebut saja ikan mujahir, ikan mas bakar, atau cumi goreng bahkan chicken cordon blue semakin terasa mantap bila dipadukan dengan sambal andaliman. Bila penasaran dengan rasa nikmat yang ditawarkan, sambal andaliman bisa didapatkan dengan memesan secara online di media sosial. Misalnya instagram, facebook, twitter maupun e-commerce tokopedia, bukalapak, lazada, elevenia, mataharimall, blibli, maupun blanja. Atau bisa juga didapatkan di toko-toko souvenir di kawasan Danau Toba. Namun bila masih penasaran, jangan ragu juga untuk berkunjung ke Dolok Sanggul untuk melihat langsung proses pembuatan sambal andaliman. 6. Ayam Napinadar Ayam Napinadar, Makanan Khas Dolok Sanggul – Foto resep masakan tradisional indonesia Kuliner dan Makanan Khas Dolok Sanggul Humbang Hasundutan lainnya adalah Ayam napinadar. Ayam ini mempunyai ciri khas rasa pedas yang nyelekit di lidah karena penggunaan andaliman. Satu lagi ciri khas napinadar yaitu menggunakan darah ayam sebagai campuran dari protein. Maka dari itu, wisatawan muslim tidak dapat menikmati makanan yang satu ini. Kabar bahagianya adalah kini napinadar dapat diolah tanpa campuran darah sehingga dapat dinikmati semua penganut agama, utamanya Islam. Untuk mengolah napinadar, ayam dimasak dengan cara dibakar. Setelah ayam matang dituangkan saus dari bumbu yang dihaluskan dan dimasak. Rempah dan bumbu melumuri seluruh potongan ayam yang disajikan. Rasa pedas hadir bersama rasa gurih dan asin yang berasal dari bumbu serta rempah lainnya. Ayam napinadar dijual dengan harga Rp. per porsi dan bisa dijumpai di hotel dikawasan Toba, restoran, atau di warung. Biasanya ayam napidnar yang dihidangkan restoran atau hotel tidak menggunakan darah ayam. Namun jika di warung-warung kebanyakan masih menggunakan darah. Meski begitu tidak ada salahnya pengunjung memberi catatan agar napinadar tidak diolah menggunakan campuran darah.

dolok sanggul humbang hasundutan