This study aims to determine the mechanism, level of participation, financial analysis in following the delayed logging program in community forests. The research was located in the community forests of Watudemba and Ulu Lakara villages, Konawe Selatan District from April to May 2018. Data collection techniques were carried out by observation, direct communication with 16 respondents and bibliographical studies. n addition, measurements were made by making 17 sample plots of teak stands (Tectona grandis L.f). The data analysis uses quantitative and qualitative methods. The results showed that: 1) The delay logging program mechanism consists of three stages, namely agreeing and signing a pending felling program agreement, distribution and loan repayment. 2) While the level of community participation in participating in the delayed cutting program at the planning stage (moderate-high, 81.25%), organizing (moderate-high, 68, 75%), implementation (moderate-high, 81.25%), as well as supervision and evaluation (moderate-high, 56.25%). 3) NPV value obtained is Rp. 266,811,200,-; BCR value obtained was 5.29; and the IRR value obtained by 37% over the age of the analysis of twenty years.This study aims to determine the mechanism, level of participation, financial analysis in following the delayed logging program in community forests. The research was located in the community forests of Watudemba and Ulu Lakara villages, Konawe Selatan District from April to May 2018. Data collection techniques were carried out by observation, direct communication with 16 respondents and bibliographical studies. n addition, measurements were made by making 17 sample plots of teak stands (Tectona grandis L.f). The data analysis uses quantitative and qualitative methods. The results showed that: 1) The delay logging program mechanism consists of three stages, namely agreeing and signing a pending felling program agreement, distribution and loan repayment. 2) While the level of community participation in participating in the delayed cutting program at the planning stage (moderate-high, 81.25%), organizing (moderate-high, 68, 75%), implementation (moderate-high, 81.25%), as well as supervision and evaluation (moderate-high, 56.25%). 3) NPV value obtained is Rp. 266,811,200,-; BCR value obtained was 5.29; and the IRR value obtained by 37% over the age of the analysis of twenty years.[Reviewer1] [Reviewer1]Menyesuaikan dengan abstrak bahasa indonesia
This study aims to determine the climatic conditions that occur at Sengon cultivation sites and determine the standing potential number of trees, base area, and volume of sengon stands in community plantation forests that follow the people's seed garden program. Data collection is carried out in August to November 2018. The location of this village is at the coordinates of 04° 5'12 '' - 04°3'15'' LS and 122° 24'00'' - 122° 23'00'' BT and at altitude of 108 m above sea level. The population in this study is the sengon stand with an area of 5.8 ha. The sample area is determined with an intensity of 6.2% and the area of 1 plot is 0.04 ha, so the number of plots is 9 units. The results showed that 1) climatic conditions in the study location are classified as type B climate or wet (Schmidth-Ferguson method) including the category of tropical rain forests with an average number of wet months (BB) 9.2 and dry months (BK) 1.5 with a Q value of 0.16. Average annual rainfall is 2 662.6 mm, the monthly average rainfall of the highest in May was 347.4 mm with an average number of rainy days by 22.5 days and the lowest in September was 83.0 mm with an average rainy day of 11 days, while the longest rainy day occurred in April during 22.6 days with rainfall reaching 262.1 mm and the fastest occurred in October for 10.3 days with rainfall reaching 101.7 mm. The average annual temperature is around 230C with an 320C, with the lowest monthly average of 25.3oC (August) - 28.1oC (December). This fact indicates that the climatic conditions in Jati Bali Village South Konawe District are suitable for the development of sengon plants. 2) the potential of sengon stands in the village of Jati Bali South Konawe Regency, namely the number of trees 866 btgha-1, base area of 9.76 m2ha-1, volume of stands of 94.15 m3ha-1.
Maraknya menanam tanaman dengan cara Hidroponik saat ini, banyak digemari karena tidak memerlukan tanah dan lahan yang luas. Menanam hidroponik menggunakan metode NFT (Nutrient Film Technique) dibutuhkan aliran air yang tetap terjaga, tujuannya mengalirkan air nutrisi pada akar tanaman. Dalam praktiknya, PLN digunakan menghidupkan pompa air tersebut namun bila suplai energi dari PLN mati akibat gangguan atau kealpaan maka pasokan nutrisi tanaman juga akan ikut terhenti sehingga diperlukan suatu solusi. Tujuan kegiatan pengabdian kepada masyarakat (PKM) adalah peningkatan pengetahuan dan keterampilan dalam penerapan sistem pembangkit listrik tenaga surya untuk tanaman hidroponik khusunya pada mitra kegiatan yaitu usaha Nuri Holti Hidro. Kegiatan dilaksanakan pada tanggal 29 - 30 Juni 2022 diikuti 20 peserta. Tahapan PKM: (1) tahap persiapan - rapat tim, koordinasi dengan mitra, dan persiapan sarana dan peralatan; dan (2) tahap pelaksanaan pelatihan dan bimtek. Pelatihan dilaksanakan dengan metode demostrasi. Hasil evaluasi pre tes diketahui bahwa pengetahuan dan keterampilan tentang penerapan sistem pembangkit listrik tenaga surya untuk tanaman hidroponik, dari peserta pelatihan hanya sebesar 40 persen. Sedangkan hasil evaluasi post tes setelah kegiatan pelatihan penerapan sistem pembangkit listrik tenaga surya untuk tanaman hidroponik. terjadi peningkatan sebesar 85 persen dari peserta pelatihan. Penerapan sistem pembangkit listrik tenaga surya untuk tanaman hidroponik lebih fleksibel untuk lokasi tanaman hidroponik yang terbuka/dibawah sinar matahari.
The mangrove forest, located in the Kelurahan Lahundape in recent years, is being developed as a natural tourism area by the Kendari City Government. The success of its development can be seen in the increasing number of visitors. Thus, this research focuses on assessing the economic valuation of natural tourism services and landscape design of mangrove natural tourism areas. Data collection was carried out in Lahundape Village, West Kendari District, from August to September 2019. The target in this study was divided into 2 (two): 1) human groups and 2) the biogeophysical condition of the mangrove ecosystem. The sample selection on the first target is chosen deliberately, which must meet the sample quota (1152 people). The sample on the second target was obtained from observation and secondary data. Data analysis for the economic valuation of natural tourism uses the travel cost method, including transportation, consumption, parking, tickets, and documentation. The landscape design is determined after analyzing the biogeophysical conditions, facilities, and infrastructure and the motivation and interest of visitors to the Lahundape mangrove natural tourism area. The results showed that 1) the temporary economic valuation of Lahundape Mangrove Natural Tourism was IDR. 491,824,240.-/year. 2) The recommended landscape design is adequate vehicle parking space, worship infrastructure, toilets, connecting roads in mangrove areas, landfills, play infrastructure and docks for boats as attraction facilitation, and the addition of mangrove green lanes.
Clean water is a basic need of the community to live properly following the targets of development policies to realize the Cipta Karya program 100 -0 -100, namely 100% access to clean water, 0% slum settlements, and 100% access to good sanitation. Considering that clean water is an unlimited and sustainable need that must be fulfilled every day, it is not only about a sufficient amount of discharge but in quality, it meets a proper standard and in quantity and continuity must be able to meet the needs of the population it serves. In the aspect of economic life, water is also important for agriculture, cultivation, power generation, transportation, and industry. The entire population of Indonesia has the right to obtain adequate, adequate, and affordable clean water infrastructure and facilities. The purpose of this research is to analyze the projections and mapping of the need for clean water sources for the population and the need for facilities and infrastructure to increase the availability of water sources. The research location covers the entire administrative area of Muna Regency which consists of 22 districts that oversee 152 villages/wards, namely Kontunaga, Watopute, Katobu, Lohia, Duruka, Batalaiworu, Napabalano, Lasalepa, and Towea districts (Zone I). Furthermore, the districts of Tongkuno, Tongkuno Selatan, Parigi, Bone, Marobo, Kabawo, Kabangka, and Kontu Kowuna (Zone II). And in the districts of Wakorumba Selatan, Pasir Putih, Pasi Kolaga, Maligano, and Batukara (Zone III). The data obtained are in the form of population data, population projections, projected domestic water needs for the population, projected non-domestic water needs for the population, projected total water needs for the population, and projected drinking water supply system needs which are then analyzed from 2015-2035 in quantitatively descriptive. The results showed that the results of the calculation of the projected water needs of the population according to the Water Source zone of Muna Regency in 2015-2035 showed that the water demand of Muna Regency in 2015 was 8,606 m 3 . The water demand for the next five years, namely in 2020 for the entire zone, is 9.600 million m 3 . It was further explained that the total water demand for the entire water source zone of Muna Regency in 2025 was 10,709 million m 3 . The total water demand for the www.videleaf.com entire water source zone of Muna Regency for the next five years, namely in 2030 is 11.946 million m 3 . Furthermore, it is explained that the total water demand in the study area in 2035 is 13,326 million m 3 . As for the number of drinking water supply systems in Muna Regency, there are 27 units in Zone I as many as 13 units, Zone as many as 10 units, and Zone III as many as 4 units. The need for drinking water supply systems in Zone I is 19 units, Zone II is 12 units and Zone III is 5 units.
The purpose of this study is to determine the effects of climate change and the adaptation forms of the Bajo tribe that are felt in the coastal regions of Wawonii Indonesia. This research method is the type of data used in this study is the type of qualitative data and surveys, data collection techniques used in this study were interviews, discussion, questionnaire distribution, and field observations. The results showed that the impact of climate change in the Langara Laut village can be felt by increasing the cost of residential renewal activities by a percentage of 52.5% of respondents with 21 people, then shifting livelihoods to a percentage of 22.5% with respondents 9 lives, and the risk of activities at sea in the Bajo tribe community increased as a percentage 25.0% with respondents 10 people. As for the form of adaptation carried out by the Bajo Tribe community in Langara Laut by making stronger residential measures (Protective) a percentage of 52.5% with respondents 21 people, then diversifying livelihoods/diversification is part of a form of relocation action percentage of 22.5% with respondents 9 people, and the use of transportation (ships) and fishing gear that is more effective in other words a form of accommodation measures 25.0% with respondents 10 people.
Indonesia is a country with the second-longest coastline globally and has the most extensive mangrove forests in the world. Mangrove forests are included in the blue carbon group, which per hectare store up to four times more carbon storage than tropical forests. Mangrove forests play an essential role in absorbing carbon emissions in the air and storing a lot of carbon compared to natural forests. This study aims to determine carbon storage and CO 2 absorption in mangrove forests in Kabaena Barat Subdistrict, Bombana Regency. The data comes from direct measurements in the field, namely above-ground carbon, carried out without damaging trees, only covering carbon in tree vegetation. It is the largest proportion of carbon storage on land. The data collection used a survey method to identify mangrove species, circumference, tree trunk diameter at breast height (dbh), biomass, carbon storage, CO 2 absorption, and 22 plots of plotted line method with eight transects. The results showed that 10 types of mangrove species were found on the transect observation, namely Avicennia alba, Avicennia marina, Avicennia lanata, Avicennia sp., Bruguiera cylindrica, Bruguiera gymnorhiza, Rhizophora apiculata, Rhizophora mucronata, Sonneratia alba, and Xylocarpus granatum. With the total amount of biomass stored in Kabaena Barat Subdistrict's mangrove forests, Bombana Regency, is 6,664.93 tons ha -1 with carbon storage of 3,065.85 tons ha -1 and carbon dioxide absorption of 11,241.55 tons ha -1 .
The people of Gunung Jati Urban Village, Kendari District, Kendari City have a relatively low economic level amidst the increasing demand. The agricultural products obtained by the community are still considered unable to meet the needs of life. In addition, they are located in the area around the Nipa-Nipa Grand Forest Park (GFP) which is relatively steep and critical, so there is great concern if the community is cutting trees that could threaten forest sustainability. Therefore, the purpose of this service are 1) To provide understanding to farmers about the importance of developing multi-purpose plants and 2) Realizing forest conservation by providing multi-purpose plant seeds to be planted on community-owned land. The method of implementing the program is community-based, namely through multi-purpose plant cultivation training accompanied by assistance with counseling and discussions. The results of this service are 1) The understanding of farmers has begun to increase, namely about 18 people (72%) who already have a very good understanding of developing MPTS plants and 2) The success of planting can be seen from the percentage of seeds that grow and develop by 90% which is part of from vegetative conservation. Lack of public awareness in preserving the Tahura Nipa-Nipa including maintaining the plants that have been given, because economic pressure is still a serious obstacle. Therefore, there is still ongoing assistance with socialization and the addition of multi-purpose plant seeds in the next program.
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