Oil Palm Plantation Area Research Articles

Analysis of Soil Nitrate Ion Selective Electrode (ISE) Sensor Using Arduino UNO

The ecological concern over soil and groundwater pollution caused by agricultural activities has led to the growing interestin precision agriculture. One of the most common types of fertilizer is the nitrogen fertilizer which needed in major amount for plant growth. Over fertilization will contaminate soil and groundwater which can have adverse effect on environment and human health.The main purpose of this research is to measure soil nitrate concentration using nitrate ion-selective electrode (ISE) sensor and Arduino programmable microcontroller. The optimum soil-to-water ratio and the effect of soil solution clarity will be investigated. Standard sampling procedures was conducted at oil palm plantation area, Felda Bukit Goh, Pahang, Malaysia. Validation of the results were carried out in the laboratory. The recorded data indicated accurate readings for Nitrate ISE Arduino wasR² = 0.84. The soil-to-water ratio of 1:2.5 was observed as an optimal proportion ISE analysis. A clear soil solution was crucial for maintaining the accuracy of ISE sensor, to avoid declining of 46.2% accuracy.These results could assist researchers and farmers to accurately monitor the concentrations of soil nitrate on the field effectively as well as an insight to ISE sensor with Arduino technologies.

Conflict Management Policy on Oil Palm Plantations in Riau Province: Islamic Review

Riau Province has a large area of oil palm plantations. Of the land area of 2.32 million hectares, 1.53 million hectares are oil palm plantations owned by the community. In 2019, there were 51 cases of natural resource conflicts in Riau Province, of which the plantation sector was the most with 40 cases (78.40 percent). This study applied a qualitative descriptive method to understand the phenomenon of plantation land conflict that aimed to: (1) identify the factors that cause conflicts in oil palm plantations in Riau Province; (2) identify current policies related to the handling of plantation conflicts and (3) recommend policy suggestions that better protect the interests of the community from an Islamic perspective. This study concluded as follow: (1) the causes of land conflicts identified are non-legal factor which is related to the management of land use and access, and legal factor which is related to judicial and regulation overlap; (2) Regarding the current policies related to plantation land conflicts, the development of oil palm plantations is basically in line with the mandate of the 1945 Constitution that natural resources are controlled by the state and used for the prosperity of the people.; (3) to protect the community interests in plantation land, this study recommends policy based on Islamic guidelines in land ownership. Islamic law classifies ownership into individual property rights (al-milkiyah al-khassah), collective property rights (al-milkiyyah al-'ammah) and state property rights (al-milkiyah al-daulah). This classification protects the community's property rights individually and collectively because investors cannot dictate the state to take over community ownership. Islam also has rules for activating inactive land and distributing it to people who can manage it, which will be the solution to unauthorized land use that is prone to conflict.

TINJAUAN YURIDIS PENGEMBANGAN PERKEBUNAN KELAPA SAWIT BERDASARKAN UUPA DI TANAH MERAH PAPUA

In light of the government's policy of issuing permits for land clearing for oil palm plantations with the aim of increasing the area of oil palm plantations in Papua from 6 million to 20 million hectares based on Law Number 18 of 2004 concerning Plantations and TAP MPR Number IX /MPR/2001 concerning Agrarian Reform and Natural Resource Processing. Law No. 32 of 2004 established the independence of the provincial and district governments. The purpose of this study is to raise, examine, and critically assess the legal analysis of the construction of an oil palm plantation based on the LOGA in Tanah Merah Papua. Therefore, qualitative research methodology and normative juridical are needed, which use analytical techniques in the form of library research. The findings of this study indicate that clearing forests for oil palm plantations will exacerbate the impacts of climate change and ultimately damage the environment. The environment will be more vulnerable to pests, diseases, erosion processes, and land degradation due to loss of biodiversity.

The effect of water volume on growth of several oil palm varieties (Elaeis guineensis Jacq.) aged of 8-14 months in main nursery

Oil palm plantation has an important role for the development of national plantation in Indonesia, in purpose to create job opportunities that lead to community welfare and also become the source of foreign exchange or tax for the country. Over the last four years, the area of oil palm plantation in Indonesia has increased from 10.4 million hectares since 2013 and continued to 12.30 million hectares in 2017 with total production 34.47 million tons of Crude Palm Oil (CPO). This research was conducted using experimental research by applying the form of the two-stage nested plot with the treatment arrangement of factor 2 into factor 1. The first factor was oil palm variety which includes of 3 levels, namely V1: Tenera DxP Marihat variety, V2: Tenera DxP Topaz 3 variety, and V3: Tenera DxP Socfindo Lame variety. The second factor was the volume of water supply which consists of 4 levels, namely A1 = 1000 ml per day per plant, A2 = 1500 ml per day per plant, A3 = 2000 ml per day per plant, and A4 = 2500 ml per day per plant. The Observation parameters are photosynthetic rate, leaf area, seedling height, and diminutive diameter of trunk, number of leaves, wet weight, plant roots, root crown ratio, and seed quality index. The results showed that the volume of water affected all growth components of several varieties of oil palm seedlings, both on the variables of photosynthesis rate, leaf area, seedling height, and diminutive diameter of trunk, number of leaves, wet weight, plant root volume, root crown ratio, and seed quality index.

Populasi dan Keanekaragaman Serangga Penyerbuk di Kebun Kelapa Sawit Desa Rantau Kapas Bukit Paku Kabupaten Batanghari

The presence of pollinatting insect is an unseparated part in oil palm cultivation. The insect population and its diversity will affect the pollination process that will produce a good fruit. This study aimed to determine and study the population as well as the species diversity of pollinating insects on smallhoulder oil palm plantations in Rantau Kapas Bukit Paku Village, Batanghari Regency. Unformated Trials was carried out as the experimental design and the location was porpusively chosen because there were plants under study and were uniform in that location.The method used was a descriptive survey method, which deal with observing the types and numbers of pollinating insects caught at the sample locations in smallholder oil palm plantations aged 6 years. Catching pollinating insects used Kairomix pheromone traps. The results of the study showed that there were 18,301 species of E kamerunicus and 478 species of Thrips hawaiiensis pollinated insects were caught, while 378 non-pollinated insects were caught in the oil palm plantation area in the Bukit Paku area. The general morphology of the fruit was Tenera fruit type, with the average of Fresh Fruit Bunch (FFB) weight as 9.4 kg.

Life cycle assessment and life cycle costing analysis for uncertified and Malaysia sustainable palm oil - MSPO-certified independent smallholders

The Malaysian Sustainable Palm Oil (MSPO) Scheme was established by the government of Malaysia to mandate MSPO certification on all palm oil stakeholders within the country by year 2019 as an initiative for sustainable palm oil production. However, independent smallholders (ISH) who account for 16.71% of the total palm oil plantation area in Malaysia have shown a low MSPO registration rate of 24.82% by midyear 2020. Therefore, it is vital to encourage MSPO certification and incorporation of sustainable production practices in ISHs in order to maintain the supply of certified palm oil. The current study has compared the environmental life cycle assessment (LCA) and life cycle costing (LCC) on the uncertified and MSPO-certified fresh fruit bunches (FFB) production among independent smallholders to determine the impacts of MSPO implementation. Based on the LCA findings using ReCiPe 2016 Endpoint (H), a net decline in environmental impacts will result when independent smallholders adopt MSPO certification. With at least 10.116% decrease in all impact categories except the Mineral Resource Scarcity category (18.065% increase), the endpoint results indicate that MSPO implementation in independent smallholders can overall reduce the environmental impacts from Human Health (99.913%), Ecosystem Quality (99.958%), and Resources (90.223%) categories. The study also finds out that certified ISH systems can further improve by replacing mineral fertilizers with organic fertilizers. In terms of LCC, the net present value in MSPO-certified ISHs (127,092.56 USD) for a 3.94 ha plantation and 25-year life cycle was found to be approximately 39% higher than uncertified ISHs (91,017.84 USD), indicating an increased economic profitability in an ISH system when MSPO is implemented.

Biogas Power Generation from Palm Oil Mill Effluent (POME): Techno-Economic and Environmental Impact Evaluation

Using palm oil mill effluent (POME) to produce biogas is an alternative and sustainable way to control POME GHG emissions while also providing economic benefits. The increasing area of oil palm plantations encourages an increase in palm oil production and the generation of POME in Indonesia. This could increase potential GHG emissions and global warming. In contrast, biogas power plants from POME are less attractive for economic investment in Indonesia. However, as the world’s largest palm oil producer, Indonesia still lacks techno-economic and environmental studies of biogas power generation from POME. This study aimed to evaluate the technical, economic, and environmental aspects of the biogas power generation from POME at the study site (Bangka Island, Indonesia). The result shows that the biogas plant at the study site can reduce COD levels of POME by up to 91% and produce biogas at 325,292 m3/month, with a 55% methane content. Biogas can be converted into electrical energy at 696,163 kWh/month. The operation of this biogas plant can reduce GHG emissions by 1131 tons CO2-eq/month, with low profitability (NPV of IDR—1,281,136,274, IRR 6.75%, and a payback period of 10.8 years). This evaluation proves that the main problem in the factory is the POME used, which is insufficient, and which could be overcome by purchasing POME from other palm oil mills. Furthermore, using the mesophilic anaerobic degradation process at the study site is feasible. However, a technological shift from closed lagoons to more efficient bioreactors is urgently needed, to increase the process efficiency and economic benefits.

STRATEGI PENGELOLAAN AREAL DENGAN KONSERVASI TINGGI PADA PERKEBUNAN KELAPA SAWIT (STUDI KASUS PT ADEI PLANTATION & INDUSTRY KEBUN MANDAU)

The journey of the development of oil palm plantations in Indonesia has always been tinged with negative accusations and influences on export bans at the global level (world market). Facing these allegations, Indonesia has a sustainable oil palm plantation scheme contained in Permentan No. 38 of 2020 which contains the obligation of plantation businesses to own and manage areas with high conservation (NKT) in the company's operational area (HGU). The existence of NKT area in the plantation area becomes a mandatory requirement for sustainable oil palm plantations to be accepted by the world market. This research is important to do because, until now, the study of NKT area management strategies in oil palm plantation areas is still very lacking. This research was conducted at PT Adei Plantation & Industry Kebun Mandau, using survey methods and further analyzed using SWOT. The results of the study obtained the need for PT Adei Plantation & Industry Kebun Mandau to form a special institution of NKT management to manage NKT Area within the HGU area.

Forage Potential Of Ruminated Animal Feed In Oil Palm Plantation Owned By Pt. Nusa Ina Group In The District Of North East Seram Kobi Central Maluku Regency

This study aims to determine the botanical composition, production of forage animal feed and capacity in oil palm plantation owned by PT. Nusa Ina Group which is in the District of North East Seram Kobi. This study uses a survey method through direct observation and measurement of forage in the oil palm plantation area at PT. Nusa Ina Group in the District of North East Seram Kobi. The results showed that the The botanical composition of the pasture in the oil palm plantation area of ​​PT.Nusa Ina group in the sub-district of North Seram, Kobi based on dry weight is dominated by 33.73% carpet grass. The older the age of the oil palm plant, the less the number of species found in the plantation area and the less potential for fresh forage production and forage dry matter production, ranging from 5,794.41 kg/ha fresh weight and dry weight 1,121.80 kg/ha. The grazing capacity for ruminant livestock in the oil palm plantation area of ​​PT. Nusa Ina Group is quite good, namely 0.67 Ha / UT and is estimated to accommodate 442.2 UT / yr with an area of ​​660 Ha.

What evidence exists on the impact of sustainability initiatives on smallholder engagement in sustainable palm oil practices in Southeast Asia: a systematic map protocol

BackgroundSmallholding plantations represent approximately 40% of the total palm oil plantation area globally. For any certifications, standards, and other instruments to achieve more ethical and sustainable palm oil supply chains, it is essential to improve smallholder engagement in the schemes. A large body of research has built up our understanding of the challenges of engaging smallholders in sustainability initiatives in various sites and countries. A broad systematic understanding of how different types of sustainability initiatives can support or restrict smallholders from access to market and different resources and under which economic and social conditions are not yet developed. This systematic map aims to identify, map, and describe the body of evidence that exists on the positive and negative impacts of sustainability initiatives on smallholder engagement in palm oil practices in Southeast Asia. The findings are expected to inform policies and practices on smallholder engagement in sustainable palm oil supply chains and identify evidence gaps where future primary studies and evidence syntheses can contribute.MethodsWe will develop a guiding framework of interventions through other works on supply chain instruments. We will then construct a test library of 39 items through field expert consultations and snowballing using literature search algorithms. The search will cover four publication databases, five bibliographic databases, and 13 topical and organizational websites. We will search for existing evidence syntheses and primary research studies in Southeast Asia countries published between 2008 and 2021. This systematic map will only include English language articles due to our limited capacity. We will screen the search results at the title/abstract and the full-text levels. Numbers of included/excluded items and reasons for exclusion will be noted and visualized via a ROSES flow diagram. We will develop a data extraction form for assessing data useful for reporting current trends of smallholder engagement in sustainable palm oil initiatives. A random sample of 20% of the included articles will be assessed for validity using Joanne Briggs Institute’s critical appraisal checklist. We will then organize and summarize the data according to the defined PICO.

The Policy on Illegal Oil Palm Plantation Reform in Forest Area during Jokowi’s Presidency

Indonesia is the largest oil palm producer. The area of oil palm plantations is approximately 3.4 million. However, this large potential is not part away from legal issues such as illegal oil palm plantations. It is also implied by overlapping regulations and permits. This study aims to examine the policy of illegal oil palm plantations reform and the rooted regulation problem in forest areas during Joko Widodo era. This research relies on a normative legal approach. Data was collected through the investigation of legal material regarding oil palm policies. The results of this study indicate that the overlapping regulation contributes negatively to the reformation attempt. Yet, there are no legal products and policies regarding the dispute settlement of illegal oil palm in forest areas. Repressive implementation of criminal law does not solve the problem at the grassroots. The establishment of Job Creation Law provides new hope for the settlement of oil palm plantations problem by mainstreaming the nonlitigation mechanism, namely administrative sanctions.

Marketing Channel Analysis of Oil Palm Fresh Fruit Bunches in Lubuk Barumun District, Padang Lawas Regency

The purpose of the research is to find out marketing channel analysis of oil palm fresh fruit bunches in Lubuk Barumun District, Padang Lawas Regency. The research was conducted in Lubuk Barumun District in Padang Lawas Regency, North Sumatra Province with the consideration that Padang Lawas Regency has potential in developing oil palm plantation areas. The research was carried out from January to February 2021. The sample collection of producer farmers was carried out by purposive sampling with the sample criteria being independent oil palm farmers. From the population of oil palm farmers in Padang Lawas Regency as many as 297 people, a sample of 10 percent was taken, namely 30 farmer respondents. Quantitative analysis is used to determine the Hirschman Herfindahl index on market structure, market behavior based on the price relationship between two markets at the same level and the magnitude of market performance based on marketing margin analysis, profit margin ratio, farmer's share, cost share, and profit share. The results showed that, the number of oil palm farmers is large while the number of sellers or intermediaries is only a few so that the marketing system for fresh fruit bunches of oil palm tends to be imperfect competition because there are many sellers but few buyers (oligopsony). Analysis of the Hirschman Herfindahl index, it is known that the market structure of oil palm fresh fruit bunches in Lubuk Barumun District, Padang Lawas Regency tends to lead to an imperfect competition market (oligopsony) which causes the bargaining position of oil palm fresh fruit bunches farmers to be in poor condition weak, namely as a price taker. The efficiency of an already efficient marketing channel is the one that shows the smallest value of marketing efficiency, namely in channel III (Ep < 5% efficient). Marketing channels I and II have not been efficient (Ep > 5% inefficient). Keywords: Marketing Channel, Oil Palm, Fresh Fruit Bunches .

PENENTUAN PEMETAAN KADAR AIR TANAH OPTIMAL PADA LAHAN PERKEBUNAN KELAPA SAWIT (STUDI KASUS: KEBUN CIKASUNGKA, PT PERKEBUNAN NUSANTARA VIII, CIMULANG, BOGOR)

Soil water content is one of the dynamics of water conditions that can be a limiting factor in achieving optimal oil palm productivity. The extensive oil palm plantations make it difficult to acquire soil moisture content data. Soil water content conditions can be estimated by remote sensing technology through the vegetation and drought index, and also can be mapped using an interpolation approach. This study aimed to map the optimal soil water content in oil palm plantations based on Normalized Difference Vegetation Index (NDVI), Normalized Multi-band Drought Index (NMDI), and Interpolation. The results showed that the highest soil moisture was found on 0-3% slope gradient and the lowest on 8-15% slope gradient. Vegetation density based on NDVI analysis result was quite high, while the level of dryness based on NMDI analysis result was quite humid. Mapping of soil water content based on NDVI and NMDI had a very weak correlation with soil water content so both indices are less responsive in describing soil moisture conditions in the field. Interpolated water content value had a fairly strong relationship with the soil water content and had the highest suitability, so the interpolation approach can be recommended for mapping soil water content in an oil palm plantation area.

KAJIAN BEBERAPA SIFAT FISIKA TANAH YANG DITANAMI KELAPA SAWIT PADA UMUR DAN KELERENGAN YANG BERBEDA (Studi Kasus Perkebunan Sawit Kelurahan Simpang Tuan, Kecamatan Mendahara Ulu,Tanjung Jabung Timur)

Land clearing for oil palm plantations using heavy equipment will affect the physical properties of the soil, namely increasing soil compaction and decreasing soil porosity and soil moisture content. However, along with the growth of plantation crops such as oil palm, it is suspected that it can restore the physical properties of the soil. The aim of the study was to examine the differences in the physical characteristics of the soil at various ages of oil palm and the slope. The study was conducted in one of the oil palm plantations, Simpang Tuan Village, Mendahara Ulu District, Tanjung Jabung Timur Regency from March to May 2021. The study was carried out using the survey method, selecting representative areas using the Purposive Random Sampling method on oil palm plantation areas with various ages (newly planted, 5 years old, and 12 years old) and various marbles (0-3%, 3-8%, and 8-15%) with 3 replications. Parameters observed were soil texture, soil organic matter content, bulk density, water content, and soil permeability. The results showed that the older the age of oil palm plantations, the increase in organic matter content, total pore space, water content and soil permeability and a decrease in volume weight. The steeper the slope, the greater the weight of the soil volume and a decrease in the organic matter content, total pore space, water content and soil permeability.

Infiltrasi dan Aliran Permukaan pada Agroforestri dan Kelapa Sawit

Forest to oil palm plantations conversion has changed soil's physical properties significantly. It caused significant changes in the hydrological cycle and affects the water resources around the research site. One of the strategies that could minimize the negative impact of monoculture oil palm plantations is better plantation management by implementing a mixed cropping system (agroforestry). This study aims to analyze the infiltration, surface runoff, and surface runoff coefficient in agroforestry and monoculture oil palm. This observation was conducted in the oil palm plantation area of PT Humusindo Makmur Sejati, Bungku Village, Bajubang District, Batanghari Regency. The infiltration rate was calculated according to the Horton method, and the amount of runoff in agroforestry and oil palm monoculture used the soil conservation service-curve number method. The results showed differences in infiltration, surface runoff, and runoff coefficients between the agroforestry land and the monoculture oil palm. The highest infiltration is in A48, which is 42,00 cm/hour in the dry season and 18,00 cm/hour in the rainy season. The lowest runoff is in A23, which is 70.14 mm with a runoff coefficient of 0.04. The highest runoff occurred in S48 of 339.88 mm, with a runoff coefficient of 0.19. The differences in infiltration, surface runoff, and runoff coefficient in this study are affected by the vegetation density and the amount of litter. Keywords: agroforestry, infiltration, oil palm, runoff coefficients, surface runoff

The Prosperity Level of Plasma Palm Oil Farmer’s Family in the State Border Area during the New Normal Era

This study aimed to investigate and analyze: the demographic characteristics, prosperity levels, and factors affecting the prosperity level among the plasma palm oil farmers during the new normal era. This study was conducted in a palm oil plantation area, Kembayan, Sanggau Regency, West Borneo from August to July 2020. Primary data were collected using a questionnaire that directly distributed to the partisipants. The level of prosperity was measured by the prosperous family indicators from the National Population Planning and Family Board and poverty line indicators from the National Statistical Institute. A descriptive quantitative, descriptive qualitative, and multinomial logit regression analysis applied to address the study’s objectives. Findings revealed that 51%, 23%, 17%, 8%, and 1% of the farmer’s family were classified into the prosperous family level III plus, prosperous family level III, prosperous family level II, prosperous family level I, and pre-prosperous family category, respectively. According to poverty line indicators, all farmer’s state of living were placed above the line of poverty. These findings signified that palm oil businesses in the state border area were providing sufficient amount of revenue for the farmers during the new normal era. The variabel of age, total plantation land area, and income were associated with the farmer’s family prosperity level.

Study on the commitment of oil palm companies to achieve sustainable agriculture in Riau Province from the perspective of pesticide use

Oil palm has become the main plantation commodity in Riau Province, Indonesia. As the province with the largest oil palm plantation at around 2.7 million hectares, Riau Province has 19% of Indonesia’s total oil palm plantation area. In the midst of environmental issues such as forest fires or using hazardous chemicals, companies or individuals who own oil palm plantations are trying to obtain sustainability certification from the Roundtable of Sustainable Palm Oil (RSPO). However, many companies have not obeyed the correct principles and criteria for sustainable palm oil production, especially in the perspective of using pesticides in oil palm plantations. Based on those problems, this study was to carry out an in-depth examination of the data available from the Plantation Office and Environment-Forestry Office of Riau Province. As a result, we discovered that 70% of the pesticides used were classified as hazardous pesticides, according to the World Health Organization (WHO). In addition, it was also found that oil palm companies used glyphosate and paraquat as the active ingredient in pesticides, which have been banned in many countries due to environmental issues. By this finding, the commitment of oil palm companies to achieve sustainable agriculture in using appropriate and environmentally friendly pesticides needs to be questioned‥

The Effect of Microwave Oven Power Variations on Co-Pyrolysis Process of Oil Palm Shells and Polystyrene

Indonesia has a very large area of ​​oil palm plantations, one of which is the island of Sumatra. However, in processing and handling palm oil product waste in the form of palm shells, it has not been maximized. Therefore, the chemical decomposition process can play an important role in supporting waste management and sustainable energy use in Indonesia which is not yet optimal. In this research, the proper use of power will be tested with the help of microwaves as a reactor for the co-pyrolysis process of oil palm shells and polystyrene plastic. The purpose of this study was to determine the appropriate power to produce maximum co-pyrolysis products and to investigate the physical characteristics of the oil-pyrolytic products. The test uses a microwave oven which has a power variation of 300 W, 450 W, 600 W, and 800 W with the addition of a catalyst. The ratio of the composition of oil palm shells to polystyrene plastic is 1:1 with a total mass of 105 gr and using coconut shell charcoal as an activated carbon absorber. The pyrolysis temperature is 500 ℃, the nitrogen gas flow rate is 1.5 LPM, and the pyrolysis time is 60 minutes. Furthermore, testing the physical properties of the pyrolysis oil product in the form of density, acidity, and viscosity testing. The results showed that the optimal power to obtain oil-pyrolytic was 600 W with a product oil of 17.6%, and from the physical properties it had a low viscosity value of 2.55 mPa.s with a pH level of 6.6.

Implementasi Certainty Factor Untuk Diagnosis Penyakit dan Hama Pada Pelepah dan Daun Kelapa Sawit Beserta Penanganannya

Oil palm (Elaeis guinensis) is a plant that has its own charm and plays an important role in people's lives. Plants are categorized as normal if they can process their physiological functions properly. In line with the development and expansion of community-owned oil palm land areas, more and more problems arise due to various types of diseases and pests attack on oil palm plants, especially on the midrib and leaves of oil palm. The existence of diseases and pests that cause losses in plant productivity also results in loss of costs used to restore plants that have been attacked by diseases or pests in nurseries, immature and mature plants. The lack of understanding of farmers regarding how to diagnose and proper control of oil palm diseases and pests as well as the availability of experts or experts in the field of oil palm in smallholder oil palm plantation areas can be overcome by presenting experts or experts or doubling the knowledge possessed by experts in the coconut field. oil palm by building an expert system for the diagnosis of diseases and pests in oil palm leaf midribs. The certainty factor method is used to describe the uncertainty in thinking and express the degree of confidence of the expert or expert in diagnosing the types of diseases and pests of oil palm. The developed expert system is expected to be useful for farmers in the area or ordinary people in diagnosing diseases and pests on oil palm leaf sheaths through the symptoms selected during consultations to diagnose the types of diseases and pests that are being experienced.

Pemberdayaan Ekonomi Mikro dalam Pembuatan Kreasi Piring dengan Media Lidi Sawit

In our environment there are a lot of things that we think of as leftovers, but in the hands of experts, things that are considered useless can be turned into valuables and have high artistic value, this service uses palm sticks to become woven plates, fruit bowl and parcel. Tiyuh Panaragan is an oil palm plantation area that has plantation waste in the form of multiple palm sticks which have only been destroyed by burning. The purpose of this service is to improve the entrepreneurial skills of the community by utilizing palm sticks and shaping them into objects that are beautiful and useful and have a high selling value. The method used in this mentoring is Asset Based Community Development (ABCD). This assistance utilizes the potential of the Tiyuh Panaragan community in Tulang Bawang Tengah District, Tulang Bawang Barat Regency. The result of this service is the mastery of the skills provided in this activity so that the ability of these excellent skills can benefit in increasing entrepreneurship and in the end it can improve the community's economy. Thus the community service in increasing entrepreneurship with the creation of this oil palm stick is running smoothly, although there are several obstacles, these obstacles can be overcome. The skills given in this activity provide more knowledge and skills by utilizing palm oil waste which has been used as waste which has not been utilized properly.