This study aims to determine the perspective of the Ciherang Village community on the implementation of agricultural digitalization. As the digital era develops, the use of technology in agriculture is a great opportunity to increase efficiency and production results. Through a qualitative approach, data were obtained from questionnaires with farmers and local community leaders. The results of the study showed that most people are interested in the use of agricultural digitalization, especially in terms of access to fertilizer information and marketing of crops. However, its implementation still faces obstacles such as low digital literacy, limited technological devices, and minimal digital understanding. Therefore, mentoring efforts, ongoing training, and improving digital infrastructure are needed so that agricultural digitalization can be implemented effectively and provide real benefits for farmers in Ciherang Village.

This study aims to analyze the community’s interest in the digitalization design to support the agricultural potential of Sukaharja Village, Bogor Regency. The village has significant agricultural potential but faces marketing challenges due to limited access to broader markets and dependence on middlemen. The research employed qualitative methods through in-depth interviews and questionnaires distributed to 30 farmers managing commodities such as taro, pineapple, and ornamental plants. The findings indicate that while farmers show high enthusiasm for digital solutions like e-commerce, their digital literacy and technological access remain limited. To address these issues, the team developed a digital platform named “Suka Belanja di Harja,” designed to improve product marketing, provide educational content, and empower local farmers. The initiative had a positive impact by increasing farmers’ motivation and awareness about digital marketing. However, ongoing support, infrastructure improvement, and tailored training are necessary to ensure successful digital transformation in rural agriculture.

This study aims to analyze the readiness of farmers in Parakan Village to utilize digital platforms for marketing agricultural products. The methods used include interviews, focus group discussions (FGDs), mentoring, and the distribution of questionnaires to 30 members of the Mawar Farmer Group. Findings indicate a shift in farmers' behavior from relying on middlemen to independently marketing their products through social media. However, survey results show low levels of information access, active participation, and understanding of digital innovation. Innovation and digital literacy are key challenges, although some farmers expressed a willingness to learn. Continuous mentoring and collaboration between farmers, academics, and the government are essential to support an inclusive and sustainable digital transformation in the agricultural sector.

This research aims to help MSMEs in Cibalung Village through the creation of a website with features that are specially designed according to the wishes and needs of the MSMEs in the village. The creation of this website involves several respondents in Cibalung Village which includes Farmers, MSME business actors, Housewives, and freelancers. The website that was created is intended as an information media about agricultural cultivation, fisheries and livestock and marketing that can be used to introduce and promote processed products for the community in the village. Data collection was carried out with a survey using a questionnaire with 21 questions and reinforced by interviews. based on the results of interviews and questionnaires obtained with 30 respondents from the entire UMKM population in Cibalung Village.

"Digitalization Web for Mulyaharja Village, Bogor: A Community Empowerment Initiative" This project aims to develop a digital platform for Mulyaharja Village, Bogor, to enhance community empowerment and improve access to information and services. The web-based platform will provide a range of features, including news and announcements, community forums, and online services, to facilitate communication and collaboration among residents, village officials, and local businesses. By leveraging digital technology, this initiative seeks to promote transparency, accountability, and inclusivity in village governance, while also fostering economic growth and social development.

Oil palm (Elaeis guineensis Jacq) is a key strategic commodity in Indonesia, playing a vital role in national exports and supporting various industries, including food production and renewable energy. Harvesting is a critical phase in oil palm cultivation, and its outcomes are significantly influenced by agronomic practices and environmental conditions, such as waterlogging. This study aimed to compare oil palm yields between waterlogged and non-waterlogged fields and to assess the statistical significance of any differences observed. The research was conducted at Tanjung Buluh Estate, Division 3 of PT Socfin Indonesia, located in Teluk Mengkudu, North Sumatra. A Randomized Complete Block Design (RCBD) was employed, focusing on a single factor: land condition (waterlogged vs. non-waterlogged). Results showed that the average fresh fruit bunch (FFB) yield from non-waterlogged plots was 109.4 kg, notably higher than the 78.9 kg recorded in waterlogged areas. A T-test yielded a P-value of 0.0929, approaching the 10% significance threshold, suggesting that waterlogging can potentially reduce oil palm productivity.
 

One of the common pests found in oil palm is the nettle caterpillar (Setothosea asigna), which can consume between 300 to 500 cm² of leaves per individual. A single oil palm tree may host between 5 to 10 of these caterpillars. This study aimed to evaluate the effectiveness of fogging in controlling Setothosea asigna infestations on oil palm trees of varying heights at PT Socfindo, Matapao Estate, North Sumatra. The research was conducted in two plantation blocks with different tree heights: block 49 with trees ranging from 9–12 meters and block 46 with trees ranging from 3–6 meters. Data collection involved an initial census to count caterpillars before fogging, followed by a post-fogging census to observe mortality rates. Data were analyzed using a t-test to compare the effectiveness of fogging between tall and short trees. The results showed that fogging was more effective on shorter trees, with an average mortality rate of 94%, compared to 90% on taller trees.

Crystal guava farmers in Cikarawang Village, Bogor Regency, face challenges in accessing information related to proper cultivation techniques, from seedling to harvest. The lack of access to valid and easy-to-understand sources of information causes farmers to have difficulty in dealing with various cultivation problems, such as pests, diseases, and effective fertilization. In response to these problems, an innovation was developed in the form of a digital agricultural website containing a complete summary of material on crystal guava cultivation. This website is designed to be easily accessible to farmers and functions as a practical and efficient one-way information media. In addition, this website is also equipped with an online community feature through a discussion group connected to expert mentors in the field of crystal guava cultivation. This feature allows farmers to share experiences, discuss, and obtain direct guidance from experts. This innovation is expected to improve farmers' knowledge, skills, and independence in managing crystal guava cultivation sustainably.

Fungal infections, such as those caused by Curvularia, can interfere with the vegetative growth and reduce the quality of oil palm seedlings, particularly in the main nursery phase. One solution to improve resistance to pathogens and support vegetative growth is by applying the right foliar fertilizer. This study aimed to determine the effect of Kenfolan foliar fertilizer application on vegetative growth and the level of Curvularia infection in oil palm seedlings during the main nursery phase. The study used a Completely Randomized Design (CRD) with five treatments of Kenfolan fertilizer concentrations: 0 ml/L (P1), 1 ml/L (P2), 2 ml/L (P3), 3 ml/L (P4), and 4 ml/L (P5), each repeated three times. The parameters measured included seedling height, stem diameter, number of fronds, and the percentage of Curvularia infection. Data analysis was performed using ANOVA followed by Duncan’s Multiple Range Test (DMRT) at a 5% significance level. The results showed that treatment P4 (3 ml/L) provided the best vegetative growth, with seedling height reaching 40.07 cm, stem diameter of 1.58 cm, and an average of 4.25 fronds. Additionally, treatments P3 (2 ml/L) and P4 (3 ml/L) successfully suppressed Curvularia infection, with no infection found in these treatments. In contrast, treatment P1 (control) showed the highest infection level of 33%, while P5 (4 ml/L) increased the infection compared to P3 and P4. Based on the results, the application of Kenfolan foliar fertilizer at a dose of 3 ml/L (P4) was the most effective in improving vegetative growth and suppressing Curvularia infection in oil palm seedlings in the main nursery phase.

Harvesting is a crucial stage in the palm oil production process that impacts the efficiency and productivity of the plantation. Choosing the right harvesting method can increase the effectiveness of time and labor. This study compares harvesting efficiency using manual and mechanized methods by measuring the duration of fruit harvest and transportation time to the collection point (TPH). This study was conducted in November–December 2024 at PT. Kencana Sawit Indonesia, located in Talao Sungai Kunyit, South Solok, West Sumatra. The equipment used included stationery, a stopwatch, and data related to working time and harvest results. Data were collected through direct observation. The analysis was carried out using the t-student statistical test to evaluate the difference in working time between the manual and mechanized methods. The results showed that harvesting with mechanization was more efficient than the manual method. The difference in harvest time reached 12 seconds per bunch with a P value of 0.0002, while the transportation time to the TPH was 23.48 minutes faster per ton with a P value <0.0001. Monthly production with mechanization averaged 48.69 tons, while the manual method only produced 38.13 tons per month. Thus, the use of mechanized harvesting methods has proven to be faster in the harvesting process, fruit transportation, and increasing monthly production results. The implementation of mechanization can be a strategic step to increase operational efficiency and productivity of oil palm plantations.