Analisis Sub Sektor Unggul Pertanian di Kabupaten Lamongan dan Kabupaten Tuban

The most successful agricultural sub-sectors in Lamongan and Tuban districts are the subjects of this study. In Lamongan and Tuban districts, agriculture is the most significant industry. Agriculture, forestry, and fisheries, as well as energy and gas procurement, clean water, waste management, construction, and wholesale and retail trade, have the potential to become basic industries in Lamongan Regency. Automotive repair, information technology (ICT), military cooperation and manufacturing are some of the other sectors in the area. Lamongan Regency has a population of 200,000 people. Agriculture, forestry and fisheries account for an average of 2.9 percent of basic sector production. Agriculture is one of the fastest growing businesses in the United States, according to shift share data. are in the second or third best quadrant. There are several industries in Tuban Regency that can become the backbone of the economy. These industries include food production and forestry as well as fisheries and mining. Tuban Regency can also be at the forefront in the fields of technology, defense, government administration, and social security. Agriculture, forestry, and fisheries make up the majority of the output of the fundamental sector. By shifting share, agriculture is one of America's fastest growing businesses. They are in the upper quartile, which indicates that they are very good. Keywords: Location Quotient Analysis, Shift Share, Klassen Typology

Perspectives on Climate Smart Agriculture

Agriculture is one of India's most significant industries, serving half of the nation. Climate is a big factor for agricultural production. Agriculture is primarily rain-fed and subjected by small-scale farmers. Rain-fed crops are 48% of the overall area under food crops and 68% on non-food crops. The complete worldwide agricultural production in India accounts for 7.39%. India's total emissions from all GHGs in 2014, according to the World Resource Institutes, total about 3,200 MTCO2 eq out of 48,892 MTCO2s eq worldwide in 2014. Agriculture is ascribed 626.86 2 MTCO2 eq of the Indian greenhouse gas emissions averaged in 2014 of 3,200 MTCO2 eq. This chapter reviews the concept of sustainable agriculture, establishes the link between climate change and agriculture, the origination of climate-smart agriculture, and relevant practical approaches, case studies, and geospatial assessment methods responding to climate-smart agriculture.

Can a Byte Improve Our Bite? An Analysis of Digital Twins in the Food Industry

The food industry faces many challenges, including the need to feed a growing population, food loss and waste, and inefficient production systems. To cope with those challenges, digital twins that create a digital representation of physical entities by integrating real-time and real-world data seem to be a promising approach. This paper aims to provide an overview of digital twin applications in the food industry and analyze their challenges and potentials. Therefore, a literature review is executed to examine digital twin applications in the food supply chain. The applications found are classified according to a taxonomy and key elements to implement digital twins are identified. Further, the challenges and potentials of digital twin applications in the food industry are discussed. The survey revealed that the application of digital twins mainly targets the production (agriculture) or the food processing stage. Nearly all applications are used for monitoring and many for prediction. However, only a small amount focuses on the integration in systems for autonomous control or providing recommendations to humans. The main challenges of implementing digital twins are combining multidisciplinary knowledge and providing enough data. Nevertheless, digital twins provide huge potentials, e.g., in determining food quality, traceability, or designing personalized foods.

Erratum: Tröster, M.F.; Sauer, J. IoFarm in Field Test: Does a Cost-Optimal Choice of Fertilization Influence Yield, Protein Content, and Market Performance in Crop Production? Agriculture 2021, 11, 571

The Agriculture Editorial Office would like to make the following correction to the published paper [...]

ANALYSIS OF CYPRUS ARCHEOLOGICAL CYLINDER SEAL VISUALS

People have tried to determine their "personality" and "property" rights by using special signs and symbols since ancient times. These symbols are the signs that people who lived together and formed a community in the conditions of that day that they agreed on. One of the human-made tools, on which these special personality and property markers appear are cylinder seals. Different expressions were made besides determining personality and property by means of text and images engraved on cylinder seals. In this research, cylinder seals, which are archaeological artifacts in the island of Cyprus, exhibited in museums and may be subject to the relevant literature were examined. The seals that make up the sample consist of cylinder seals exhibited in Cyprus archaeological museums, in the British Museum, Metropolitan Museum and the Cyprus artifacts sections of the John Hopkins Museum. The cylinder seals used by the communities and governments that have dominated Cyprus in the historical process have been investigated as visual imagery. Therefore, images on cylinder seals produced in Cyprus or neighbouring cultures between 2000 BC and 600 BC were investigated. In this research, the engravings on seals that were produced in neighbouring cultures and brought to Cyprus as a gift or were imported also examined. All figures made on the seals were produced in neighbouring cultures and brought to the island with different methods were also included in the study. In this context, the features of the motif, figure, inscription, decoration and patterns used on 191 cylinder seals obtained during the research process were investigated. As a result of the examination, figures which engraved on the seals was coded in accordance with their themes, all the images engraved on the seals were divided into categories. Six main categories were determined as a result of categorical division. Twenty-seven themes belonging to the identified main six categories were also determined. Among the scrapings on the cylinder seals that constitute the sample of the research; visuals that determine the variety of food production, agriculture, mining, blessing and sacrifice scenes, and demonstrating the scenes of a birthday of the seal owner were encountered. From the pictures drawn on the cave walls, it is known that such special signs or images serving different purposes were used. In this context, the fact that only pictorial images were engraved on some of the cylinder seals reveals the view that they existed before the writing and that the tradition of that period continued on the seal engraving after the writing was found.

Changing Health Practices Through Research to Practice Collaboration: The Farm Dinner Theater Experience

Production agriculture ranks as one of the most hazardous occupations in the United States, with older producers suffering 3.5 times the fatalities compared with their younger counterparts. Previous interventions have not significantly improved the health or work behaviors of farmers. Through careful collaboration among academics and Cooperative Extension agents, we developed, tested, and expanded a unique educational experience, Farm Dinner Theater (FDT), for farmers aged 45 years and more and their families across three states ( n = 8 communities, 573 participants). More than 50% of the participants made health or safety changes following the theater. Communities requested more theater events, noting the realism and applicability of the content and the engaging atmosphere for discussion. Participants remarked that the theater should be used across all age-groups. The FDT project created a community of “champions” that synergized the initial research project and fostered expansion and sustainability of the intervention. Process evaluation guided refinement of the theater intervention and built trust, respect, and further cooperative work among all collaborators. Members of the FDT partnership have received national recognition and funding to upscale the concept. The number of FDTs has expanded under local leadership. A toolkit that resulted from the project is available to the public and is constantly updated as more adopters contribute insight and scripts. This article describes the collaborative theater concept and demonstrates how sustained translation from research to practice can be accomplished through continued community engagement, collaboration, and outreach.

CCAST

Individual semi-autonomous unmanned systems have already proven to be useful in a variety of use cases including movie production, agriculture, civil engineering, military operations and insurance [1]. Likewise, small groups of unmanned systems have shown promise, particularly when coordinating to achieve a common goal [3]. Less studied are the potential benefits of large swarms comprising hundreds of capable unmanned systems, likely due to the difficulties associated with creating, or even simulating, such a system. Swarming unmanned systems operate in an environment with a large number of simultaneously moving vehicles, with extensive coordination in real time using mobile communication over a rapidly shifting and dynamic environment. They are often operating in confined areas, moving at speeds of several meters per second, and combining outdoor and indoor coordination.