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Burrell (2020) challenged management and organization studies (MOS) scholars to pay attention to a topic they have mostly ignored: the peasantry, those 2 billion people that work in the rural primary sector. This paper aims to address the topic to expand Burrell’s challenge by indicating that the peasantry offers a unique context to study a paradoxical condition: the coexistence of persistent poverty and vanguardist innovation.

The authors advance conceptual arguments that complement the reasons why researchers should pay more attention to the peasantry. They argue that continuation of past research into field laborers, transitioning from feudalism to industrial capitalism, still has currency, not just because of the good reasons listed by Burrell (enduring relevance of the phenomenon in developing countries; sustainability concerns; acknowledgment of common heritage) but also because some seemingly archaic practices are evident in the economically developed countries where most management and organizations scholars live.

The authors show that in advanced economies, the peasantry has not disappeared, and it is manifested in contradictory forms, as positive force contributing to sustainable productivity (in the case of digitized agriculture) and as a negative legacy of social inequality and exploitation (as a form of modern slavery).

The authors discuss contrasting themes confronting management of the peasantry, namely, modern slavery and digital farming, and propose that a paradox view may help overcome unnecessary dualisms, which may promote social exclusion rather than integrated development.

The purpose of this study is to explore the effect and mechanism of the digital economy’s influence on the binary margin of agricultural exports.

Based on the theoretical analysis of the mechanism of the digital economy’s influence on the binary margin of agricultural exports, this study empirically examines the effect and mechanism of the digital economy’s influence on the binary margin of agricultural exports based on China’s customs export data from 2011 to 2016.

The relevant findings are threefold. (1) The digital economy significantly improves the binary margin of agricultural exports, and its effect on the intensive margin is stronger than that on the expansive margin. After the expansive margin is subdivided, the effects on the three sub-variables of the expansive margin are in the following order: old products exported to new markets > new products exported to old markets > new products exported to new markets. (2) The heterogeneity analysis reveals that the digital economy has a stronger role in promoting the binary margin of exports for enterprises in the eastern region, high-income countries as the destination of exports and state-owned enterprises. (3) Mechanism analysis shows that the digital economy promotes the binary margin of agricultural exports by reducing trade costs and intensifying market competition.

First, in terms of research perspective, although there are some studies on the impact of the digital economy on export trade in existing literature, the research objects mainly focus on manufacturing enterprises. In fact, agricultural trade is susceptible to natural conditions and seasonal factors, and countries may impose more SPS measures and TBT measures on agricultural trade due to risk considerations. The relationship between the digital economy and agricultural trade also has its own characteristics, but there are few research studies in this area. At present, only Liu and Gao (2022), based on the data of total imports and exports of different agricultural products from 2004 to 2018, have established a vector auto-regressive model to empirically analyse the heterogeneous dynamic impact of the digital economy on the trade volume of agricultural products. In addition, Ma and Guo (2023) conducted an empirical test on the total effect, regional heterogeneity and threshold effect of the digital economy on agricultural export trade based on China’s provincial panel data from 2011 to 2020. Therefore, under the new circumstances of continuous integration of digital technology and agriculture, this study interprets the impact effect and mechanism of the digital economy on the binary margin of agricultural exports from the perspective of the digital economy, providing new research perspectives and approaches for promoting the growth of agricultural exports. Second, in terms of theoretical analysis, the above studies have not been fully analysed in terms of the specific mechanism of the impact of the digital economy on agricultural exports. Based on the positive and negative characteristics of agricultural trade, this study introduces two kinds of roles into the theoretical analysis framework to comprehensively determine the trade impact effect of the digital economy. Third, in terms of research design, this study empirically examines the impact of the digital economy on the binary margin of agricultural products, passing a series of robustness tests and investigating the mediating roles of trade cost and market competition effects, producing an empirical basis for China to leverage the digital economy to promote the binary margin of agricultural exports.

This research aims to examine the effect of the two dimensions of technology readiness – motivator and inhibitor on behavioural intention to adopt a mobile agricultural finance app called e-AgriFinance app among the farmers in Sarawak, Malaysia.

Data were collected from 337 farmers who cultivated the 4 major crops in Sarawak – oil palm, rubber, cocoa and pepper using a face-to-face questionnaire survey. Collected data were analysed using partial least squares structural equation modelling with R plspm package.

The research found that both motivator and inhibitor dimensions of technology readiness predicted the farmers’ behavioural intention to adopt the e-AgriFinance app, with the former had a relatively stronger positive effect and the latter had a relatively weaker negative effect.

This research was conducted in the context of rural farmers in an emerging economy. As such, modern farmers in developed countries may have different adoption behaviour of mobile agricultural finance app. The data were collected from farmers of the four major crops – oil palm, rubber, cocoa and pepper, and thus it may not be representative of the whole population of farmers in Sarawak.

This research served as one of the few studies that focused on the relationship between technology readiness and mobile app adoption among farmers from the perspective of an emerging economy.

The purpose of this paper is to provide online access to valuable resource, i.e., rare books, institutional publications, historical reports, theses, success stories, etc. to the researchers, teachers, extension specialists, farmers and scientists working in the ICAR institutes and state agricultural universities.

Using open source software, the material in the repository was organized into institution-wise collection of documents such as books, journals, theses, reports, articles, etc. The process of digitization including scanning, cleaning, cropping, conversion to text (OCR), conversion to PDF/A, is currently being done at four different centres. So far, more than ten million pages from 19,495 documents have been digitized along with the necessary metadata.

The “KrishiKosh” is a collaborative project which envisages launching an Indian agricultural knowledge portal over the internet and sharing its research information including Electronic Theses and Dissertations (ETD) with the rest of the world using latest information and communication technologies.

Users are able to access any information they want, from anywhere in the world, and at any time over the internet. It also culminated in launching of an Indian agricultural knowledge portal over the internet for sharing its research information including ETD with the rest of the world using the latest information and communication technologies.

The agricultural research community will have access to the vast amount of rare and precious literature to further research and developments in agriculture and allied sectors to achieve self-sufficiency in food production.

While the population of the country is heading towards 1.23 billion, Indian agricultural scientists are engaged in increasing the food grain production to address the food security challenge. The importance of agricultural production in the context of global competition has occupied a significant place in the national development plan. It helps to provide right information, in right time at right place to increase the agriculture production.

The Indian agricultural knowledge portal over the internet for sharing its research information including ETD among agriculture policy makers, scientists, etc. using latest ICT. The portal helps to avoid duplication and to acquire more resources to the agriculture knowledge centres.

Purpose – To describe an LSTA‐funded project that digitized 88,000 black and white aerial photographs and 2,500 photomosaic indexes created for Florida by the US Department of Agriculture between 1938 and 1971. Technical specifications of digital capture, specialized programming, and project value are reviewed. Design/methodology/approach – The 9 × 9 inch aerial tiles were captured on flatbed scanners; the larger photomosaic indexes were captured using a large format camera. Three software tools were designed for the project: the first tracked each tile through the entire in‐house processing including receipt, assignment, scan completion, QC processing, FTPing to server, and archiving of images. The second automated image collection, from disparate scanning stations, performed basic image manipulation for quality control, and stored collected data in a database. The third tool performed routine image corrections, prepared and deployed web format images, and packed archival image formats preparatory to burning CDs. The tile layer of the GIS interface was created by georectifying the composite photomosaic indexes for each Florida county and linking tiles to appropriate points. Findings – Because aerial photographs are inherently spatial, the development team agreed that a GIS interface was the appropriate vehicle for web presentation. While this environment presents no difficulties for more sophisticated users, GIS functionality is not intuitive. A less complex interface is a top priority for future project refinements. Originality/value – The value of this project is documented in terms of site use and solicited user responses.

The purpose of this paper is to show the impact of digital agriculture on food supply chain, research trend, emphasis and implications for future research.

The paper analyzes how the digital technology reshapes the production, assembly, transaction, retail and logistics. Impact from each main technological progress is discussed.

First, digital agriculture develops quickly and changes all parts of the food supply chain. Second, while many technological progresses show their impacts in agriculture and food sector, e-commerce and progress of artificial intelligence show its comprehensive impact on the argi-food sector.

The paper shows the technological trend and progress in food and agriculture sector. Researchers focusing on agricultural economics and agribusiness should pay attention to recent developments in the real world, know the recent developments from other disciplines, get more data for empirical research and show the impact of digital agriculture on consumer's preference and social welfare.

Introduction: As the human population grows, consumer demand for digital services tailored to their specific needs also increases. To improve the financial performance of farms and meet the need for food of a growing population, farmers and agribusinesses have started incorporating distributed ledger technology into agricultural and farm management software. These developments in the agriculture sector may lead to realising sustainable development goals.

Purpose: Several researchers have done studies to explore the features and benefits of blockchain technology in the field of agriculture. There is a need to analyse the available literature to identify the use of this technology in agriculture and the scope of further research. This chapter will mainly focus on its publication trend, journal productivity and impact, prolific studies, and coherent themes.

Methodology: For a comprehensive review, bibliometric and content analysis of 71 open-access articles collected through a structured database of Mendeley is done. These articles were published during 2017–2021.

Findings: The execution of blockchain is continuously increasing in the agriculture sector, which has resulted in automation in supply chain management, land registrations, and crop insurance. The study revolves around supply chain management, digitisation of agriculture, and sustainable economic development. This study’s conclusions can help agriculturalists improve their understanding of blockchain implementation in agriculture. The study also gives directions for future research.

The National Agricultural Library (NAL), the North Carolina State University(NCSU) Libraries, and the NCSU Computing Center are collaborating on a research and demonstration project to identify and investigate issues involved in a networked, computer‐based document delivery system for library materials. The project uses scanned images of documents to generate highly detailed, machine‐readable page images, and transmits those images through the data transmission capabilities of the NSFnet/Internet to computers located in libraries, in research areas, and on scholars' desks at agricultural research stations and extension offices throughout the United States. By using commercial, graphics‐capable, networked hardware platforms combined with commercial and public domain software, a non‐proprietary, computer‐based document delivery system should be within the reach of the land grant library community by the mid‐1990s.

A soil information system was developed to manage soil survey data and to ensure that soil information is readily available to support land use planning and development. The Soil Information System combined spatial information management of a Geographical Information System (GIS) with the textural information management of a relational database management system. The GIS is capable of manipulating and displaying area and point data with the logical framework of a database to store data for interpretation. The main objective of this paper was to demonstrate one of the approaches to utilize and interpret data from the soil information system for identifying soil suitable for irrigated agriculture. The design and implementation of the soil information system are discussed, and an example of system output, such as mapping soils suitable for irrigated agricultural, is presented in this paper. For mapping these areas, a criterion was defined to select potential areas for irrigated agriculture. The criterion was applied to each of the soil property classes and subclasses to determine the most limiting rating for each soil. The rating was applied to map units and was allocated by the geographic soil map units in the GIS to produce a suitability map for irrigated agricultural areas in Kuwait. The soil information for the State of Kuwait provided information in a digitized format that can be further extended to interpret other land uses.