scispace - formally typeset
Search or ask a question

How agriculture cold chain logistics works? 


Best insight from top research papers

Agricultural cold chain logistics involves utilizing technologies like blockchain, deep learning, and AI to ensure the quality and safety of fresh agricultural products during transportation and storage. These technologies help in real-time monitoring, prediction accuracy, traceability, and energy efficiency within the cold chain process. By combining blockchain for traceability, deep learning for prediction accuracy, and AI for energy optimization, the cold chain logistics system can effectively improve transportation efficiency, reduce wastage, and enhance product quality. The integration of these technologies allows for better control of the cold chain environment, ensuring that agricultural products are maintained under specified low-temperature conditions throughout the entire production, storage, and transportation process.

Answers from top 4 papers

More filters
Papers (4)Insight
The paper proposes a blockchain system for controllable data sharing in agricultural cold chain logistics, enhancing efficiency through technology, scale, and resource allocation improvements from 2017 to 2021.
Agriculture cold chain logistics utilize real-time forecasting with deep neural classification for seasonal recommendations, enhancing stock management accuracy and improving transportation efficiency.
Cold chain logistics for fresh agricultural products utilizes blockchain for traceability, ensuring data reliability, tamper resistance, and consumer rights protection from production to consumption.
The cold chain logistics model for agricultural products integrates IoT, blockchain, and optimization algorithms to monitor and control real-time conditions, ensuring quality and safety while enhancing transportation efficiency.

Related Questions

What is agribusiness chains?5 answersAgri-food supply chains, also known as agribusiness chains, encompass the interconnected processes from farm to fork involving various stakeholders like farmers, processors, traders, and retailers. These chains play a crucial role in ensuring the efficient planning, control, and coordination of agricultural activities to meet the demands of consumers globally. The integration of agri-food markets into global value chains is essential for enhancing competitiveness and creating dynamic advantages for national economies. By participating in these chains, countries and farmers can benefit from technology transfers, increased productivity, and income growth, although challenges such as market concentration and environmental impacts need to be addressed. Understanding the complexities and implications of modern agri-food supply chains is vital for policymakers, firms, and society to promote economic, social, and environmental sustainability.
What are the specific challenges that the cold chain can address in the logistics?5 answersThe specific challenges that the cold chain can address in logistics include maintaining the temperature range of samples or materials during delivery, processing, and storage to ensure their viability. Cold chains are crucial in the pharmaceutical and agricultural sectors, as well as in vaccination programs and bio-medical surveillance activities. The COVID-19 pandemic has highlighted the importance of cold chain logistics for the storage and transportation of vaccines, which have specific temperature requirements. In China, the development of cold chains has faced challenges such as logistics data supervision and high distribution costs, especially in the "last mile" delivery without contact. Additionally, the dynamic nature of cold chain logistics, where orders are unknown beforehand, poses further challenges in terms of scheduling and minimizing distribution costs.
What is agriculture food supply chain applications?4 answersThe application of blockchain technology in the agricultural food supply chain has the potential to improve transparency, traceability, and trust. It can provide consumers with information about the entire process of food production, from planting to harvesting, transporting, and selling. By using blockchain, food fraud can be reduced by detecting untrustworthy intermediaries and business practices. Additionally, blockchain can simplify and enhance all phases of the agriculture supply chain, improving food safety and preventing the sale of counterfeit goods. The integration of blockchain with big data in the food supply chain can ensure food safety, consumer satisfaction, and efficient supply chain management. Furthermore, the collaborative approach in the agri-food supply chain, facilitated by blockchain, can lead to effective and efficient supply chains. Overall, the application of blockchain technology in the agricultural food supply chain can revolutionize the industry by increasing productivity, transparency, and traceability.
What are the impacts of cold storage facilities in food sustainability?4 answersCold storage facilities in the food sector have significant impacts on sustainability. These facilities contribute to environmental issues through direct emissions from refrigerant leakages and indirect emissions from nonrenewable energy consumption. The energy consumption in cold chains is particularly high, leading to a substantial environmental burden. Efficient management of the cold chain is crucial for reducing energy consumption and quality losses. Mapping the energy flows throughout the cold chain can help identify energy-efficient best practices and prioritize energy efficiency measures. Implementing a holistic approach and considering the entire cold chain rather than individual stages can lead to a global optimum and increased implementation of energy efficiency measures. Stakeholders in the cold chain are constantly seeking improvement actions to reduce environmental impacts and enhance sustainability.
What are the best practices for cold chain logistics for pharmaceuticals?5 answersThe best practices for cold chain logistics for pharmaceuticals include the use of smart logistics technology to ensure efficient management and distribution of temperature-sensitive products. Cold chains are crucial for maintaining the viability of pharmaceutical products, especially vaccines, and require careful planning and strategic deployment of ultra-low temperature equipment. Good cold chain management involves monitoring and controlling the temperature throughout the supply chain, as well as complying with regulations and ensuring product quality and safety. It is important to have accurate stock records, minimize stock-outs and wastage due to expiration, and maintain acceptable storage conditions. The challenges in cold chain logistics can be addressed through training and supervision of pharmaceutical handlers, as well as the utilization of technologies to improve decision-making processes. By implementing these best practices, the cold chain logistics for pharmaceuticals can maximize resource utilization, reduce wastage, and improve the quality of healthcare services.
What is the definition of an agriculture supply chain?4 answersAn agriculture supply chain refers to the coordinated activities involved in the production of agricultural products and their delivery to end consumers. It is a complex system that encompasses multiple stakeholders and processes, starting from the farm to the consumer's table. The supply chain includes various entities such as suppliers, manufacturing centers, warehouses, distribution centers, and retail outlets, as well as the flow of raw materials, work in progress, and finished products between these facilities. The goal of agriculture supply chain management is to effectively manage the interactions between these entities to meet consumer demands for quantity, quality, and price. It has become increasingly important due to factors such as environmental awareness, food safety concerns, and social security. Planning and control are critical operations in agri-food supply chains.

See what other people are reading

What are the current production levels and trends in the dairy sector in Sri Lanka?
5 answers
The dairy sector in Sri Lanka is experiencing increasing trends in milking cow and buffalo populations, as well as milk production over the years. However, there are challenges in meeting dietary requirements for dairy cattle due to low-quality forages, leading to shortfalls in energy and protein intake. Despite these challenges, small-scale dairy processing plays a crucial role in marketing dairy products, particularly curd made from buffalo milk, known as Meekiri, and cow milk, known as Deekiri. Quality issues have been raised regarding milk production in certain areas, with microbiological and compositional quality concerns in both household and bulk milk samples. Overall, there is a need for policy interventions to improve milk quality, enhance feed quality, and capitalize on the potential of buffalo milk production to boost the dairy sector in Sri Lanka.
Sleep deprivation in academic perforamce of srudents in the philippines?
5 answers
Sleep deprivation has been found to impact academic performance among students in the Philippines. Studies on various student populations, including grade 12 STEAM students, 2nd-year education students, medical students, elementary school students, and undergraduate students, have shown correlations between lack of sleep and academic outcomes. While some studies suggest a negative impact on cognitive functions, attention span, and grades due to sleep deprivation, others indicate that the relationship between sleepiness and academic performance may not always be significant. Strategies such as improving sleep hygiene and time management have been recommended to mitigate the effects of sleep deprivation on academic success among students in the Philippines.
How climate effects students academic performance Disussion?
5 answers
Climate, both in terms of school climate and environmental climate change, significantly impacts students' academic performance. Positive school climate, characterized by safety and support, predicts higher academic achievement in elementary and middle school, while academic success in high school predicts later school-climate perceptions. Additionally, students' perceptions of positive and negative school climate influence their academic performance and risk behaviors, with a higher perception of positive school climate correlating with better academic outcomes. Moreover, the punctuality of students and classroom discipline play crucial roles in explaining good academic performance across different countries. Lastly, disciplinary behavior directly affects students' competence levels and partially mediates the impact of socioeconomic background on academic achievement.
What is the minimum light intensity that inhibit diatom growth?
5 answers
The minimum light intensity that inhibits diatom growth varies among different species. For example, in the case of Nitzschia palea, it was observed that light intensities below 0.03 cal/cm2 min limited growth significantly. On the other hand, for Chaetoceros sp. and Thalassiosira sp., relatively high specific growth rates were recognized under low irradiances, indicating that they can grow efficiently even under low light conditions. Additionally, the study on the marine diatom Amphora sp. showed that at light intensities greater than saturation, photosynthetic CO2 fixation was depressed, indicating a negative impact on growth. Therefore, the minimum light intensity that inhibits diatom growth can be species-specific and influenced by factors such as light saturation levels and photosynthetic performance under different light conditions.
What is the effect of a couples who hada long term relationship but end up being cheated on?
4 answers
Couples in long-term relationships who experience infidelity may undergo various emotional and relational dynamics. Research suggests that infidelity is often preceded by a decline in relationship functioning, leading to emotional alienation and dissatisfaction in the couple. The emotional impact of infidelity differs between genders, with men being more affected by sexual infidelity and women by emotional infidelity, resulting in feelings of anger, depression, and low self-esteem akin to posttraumatic stress disorder. Couple therapy for older individuals in long-term relationships post-infidelity focuses on emotional safeness, attachment, and constructive conflict management, emphasizing emotion regulation strategies tailored to age-related strengths and vulnerabilities. Overall, infidelity in long-term relationships can lead to significant emotional distress and necessitate specialized therapeutic interventions to rebuild trust and emotional wellbeing.
What is the tragedy of the commons?
5 answers
The tragedy of the commons refers to the overuse or exploitation of shared resources due to individual self-interest, leading to detrimental outcomes for the overall population. This concept is observed in various scenarios, such as spatially distributed harvesting games involving fishermen, competition among cancer cells for resources like glucose, and illegal sand mining activities in communities surrounding geoparks. The phenomenon highlights how individual actions driven by self-interest can collectively deplete or harm common resources, emphasizing the importance of cooperation, regulation, and sustainable practices to avoid negative consequences on the environment or society.
How Pseudomonas aeruginosa forms biofilm?
4 answers
Pseudomonas aeruginosa forms biofilms through various mechanisms. It can be attracted to biofilms through potassium currents from the biofilms themselves. Additionally, P. aeruginosa actively contracts mucus using retractile filaments, promoting biofilm formation within hours by nucleating biofilms. The bacterium utilizes fibrillar adhesins like CdrA to promote bacterial aggregation and biofilm formation. Furthermore, the physical properties of the substrate play a crucial role in regulating P. aeruginosa biofilm architecture, with hydrogel mesh size affecting twitching motility and biofilm organization, ultimately impacting antibiotic tolerance. Finally, P. aeruginosa's quorum-sensing system and arsenal of virulence factors, including biofilms with enhanced resistance to antibiotics, contribute significantly to its ability to form biofilms in various environments.
Why Pseudomonas aeruginosa forms biofilm?
5 answers
Pseudomonas aeruginosa forms biofilms as a survival strategy in various environments, including chronic infections. The biofilm formation is influenced by multiple factors. Firstly, P. aeruginosa can sense and respond to potassium efflux from human airway epithelial cells, promoting biofilm biogenesis. Secondly, the physical properties of the substrate, such as hydrogel mesh size, regulate twitching motility and biofilm architecture, impacting antibiotic tolerance. Additionally, in the respiratory tract, P. aeruginosa actively contracts mucus using type IV pili, facilitating biofilm formation within hours. Moreover, the bacterium utilizes fibrillar adhesins like CdrA to promote bacterial aggregation and biofilm formation, regulated by c-di-GMP signaling. Overall, biofilm formation by P. aeruginosa is a complex process influenced by host-pathogen interactions, material properties, mucus dynamics, and specific bacterial adhesins.
What are the disease caused by rice weevils in plants?
5 answers
Rice weevils, such as Oryzophagus oryzae, are major pests causing damage to rice plants. They are not known to cause diseases in plants but rather physical damage. However, other pathogens like fungal infections can lead to diseases in rice crops. These include bacterial blight, rice blast, aggregate sheath spot, black kernel brown spot, downy mildew, and false smut. Additionally, diseases like rice tungro disease caused by a viral complex of Rice tungro bacilliform virus and Rice tungro spherical virus can infect rice plants through green leafhoppers. Furthermore, fungal diseases like rice blast caused by Magnaporthe grisea can severely impact rice yield globally. It's crucial to manage both weevil populations and these diseases to ensure healthy rice crops and sustainable yields.
How cost affect the profitability of a business specifically in poultry farms?
5 answers
Costs play a crucial role in determining the profitability of poultry farms.High feed costs, which can account for a significant portion of the total production cost, pose a major challenge to profitability. Additionally, factors such as energy needs, input prices, and operational expenses impact the overall cost structure of poultry enterprises. Efficient cost management is essential to ensure a positive net income. Proper budgeting, control of variable costs like feed, labor, and utilities, and strategic decision-making regarding flock size and production processes are vital to enhancing profitability. Understanding the cost dynamics and implementing measures to optimize expenses are key strategies for maintaining a profitable poultry business amidst fluctuating market conditions and input price variations.
What are the specific neuroimaging techniques used to investigate dyslexia and identify potential biomarkers?
5 answers
Neuroimaging techniques such as functional MRI (fMRI), EEG, and MRI data analysis methods like Convolutional Neural Networks (CNNs) and Time Distributed Convolutional Long-Short Term Memory Neural networks are utilized to investigate dyslexia and identify potential biomarkers. These techniques aid in examining neuronal response properties related to reading difficulties, screening reading ability through physiological assessments, and detecting dyslexia based on anatomical and functional MRI data. Additionally, methods like modified histogram normalization (MHN) and Gaussian smoothing are employed to enhance the interpretation of dyslexia neural-biomarkers from MRI datasets, improving image features and tissue volume estimations for accurate dyslexia classification. The combination of these advanced neuroimaging approaches offers a comprehensive understanding of dyslexia and facilitates the early identification of reading impairments in children.