Agricultural Benefits Research Articles

Agricultural practices influence foliar endophytic communities in coffee plants of different varieties

AbstractFungal endophytes are pivotal components of a plant's microbiome, profoundly impacting its health and fitness. Yet, myriad questions remain concerning the intricate interactions between these microorganisms and their hosts, particularly in the context of agriculturally important plants such as Coffea arabica. To bridge this knowledge gap and provide a comprehensive framework, this study investigated how farming practices shape the taxonomic and functional diversity of phylloplane endophytes in coffee. Coffee plant leaves from two distinct producing regions in Costa Rica were sampled, ensuring the representation of various coffee varieties (Obatá, Catuaí, and Caturra), agricultural management methods (organic vs. conventional), sun exposure regimes (full sunlight/monoculture vs. natural shade/agroforestry), and leaf developmental stages (newly emerged asymptomatic vs. mature leaves). Fungal communities were characterized by employing both culture‐dependent and independent techniques (internal transcribed spacer 2 nuclear ribosomal DNA metabarcoding). The results showed a greater diversity of endophytes in mature leaves and conventionally managed plants, with coffee variety exerting an unclear influence. The effect of sun exposure was surprisingly negligible. However, data emphasize the benefits of agroforestry and organic farming, which are linked to reduced putative pathogens and heightened levels of potentially mutualistic fungi, fostering functionally diverse communities. Despite the role that plant microbiomes might play in agricultural production, the knowledge to shape endophytic communities through breeding or management is lacking. The results from this study provide a framework to understand how both plant and agricultural practices influence endophyte diversity within coffee crops. These insights hold promise for guiding future efforts to manipulate coffee microbial communities effectively.

Value chain extension services for climate-smart agriculture adoption: evidence from Burkina Faso's cotton farming

PurposeThis study assesses the extent to which integrated extension services contribute to the adoption of climate-smart agriculture (CSA) innovations within the cotton value chain in Burkina Faso.Design/methodology/approachTo address the research question, a probit multivariate econometric model with sample selection is utilized. The model is applied to a random sample of farmers (n = 510), and the endogeneity is addressed through a control function approach.FindingsThe study highlights the central role of value chains, particularly in the cotton sector, in overcoming resource scarcity through integrated extension services. Findings show that smallholder farmers who benefit from sound extension services are more willing to adopt and diversify CSA technologies. These include improved seeds, conservation techniques, adapted planting dates and mechanization. This study confirms the synergistic nature of these technologies and emphasizes that effective climate risk mitigation depends on the combined adoption of CSA technologies.Research limitations/implicationsThe use of cross-sectional data limits the analysis of long-term farmer behavior, and due to data limitations, the focus was primarily on the contributions of cotton companies and farmers to climate risk mitigation. Future research using panel data across the value chain could provide a more robust insights for policy decision-making.Originality/valueThe study contributes to the existing body of knowledge by emphasizing the crucial role of integrated extension services within the cotton value chain in developing countries. This highlights the critical benefits for farmers and emphasizes the need to diversify modern technologies to effectively combat climate change and its variability in agriculture.

From subsistence to market-oriented farming: The role of groundwater irrigation in smallholder agriculture in eastern India

Empowering smallholder farmers in low and middle-income countries (LMICs) and improving their livelihood is a critical goal for poverty reduction. To achieve this, agricultural commercialization can play an important role. However, a prerequisite to achieving agricultural commercialization is access and control of stable irrigation. This study revisits empirically the relationship between groundwater irrigation and crop commercialization. It also analyses the underlying mechanisms of how groundwater affects crop commercialization through on-farm production diversity. Studying the effects of groundwater irrigation on crop commercialization is essential for comprehending the trade-off between agricultural benefits and the environmental costs of groundwater irrigation. Geospatial and remote sensing information, combined with primary household data from small-scale farmers in eastern India, are employed in conjunction with an instrumental variable technique and a 3SLS simultaneous equation model for the analysis. The results suggest that small-scale farmers in eastern India experience enhanced crop commercialization when they have access to groundwater irrigation. Furthermore, the study suggests that the utilization of groundwater irrigation indirectly promotes crop commercialization by incentivizing farmers to diversify their production system.

Coupling remote sensing and eDNA to monitor environmental impact: A pilot to quantify the environmental benefits of sustainable agriculture in the Brazilian Amazon.

Monitoring is essential to ensure that environmental goals are being achieved, including those of sustainable agriculture. Growing interest in environmental monitoring provides an opportunity to improve monitoring practices. Approaches that directly monitor land cover change and biodiversity annually by coupling the wall-to-wall coverage from remote sensing and the site-specific community composition from environmental DNA (eDNA) can provide timely, relevant results for parties interested in the success of sustainable agricultural practices. To ensure that the measured impacts are due to the environmental projects and not exogenous factors, sites where projects have been implemented should be benchmarked against counterfactuals (no project) and control (natural habitat) sites. Results can then be used to calculate diverse sets of indicators customized to monitor different projects. Here, we report on our experience developing and applying one such approach to assess the impact of shaded cocoa projects implemented by the Instituto de Manejo e Certificação Florestal e Agrícola (IMAFLORA) near São Félix do Xingu, in Pará, Brazil. We used the Continuous Degradation Detection (CODED) and LandTrendr algorithms to create a remote sensing-based assessment of forest disturbance and regeneration, estimate carbon sequestration, and changes in essential habitats. We coupled these remote sensing methods with eDNA analyses using arthropod-targeted primers by collecting soil samples from intervention and counterfactual pasture field sites and a control secondary forest. We used a custom set of indicators from the pilot application of a coupled monitoring framework called TerraBio. Our results suggest that, due to IMAFLORA's shaded cocoa projects, over 400 acres were restored in the intervention area and the community composition of arthropods in shaded cocoa is closer to second-growth forests than that of pastures. In reviewing the coupled approach, we found multiple aspects worked well, and we conclude by presenting multiple lessons learned.

Pyrolysis of macroalgae residue from the agar industry for silica‐rich biochar and other sustainable chemicals: Process performances, product applications, and simple business scenario

AbstractThe macroalgae residue from the industrial agar extraction process contains a significant amount of carbon and has potential as a renewable feedstock. Unfortunately, it is often overlooked and is poorly utilized. This study aims to valorize this macroalgae residue through pyrolysis to produce silica‐rich biochar and other value‐added products in the form of biocrude oil (BCO) and biopyrolysis gas. The macroalgae residue was pyrolyzed at 300–700 °C with a heating rate of 20–40 °C/min. Yields of biochar, BCO, and gas of 62%, 25%, and 13% were obtained at a temperature of 700 °C and a heating rate of 20 °C/min. Biochar has a porous structure, a surface area exceeding 15 m2/g, and is dominated by amorphous silica of up to 13%. This silica‐rich biochar also contains Na and K, which hold potential benefits in agriculture, serving as soil ameliorants and playing a crucial role in enhancing soil fertility and promoting plant growth. In the meantime, BCO contains 29.3% carboxylic acid group as the most important chemical component. Other than that, the biopyrolysis gas contains mainly CH4 and H2 (up to 24–32%), which can act as chemical building blocks. Finally, a simple business scenario of silica‐rich biochar production reveals that it has a specific cost of 0.37 US$/kg. It could be economically viable as a soil ameliorant or fertilizer. However, challenges persist in scaling up production to an industrial scale.

Multifunctionality benefits of small-scale urban agriculture

Multifunctionality benefits of small-scale urban agriculture

Assessing the Potential of Prambanan Biodiversity Park for Sustainable Food Resources and Agriculture in Kemudo, Klaten, Central Java

Prambanan Biodiversity Park (TKP), situated in Kemudo, Klaten, Central Java, is an important natural reserve dedicated for preservation of local biodiversity and environmental protection by PT.Sarihusada Generasi Mahardhika. This research investigates the park's potential in providing food resources and supporting agricultural practices for nearby communities. Assessment of plant species is conducted to evaluate the park's biodiversity, including surveys, species identification, mapping. The collected data provides an overview of the park's biodiversity and serves as a baseline for further analysis. The analysis focuses on identifying plant species within the park that hold potential value for food resources and agriculture. This includes studying ecological relationships between species and plants that contribute to pest control in agricultural systems. To understand the local community's perspectives and practices related to food and agriculture, interviews, focus group discussions are conducted, exploring their traditional knowledge and utilization of biodiversity for sustenance and farming. The research finds several potential benefits of utilizing TKP for food resources and agriculture. The diverse flora of the park offers a variety of edible plants, such as Moringa oleifera and fruit-based species, which can enhance local diets and provide nutritional diversity. Furthermore, traditional plants like mojo hold potential as natural pesticides, contributing to pest control in agricultural fields. Integration of biodiversity into local food systems may require capacity building and awareness programs to promote sustainable harvesting and cultivation practices. The research recommends the development of conservation strategies and policies focused on sustainable practices, community participation, and educational initiatives to maximize the potential benefits for local food security and agriculture. This research drive conservation strategies that protect biodiversity and enhance the well-being of the local community. TKP emerges as an invaluable resource capable of supplying essential food provisions and supporting eco-friendly agricultural practices for neighboring communities, thereby emphasizing the criticality of interweaving biodiversity preservation within the framework of local food systems.

Effects of Government Price Policies on Major Agricultural Commodities in Andhra Pradesh, India

This study was concerned with analysis of export competitiveness and quantification of impact of price policies in Andhra Pradesh on net social loss in production and consumption, and welfare gain of farmers and consumers and change in Government revenue with respect to major food grains and commercial crops. Policy Analysis Matrix and Partial Equilibrium Model in the Marshallian economic surplus framework are employed in this study. The findings from Policy Analysis Matrix revealed that, on the input side, the farmers are more subsidized for rice and maize, as Nominal Protection coefficient on Tradable Inputs are less than one across all the major importing countries (unlike for chickpea, cotton lint and chilies (dry)). However, from the output side (Nominal Protection coefficient on Tradable output), the farmers producing rice, maize and chilies (dry) are more protective compared to social prices. Considering both input and output policies together, the farmers are simultaneously protective (Effective Protection Coefficient) for rice and maize and hence, the overall transfer from society to farmers is positive (Subsidy Ratio to Producers). The findings from Partial Equilibrium Model showed that total net social loss was found to be positive implying protectionism favoured the farmers across all the selected commodities. Further, the net social loss in production turned out to be positive confirming the main postulate of this study—a price greater than the equilibrium price will reduce the quantity demanded. The protectionist policies further led to a positive effect of trade liberalization on the welfare in the State and an increase in foreign exchange earnings, except for chickpea (in view of its net-importer status). Unlike farmers, consumers in Andhra Pradesh suffered welfare loss due to higher domestic prices over border prices for rice, maize and chilies (dry), However, there is a considerable increase in Government revenue due to pricing policies formulated by the Government of Andhra Pradesh. The welfare gains to farmers are negative for chickpeas and cotton in view of higher domestic prices compared to border prices. So, the key point evident is that due to protectionism, the magnitude of net loss to consumers’ welfare compared to welfare gain of farmers is higher between Rs. 21916 lakh to Rs. 23768 during TE 2020-21 implying welfare transfers from consumers to farmers. Thus, the Government of Andhra Pradesh is spending an enormous amount of money to keep the protection policies going for the benefit of farmers. However, considering the net importer status of chickpeas, the Government should further escalate the subsidy both in production and marketing programs.

Trade-offs between economic benefits and environmental impacts in non-grain expansion: a case study in the eastern plain of China.

China has experienced a boom expansion of non-grain production in recent years. While the non-grain production can increase the economic benefits of farmers, its expansion has significant impacts on the ecological environment and agricultural sustainability. This study attempted to assess the trade-offs between the economic benefits and environmental costs of non-grain production and to provide reference for future land use management. Focusing on the non-grain expansion in Tongxiang City, eastern China, empirical models and field surveys were used to evaluate its environmental impacts and monetary analysis was used to assess the trade-offs between the economic benefits and environmental costs. The results showed that the area of non-grain production increased by 2464.74 ha from 2005 to 2020, and pond fish farming accounted for the largest proportion. The economic benefits and environmental costs of non-grain production increased continuously during 2005-2020, and the net economic-environmental benefits gradually expanded after 2010. Trade-off analysis indicates that the economic benefits of duck rearing did not compensate for the environmental costs, while the other non-grain productions did. Nevertheless, the potential impact of non-grain conversion on the local environment is still underestimated. Some suggestions are proposed to achieve a win-win situation between cultivated land utilization and ecological protection.

Predominance and bioactive potential studies of endophytic Bacillus Sps. from marine algae of Palkbay costal region, India

The genus Bacillus is a widely distributed and prominent species that has been extensively studied for its numerous benefits in various industries, medical applications, and agriculture. In this study, endophytic Bacillus species were isolated from seven different algal species using various growth media such as Nutrient agar, starch casein agar, ISP 2, and ISP 4. Throughout the study period, a total of 36 bacterial strains with similar morphological characteristics were identified. Among the isolates, five bacterial strains were found to be predominant when grown on ISP 2 media. These five strains were further subjected to 16s RNA Sequencing to determine their taxonomic classification. The results revealed that all of these strains belonged to the genus Bacillus. However, the other endophytic strains could not be identified due to limited sequence homology with existing entries in the NCBI database. To gain further insights into the isolated Bacillus cultures, analytical studies were conducted. Firstly, the functional groups present in the cultures were identified using Fourier-transform infrared spectroscopy (FTIR). Additionally, the compounds present in the crude extracts of the cultures were analyzed using gas chromatography-mass spectrometry (GC-MS). The findings of this current research demonstrate the presence of Bacillus species among green and brown algae in the Palk Bay coastal range. Moreover, these Bacillus strains exhibit potential for various biotechnological applications. The study aims to establish the predominance of Bacillus species in the algae of the Palk Bay region in South India, thereby contributing to our understanding of the microbial ecology in this specific geographical area

PERANCANGAN ALAT MONITORING PERUBAHAN PPM DAN SUHU AIR SECARA DIGITAL

Limited land in Bekasi City is not an obstacle to farming for residents of Mustika Jaya, Bekasi City. The residents formed the "Amanah Hidroponik" Farmers Group in Cimuning Village, Mustika Jaya Subdistrict, Bekasi City to farm on the public facility land using the hydroponic method. The problem faced is the low participation of people in efforts to record ppm and water temperature data every hour and the lack of knowledge about the importance of data from the recording of ppm and water temperature data. This research aims to design a digital monitoring tool for ppm and water temperature changes to provide convenience to farmers in obtaining ppm information through Android mobile applications in real-time. Data collection methods were carried out by field studies and interviews of farmer group members. The results are in the form of a prototype with the ability and success of mixing nutrient water and clean water according to the predetermined ppm value of nutrients for each type of plant, providing benefits for hydroponic kale farmers in controlling nutrition and monitoring plants. In addition, it can also reduce the risk of crop failure of kale plants because it monitors by using a smartphone in real-time

Petani Rasional: Gambaran Petani Benculuk Pasca Masuknya Mesin Combine Harvester

Abstract: The combine harvester machine entered and was adopted by farmers in Benculuk Village in October 2020. The combine harvester machine entered Benculuk Village due to several driving factors, namely the lack of a number of harvest workers, the mobility of farm workers to other jobs, the use of a combine machine that is more practical and efficient, the yield cleaner and more optimal, and farmers keep abreast of existing trends. Because after the introduction of the combine harvester machine it has been proven to be able to provide benefits for farmers including being able to minimize the level of crop loss, increase crop production, improve the quality of rice yields, and efficiency in the use of costs, time and energy expended. The purpose of this study was to examine the description of the rationality of farmers in Benculuk Village after the combine harvester machine was introduced. This study uses the theory of rational farmers from Samuel L. Popkin (1986). The method used is qualitative with a phenomenological approach. Where the research location is in Benculuk Village, Cluring District, Banyuwangi Regency. The findings from this study after the introduction of the combine harvester machine to farmers in Benculuk Village changed the life order of the farmers who used it. The changes that are felt have an impact on changes in civilization, namely changes in the technological machines used by farmers when they go to paddy fields. Ecological changes that make paddy soil more muddy and watery. Economic changes, namely farmers are more profitable, as well as changes in the social life of landowners and farm workers. After the introduction of the combine harvester machine in Benculuk Village, it shows that the farmers there have become rational farmers who lead to capitalism.

Identifying value chain trade-offs from fruit and vegetable aggregation services in Bangladesh using a system dynamics approach.

Significant progress has been made in cereal production in Bangladesh due to an agricultural policy environment that prioritizes the productivity of staple crops over fruit and vegetables (F&V). However, many smallholder farmers remain poorly connected to markets, which may lead to a limited supply response of F&V that can reduce opportunities for sufficient intake in neglected, consumer-facing, smaller retail markets. To address this issue, aggregation schemes have been conceived that collect and transport F&Vs on behalf of multiple farmers. Given the volume of horticultural produce produced and the reliance on developed transport infrastructure, aggregation schemes tend to supply wholesale and urban markets rather than underdeveloped rural and isolated markets. To this end, we investigated how a particular aggregation intervention ('Loop') could potentially improve the distribution of F&V to smaller markets whilst improving farmer benefits. We used an innovative system dynamics modeling approach based on Loop`s aggregation services in Jashore, Bangladesh, and to identify the potential trade-offs between consumer outcomes in retail markets and farmer benefits. We find that combining aggregation with a quota at the smaller market, transport subsidy, and current price growth does not result in trade-offs between consumer purchases and farmers`benefits. However, combining aggregation with current price growth can increase demand without losing farmers`benefits. The findings emphasize that standalone and multiple market-oriented interventions generate broader win-win benefits to promote inclusive food systems.

Prospecting of Bioagents and Screening of Varieties against Anthracnose of Green Gram

Aims: Anthracnose poses a significant threat to green gram cultivation in India. This study focused on evaluating various bioagents and cultivars efficacy in combating Collectotrichum lindemuthianum through in vitro bioassays and glasshouse investigations.
 Study Design: Dual culture technique and screening of varieties
 Place and Duration of Study: The laboratory studies were conducted in the Department of Plant Pathology, N. M. College of Agriculture, Navsari Agricultural University, Navsari, Gujarat, India during 2020–2021.
 Methodology: The dual culture method was employed to gauge the potency of biocontrol agents, while variety screening helped to identify resistant and susceptible green gram varieties against C. lindemuthianum.
 Results: In vitro assessments revealed that among the five biocontrol agents tested, Trichoderma virens (87.63%) and T. viride (85.41%) exhibited significant suppression of mycelial growth compared to the untreated control. However, in greenhouse pot culture experiments involving eight different genotypes, none were found to be immune to green gram anthracnose. Nevertheless, Pusa 1431, KM-2328, TARM-18, and GM 6 exhibited a resistant response against anthracnose, while BPMR-145 and Vaibhav proved susceptible to the disease.
 Conclusion: Biocontrol agents are cost-effective and safe for disease management, while integrating resistant varieties is a solid strategy. These high-yielding, environmentally safe, and economically viable methods benefit farmers. Recognizing resistant genotypes is crucial for breeding disease-resistant varieties, as they limit field spread and reduce conidia production of C. lindemuthianum causing green gram anthracnose.

Effect of Integrated Weed Management Practices on Weed Dynamics, Growth Performance and Yield of Direct Sown Finger Millet (Eleusine coracana L.)

Background: Finger millet is an important dryland crops since they can tolerate unfavorable weather and are frequently planted in soils with low nutrient and poor water holding capacity in soils. The main cause for yield loss is weed infestation which occurs in finger millet. Several integrated weed management techniques were carried out to control them particularly and to increase yield which benefits farmers. Methods: In this context a field experiment was conducted in Karunya Institute of Technology and Sciences, Coimbatore, during Rabi season of 2022-23 in direct sown finger millet under irrigated condition. The experiment was laid out in RCBD with ten treatments and three replications viz., PE pendimethalin @ 0.75 kg ha-1 8 DAS + Hand weeding @ 35 DAS, PoE 2,4-D @ 2 kg ha-1 40 DAS + Hand weeding @ 35 DAS, PE pretilachlor @ 0.75 kg ha-1 8 DAS + Hand weeding @ 35 DAS, PoE 2,4-D @ 2 kg ha-1 40 DAS + Twin wheel hoe @ 30 DAS, PE pendimethalin @ 0.75 kg ha-1 8 DAS + Twin wheel hoe @ 30 DAS, PE pretilachlor @ 0.75 kg ha-1 8 DAS + Twin wheel hoe @ 30 DAS, Hand weeding @ 25 and 40 DAS, Twin wheel hoe @ 25 and 40 DAS, Hand weeding @ 25 DAS + Twin wheel hoe @ 40 DAS and Unweeded control. The CO 14 finger millet was used a test variety with 110 days medium duration. Result: The result showed that pre-emergence pretilachlor @ 0.75 kg ha-1 8 DAS + Twin wheel hoe weeding @ 30 DAS significantly decreased weed density, importance value index and summed dominance ratio of weeds with higher weed control. The same treatment combination recorded higher plant height (115.8 cm) and grain yield (2368 kg ha-1) at harvest.

Effects of Urban Agriculture on the Socio-Economic Status of Farmers in Cities of Sub-Sahara Africa. A case of Zambia, South Africa, and Nigeria: A Review

This paper reviews the current literature concerning the effect of urban agriculture on the socio-economic status of urban farmers in Sub-Sahara African Cities. The main objective of this review is to examine the impacts of urban agriculture on the socio-economic status of urban farmers in Sub-Sahara African Cities. Specifically, the paper reviews the impact of urban agriculture on income and food security as well as the benefits and challenges affecting urban Agriculture development in selected cities of sub-Saharan African countries. This paper reviews different articles and papers on urban farming in Sub-Sahara Africa and globally. The review posits that there is scanty information on how urban agriculture affects farmers' socio-economic status in sub-Saharan Africa. How farmers derive their social and economic status by engaging in urban agriculture, and the types and motivations of farmers are not clear. The review suggests that understanding the factors that are crucial for food security, income and related benefits in urban agriculture is essential to developing the right technologies and policies

Biochar from agricultural wastes: Environmental sustainability, economic viability and the potential as a negative emissions technology in Malaysia

Biochar used for soil amendment is considered a viable negative emissions technology as it can be produced easily from a wide range of biomass feedstocks, while offering numerous potential agricultural benefits. This research is the first to present a comprehensive sustainability assessment of large-scale biochar production and application in Malaysia. The five feedstocks considered comprise the country's most abundant agricultural wastes from palm oil (empty fruit bunches, fibres, palm fronds and shells) and rice (straw) plantations. Combined with process simulation, life cycle assessment and life cycle costing are used to assess the sustainability of biochar production via slow pyrolysis at different temperatures (300–600 °C), considering two functional units: i) production and application of 1 t of biochar; and ii) removal of 1 t of CO2from the atmosphere. The cradle-to-grave system boundary comprises all life cycle stages from biomass acquisition to biochar use for soil amendment. The positive impacts of the latter, such as carbon sequestration, fertiliser avoidance and reduction in soil N2O emissions, are also included. The global warming potential (GWP) is net-negative in all scenarios, ranging from −436 to −2,085 kg CO2 eq./t biochar and −660 to −933 kg CO2 eq./t CO2 removed. Per t of biochar, the systems with shells have the lowest GWP and those with straw the highest, all showing better performance if produced at higher pyrolysis temperatures. However, the temperature trend is opposite for all other 17 impacts considered, with fibres being the best option and fronds the worst for most categories. Per t CO2 removed, fronds have the highest impact in eight categories, including GWP, and shells the lowest in most categories. All impacts are lower for biochar production at higher temperatures. The main hotspot is the pyrolysis process, influencing the majority of impact categories and contributing 66–75 % to the life cycle costs. The costs range from US$116–197/t biochar and US$60–204/t CO2 removed. The least expensive systems per t biochar are those with straws and per t CO2 removed those with shells, while fronds are the worst option economically for both functional units. Utilising all available feedstocks could remove 6–12.4 Mt of CO2 annually, reducing the national emissions from the agricultural sector by up to 54 % and saving US$36.05 M annually on fertilisers imports. These results will be of interest to policy makers in Malaysia and other regions with abundant agricultural wastes.

Understanding the Potential of Conservation Agriculture towards Improving Food Security and Sustainability of Natural Resources in Chongwe District of Lusaka

Conservation agriculture (CA) represents a promising solution to the challenges faced by smallholder farmers in Chongwe District. This paper outlines the potential benefits of CA, including increased crop yields, improved food production, reduced input costs, and enhanced nutritional quality and diversity of food crops. Policymakers, agricultural extension services, and development organizations need to prioritize the promotion and adoption of CA practices, providing support for training, capacity building, and access to resources for farmers. The paper also calls for targeted interventions to raise awareness about the benefits of CA, address misconceptions, and integrate CA principles into agricultural policies and programs. By prioritizing and supporting the shift towards CA, stakeholders can contribute to creating a more resilient and sustainable agricultural system that benefits farmers.

Radio resource management Satellite Communication Networks MCDM Method

A communications satellite would be an artificial satellite that creates a channel here for the transmission of a communication through a transponder between a sender and a recipient located at various locations on Earth. Communications via satellite are used in telecommunications, radio, broadcast, computer, and military applications. Satellites offer three different kinds of communication services: data communication, broadcasting, and telephone. Lower Geostationary satellite, Networks for Low-Earth-orbiting (LEO) and Medium Eccentricity Orbit (MEO) are the three different types of satellite networks. A satellite system or a portion of a satellite system with only one satellite in it and a working ground station is known as a satellite network. Models 1, 2, and 3. A satellite network is a system that uses satellite technology to transmit media services to recipients. The two main components of communication systems are the ground component, which consists of stationary or mobility transmissions, receptions, and ancillary equipment, and indeed the space component, which primarily consists of the satellite. In addition to offering in-flight communications, satellites are frequently the primary voice communication method in rural areas and places where telephone connections have been disrupted during a catastrophe. Satellites are also a major source of time for cell phones and pagers. With nine operating communications satellites in geo-stationary orbit, one of the largest domestic satellite communications networks in the Asia-Pacific region is the Indian National Television (INSAT) system. Radio and cable television are provided to us. They allow us to use our mobile phones to make long distance calls. So that we can find ourselves and get directions, they offer us the Global Positioning System (GPS) our destinations. Satellites offer data on Earth's atmosphere, seas, land, and clouds. They can also see smoke, volcanoes, and forest fires. All of this data aids in weather and climate prediction. Farmers benefit from knowing what crops to plant. PROMETHEE (Priority Ranking System Method for Enrichment Assessments) About PROMETHEE methods and usage to uncover current research to classify and explain A classification scheme and a comprehensive literature review is presented. Alternative is Laser communication, optical networks, satellite optical communication, vibrations and satellite network. Evaluation parameters are Solar Radiation Pressure, Thermal Bending, Micro Meteorite impacts, Solar and Lunar Gravity and Earth oblations effects. Vibrations are got the first rank whereas is the Optical networks are having the Lowest rank. Satellite Communication Networks for using the analysis of PROMETHEE Method. Vibrations is got the first rank whereas is the Optical networks is having the Lowest rank.

Climate and landscape composition explain agronomic practices, pesticide use and grape yield in vineyards across Italy

ContextWorldwide, organic farming is being promoted as one of the main alternatives to intensive conventional farming. However, the benefits of organic agriculture are still controversial and need to be tested across wide environmental gradients. ObjectiveHere, we carried out an observational study to test how agronomic practices, pest management, environmental impact and yield of conventional and organic vineyards changed along wide climatic and landscape gradients across Italy. MethodsWe used a block design with 38 pairs of conventional and organic vineyards across Italy. Results and conclusionsMost agronomic practices did not differ between conventional and organic vineyards. By contrast, landscape composition and climate were strong predictors of management in both systems. First, increasing semi-natural areas around the vineyards reduced pesticide pressure and related environmental impacts, but was also associated with lower yield. Second, irrespective of the farming system, a warm and dry climate was associated with reduced fungicide pressure. Conventional farming had a yield gain of 40% in cold and wet climate compared to organic but the yield gap disappeared in the warmest regions. SignificanceIn both farming systems, we observed a large variability in management practices that was mainly explained by climate and landscape composition. This large variability should be considered when evaluating the benefits and drawbacks of different farming systems under contrasting environmental contexts.