Export Potential Research Articles

THE RELATIONSHIP OF STATE INVESTMENTS IN THE SECTOR OF ССI AND THE LEVEL OF COMPETITIVENESS OF THE ECONOMY

The article examines the relationship between public investment in the creative and cultural industries (CCI) sector and the level of competitiveness of the national economy. This study examines the influence of state-sponsored initiatives, including innovative projects, cultural programmes and creative start-ups, on a country's global economic competitiveness. It is established that investments in the cultural and creative industries have a dual impact on the national economy. Firstly, they facilitate the development of the cultural and educational spheres. Secondly, they have a significant impact on GDP growth, job creation, increase in export potential and attraction of foreign investment. Particular attention is paid to the mechanisms of interaction between the public and private sectors for the effective implementation of investment programmes in the field of CCI. The article examines the various financing models and institutional approaches that can ensure the sustainable development of creative industries. A substantial portion of the study is dedicated to an examination of international experiences with regard to investment in cultural and creative industries. In particular, the European Union, the United Kingdom, the United States, and the countries known as the "Asian Tigers" are taken as case studies. Based on a comparative analysis of these cases, the most effective instruments for supporting investments in the CCI sector and their impact on the competitiveness of national economies are identified.

Influence of Planting Distances, Boron Application and Varying Fertilizer Levels on the yield Performance of Shallot (Allium Cepa var. Aggregatum) Across Season in Ilocos Norte, Philippines

Shallots are gaining importance in the Ilocos region, due to their culinary uses in traditional cuisine, medicinal properties, and export potential. However, the reduction of inherent soil fertility and the manifestation of multiple nutrient deficiencies have led to low yields which is 13.70% lower than the national average. Consequently, researchers and farmers are aware in the improvement of shallot production in the region. This study, conducted from March, 2023 to February, 2024, at Mariano Marcos State University using a Strip-Split-Plot design with three replicates and analyzed using STAR. Planting distances as vertical plot, boron application as horizontal plot, and fertilizer level as the subplot. The study aimed to evaluate the influence of planting distances on yield performance of shallots, and to develop better nutrient management strategies for optimal shallot production. To optimized shallot productivity per land unit area, particularly during the off-season, it is recommended to adopt closer planting distances of 15cm x 10cm combined with the application of 30-30-30 kgha⁻¹ NP₂O₅K₂O and 5 tha⁻¹ of organic fertilizer. This technique has been shown to produce higher yields, reaching up to 17.39 tha⁻¹. Additionally, pure organic fertilizer application at a rate of 7.5 tha⁻¹ during the off-season is also recommended, as it has demonstrated high yields of 16.12 tha⁻¹ when using the same planting distance of 15 cm x 10 cm. This approach not only increases yield but also improves soil health, making it a sustainable option for long-term cultivation. For the regular season, planting distances of 20 cm x 10 cm and 15 cm x 15 cm, applied with 60-60-60 kg ha⁻¹ NP₂O₅K₂O and 2.5 tons ha⁻¹ of organic fertilizer, are recommended, as they have produced yields of up to 29.4 tons ha⁻¹. While pure inorganic fertilizer results in high yields during the regular season, a combination of organic and inorganic fertilizers is preferred to enhance soil health and prevent soil d

Icelandic glacial dissolved organic carbon fluxes, composition and variability - relevance for the global glacial carbon budget

Despite their relatively large size, organic carbon (OC) fluxes from Icelandic glaciers have not been explicitly considered in current global glacial OC flux calculations. Most global glacial OC estimates are based on limited individual flux estimates, which show considerable spatial differences, are often based on melt season fluxes, and rarely account for seasonal and diurnal variability of glacial dissolved organic matter (DOM). Using an annual dataset of 25 Icelandic glaciers (and their glacial streams) we investigate DOM concentration and composition, calculating an estimate for downstream OC fluxes from Icelandic glaciers, considering diurnal and seasonal variability. DOM source and composition distinctly changed from a terrestrial character toward a more proteinaceous character as melt increased, both on a seasonal and diurnal basis, likely reflecting the flow path of the meltwater. While DOC concentration did not change on a diurnal basis, DOM composition was more labile in the afternoons, possibly indicating photochemical or biological transformation processes. Overall, the glacial streams predominantly acted as CO2 sinks. However, higher DOC concentrations, along with contributions of more proteinaceous DOM in proglacial streams, led to a decrease in the uptake potential for CO2. Finally, we estimated an export flux of 0.0026 ± 0.0029 Gg C yr−1 km−2 of DOC, and 0.011 ± 0.007 Tg C yr−1 km−2 of POC, from Icelandic glaciers. We reveal larger than previously assumed DOC and POC fluxes from Icelandic glaciers, with higher-than-global-average areal fluxes (~3 % and 9 % of global glacial C flux respectively). Our findings underscore the importance of revising current global estimates to include the not-fully-accounted-for contribution of Icelandic, and other glaciers. This is particularly important considering ongoing climatic changes will likely affect glacial meltwater discharge and sources, leading to altered DOM composition and DOC concentration, having potentially considerable consequences for glacial OC export and CO2 uptake potentials of glacial streams.

DEVELOPMENT OF AGRICULTURAL SCIENCE ON THE PLATFORM OF INNOVATIVE BIOECONOMY

Ukraine's economy is in a state of crisis caused by the war. The agricultural sector in extreme conditions is trying to fulfill its function of ensuring the food security of the state, supporting its export potential despite limited resources and logistical problems. Agrarian science in the conditions of budget funding deficit is trying to find ways to use the scientific and experimental base, developed varieties and technologies to promote the stabilization and revival of agro-industrial production in the industry and regions. Effective models of implementing the innovative potential of agrarian science on a business basis are necessary.The purpose of the study is to justify the platform of market adaptation of science to crisis conditions and the mobilization of scientific potential in the breakthrough directions of the development of the agrarian sphere on the basis of innovative bioeconomy and close cooperation between science and business.To realize the set goal, the work assessed the possibilities of integrating science and business on the platform of innovative bioeconomy in the crisis economic and legal conditions of Ukraine; the bio-ecosystem of the platform and its operational mechanism of the partnership of science and business for the implementation of joint innovation and investment projects are substantiated. For the introduction of a well-founded bioecosystem, a set of measures is proposed for the formation of a platform in the system of agrarian science on the basis of conducted tests and adopted organizational decisions based on the example of the National Academy of Agrarian Sciences of Ukraine. Cooperation between agricultural science and business on the basis of the proposed public-private partnership platform ensures the mobilization of scientific potential to solve pressing issues of innovative development of agricultural production, rural areas through the creation and transfer of breakthrough and supporting bioinnovations, the production of competitive innovative agro-food products.

Strategic insights: Unveiling the potential of Pharmaceutical exports from India to Regulated markets

India is a major exporter of medicinal products in the world. India's pharmaceutical sector has grown significantly to contribute largely to the GDP of the nation because of its rapidly expanding economy and abundance of highly skilled labor. However, exporting pharmaceuticals to markets that are subject to regulations can be a difficult procedure that requires a lot of paperwork. This all-inclusive handbook will assist in navigating the documentation and export regulatory requirements for pharmaceutical exports from India to regulated markets. It also provides export projections for the future, enabling exporters to adapt their export strategy. This handbook will give you the knowledge needed to be successful in the pharmaceutical export business, regardless of whether an experienced exporter or a recent entry into the market. A study on Indian Pharmaceutical Exporter together with future forecasts and SWOT Analysis of Indian Pharmaceutical manufacturers.

Spatial and Seasonal Controls on Eddy Subduction in the Southern Ocean

AbstractCarbon export driven by submesoscale, eddy‐associated vertical velocities (“eddy subduction”), and particularly its seasonality, remains understudied, leaving a gap in our understanding of ocean carbon sequestration. Here, we assess mechanisms controlling eddy subduction's spatial and seasonal patterns using 15 years of observations from BGC‐Argo floats in the Southern Ocean. We identify signatures of eddy subduction as subsurface anomalies in temperature‐salinity and oxygen. The anomalies are spatially concentrated near weakly stratified areas and regions with strong lateral buoyancy gradients diagnosed from satellite altimetry, particularly in the Antarctic Circumpolar Current's standing meanders. We use bio‐optical ratios, specifically the chlorophyll a to particulate backscatter ratio (Chl/bbp) to find that eddy subduction is most active in the spring and early summer, with freshly exported material associated with seasonally weak vertical stratification and increasing surface biomass. Climate change is increasing ocean stratification globally, which may weaken eddy subduction's carbon export potential.

Enhancing tamarind quality and shelf-life through improved storage techniques

Tamarind (Tamarindus indica L.) is a versatile spice crop with economic significance, known for its diverse applications in pulp, seed and timber. Thriving in challenging conditions like poor soils and drought, it has become crucial in various uses, particularly in wastelands. In this post-harvest study, tamarind pods underwent deshelling, deseeding and defibering before applying treatments to extend the shelf life of the pulp. Five additives and four packaging materials, under 2 storage conditions, were tested in a factorial design. Results of over 6 months revealed that treating tamarind pulp with 0.2 % sulphur fumes, packed in aluminium foil, and stored refrigerated minimized browning and moisture content. This treatment also showed lower total carbohydrate, reducing sugar, protein, amino acid and total phenol content. Conversely, pulp treated with 2.0 % ascorbic acid, packed in palmyrah leaf bags and stored refrigerated exhibited higher acidity. Pulp treated with 0.2 % sulphur fumes, packed in palmyrah leaf bags and stored under ambience showed consistently higher total soluble solids. The findings suggest that treating pulp with 0.2 % sulphur fumes, using aluminium foil for packing and refrigerated storage can significantly reduce browning, making it an ideal choice for extended stability and potential export markets. Furthermore, adopting aluminium foil as a packing material in Indian conditions proves economically feasible, ensuring better pulp quality during prolonged storage, particularly for small-scale tamarind growers.

Evaluating Sustainability: A Social Cost-Benefit Analysis of Shrimp Aquaculture Practices in Kerala

Kerala is blessed with an abundance of freshwater and brackish water rivers, estuaries, backwaters, and interconnecting backwaters. These bodies of water add to the inland production and make the land lush and fertile. As per the ‘State Wise Area Utilized and Production of Tiger Shrimp 2020-21’ data of MPEDA Kerala has 2813.85ha area under culture in hectares and 1128.98 estimated production in tonnes. In the last decades its development has attracted considerable attention because of its export potential. During the study period (2017-18), Kerala produced an estimated 2,952.56 metric tonnes of farmed shrimp annually, out of which 26.34 percent were produced scientifically and the remaining 73.66 percent were produced traditionally. State fishery sector is also promoting ‘one paddy one shrimp farming’ project as it is suitable for coastal wetland economy like Kerala. Consequently, shrimp aquaculture sector plays a major role in the coastal wetland economy of Kerala, which has 234 prawn filtration fields covering 12873ha and 65213ha of brackish water area. ‘Sustainable blue economy’ states that shrimp aquaculture contributes to food security, social status, livelihood for the poor, women's empowerment through employment, increased family income, and purchasing power to the Kerala economy, it is necessary to question the sustainability of the Kerala shrimp aquaculture sector, particularly in light of the micro plastic pollution caused by current shrimp aquaculture practices. Kerala is a top producer of shrimp raised in aquaculture due to its abundant backwater and estuary water bodies. There are claims that the amount of shrimp consumed domestically is also rising. Exposure to Micro plastics poses a severe risk to the health and well-being of regular shrimp users. Using Soya Bean Meal (SBM), a reasonably priced and sustainable substitute for artificial fish feed becomes necessary. In light of this, this paper conducts a sustainability analysis based on social cost-benefit analysis of the feeding practices currently used by the shrimp aquaculture industry in Kerala.

Analysis of the dynamics of development of greenhouse vegetables in Russia during the pre-sanctions and sanctions periods

This article examines the dynamics of acreage, the main elements of production costs, labor costs per unit of production, output and profitability of products as key indicators of the economic development of greenhouse vegetables. The analysis of causal relationships of changes and interpretation of indicators of economic development of the sub-sector is carried out. The main challenges and prospects for the development of greenhouse vegetables industry have been studied, including the dependence of the industry on foreign supplies of components and seeds, the need to expand the range of products and strengthen the export potential of the industry. The results of the study allowed us to conclude that the vegetable growing of greenhouses (horticulture) in Russia has made a significant leap in its development, over the period 2006–2022 significantly increased production volumes and, in general, judging by key economic indicators of development, overcomes sanctions pressure, expressed primarily in the rise in the cost of production and sales logistics.

Wintertime productivity and carbon export potential across the Agulhas Current system

The Agulhas Current plays a major role in heat and salt exchange between the Indian and Atlantic Oceans, yet little is known of its influence on ocean fertility. To investigate carbon production and export potential in the Agulhas Current system, we measured net primary production (NPP), nitrate and ammonium uptake, N2 fixation, and nitrification along a transect of the current and adjacent subtropical subgyre (33.4°S–35.7°S) in winter when nutrient supply, and thus productivity, should be highest. Phytoplankton biomass was lowest in the current core, increasing into the subgyre as surface nitrate declined, and was dominated by nanoplankton (2.7–10 μm; 62 ± 5.1% of total biomass). NPP and nitrate uptake were generally high across the transect and increased from the current core into the subgyre; the rates were dominated by picoplankton (<2.7 μm; 53–93%) in the current core and nanoplankton elsewhere (63–69%). On average, euphotic zone nitrification supplied 7.6 ± 6.4% of the nitrate consumed by phytoplankton and N2 fixation was also low (2.1 ± 1.3% of new production); we thus consider nitrate uptake a reasonable proxy for new production, at least in winter. Nitrate uptake was highest at the southern edge of the current core, consistent with current-associated (sub)mesoscale mixing enhancing the upward nutrient supply. The fraction of NPP available for export (i.e., the f-ratio) was high across the transect, ranging from 0.44 to 0.69. Our data thus indicate that both total and new production are elevated across the Agulhas Current system in winter and suggest that the (sub)mesoscale dynamics associated with the current system may enhance carbon production and export in the otherwise oligotrophic southwest Indian Ocean.

Energy Diplomacy of Turkmenistan: Determining Factors and Legal Framework

Introduction. Energy diplomacy is an effective means of ensuring energy security (international and national) and, at the same time, an instrument for implementing the foreign energy policy of states. Since energy diplomacy is formed and implemented in the conditions of the state legal and international legal environment, the study of its legal component acquires not only theoretical, but also important practical significance. At the same time, the legal aspects of energy diplomacy (both in general and in relation to specific countries) have not yet been systematically developed in the legal literature, including in the science of international law. Based on the analysis of scientific and regulatory material, the article identifies the features of Turkmenistan's energy diplomacy and its legal support.Materials and methods. Within the framework of the study, the sources of international law related to the topic under consideration, political and legal policy documents and acts of national legislation of Turkmenistan are considered. The theoretical basis of the research was the scientific works of experts in the field of international law and energy law, as well as individual studies of the problem of energy diplomacy, including in relation to a chosen country. The methodological basis of the study was presented by general scientific and special legal methods.The results of the study. Factors of a resource-geographical nature, combined with factors of a political and legal nature (the status of Turkmenistan as a permanently neutral state) determine the originality of foreign energy policy and, significant from the point of view of international law, the features of Turkmenistan's energy diplomacy. The main strategic priority of Turkmenistan's energy diplomacy is to increase the export potential of oil and gas products and, in this regard, to create an extensive, modern and efficient infrastructure for transit and delivery of energy resources to foreign energy markets, comprehensive legal support for these processes. Reliance on the potential of multilateral diplomacy (primarily in the UN system) for the international legal legitimization of their national interests in the energy sector is combined with the development of bilateral international legal relations of energy cooperation on terms of mutual benefit, while respecting the basic principles of international law. The head of state plays a special role in the development and legal formalization of Turkmenistan's energy diplomacy. Embargoes, as well as unilateral restrictive measures, used in the practice of a number of States and individual integration associations, are not used as a means of economic pressure on other States. Special importance is attached to preventive diplomacy within the framework of the Central Asian region.Discussion and conclusion. Turkmenistan's energy diplomacy, being the main means of implementing its foreign energy policy, has an international and constitutional legal framework, in turn, including: the UN Charter and other fundamental international legal acts establishing the basic principles of international law and the provisions of the Constitution of Turkmenistan on adherence to these principles, taking into account its permanently neutral status; Resolutions The UN General Assembly and acts of the constitutional legislation of Turkmenistan relating to the legal formalization and implementation of its permanent neutral status; norms of international law and provisions of the constitutional legislation of Turkmenistan regulating the main forms of diplomatic activity; special principles of international energy law correlating with the norms of the constitutional law of Turkmenistan.

Organic agriculture in Kyrgyzstan: experiences with implementing participatory guarantee systems

Organic farming plays a pivotal role in the recent initiative to develop a sustainable economy in the Kyrgyz Republic (Kyrgyzstan). Key national policy documents support a green agricultural development path and highlight the potential of organic agricultural production and exports. This study therefore elicited perspectives on organic farming from organic farmers and stakeholders in Kyrgyzstan, focusing on the role of Participatory Guarantee Systems (PGS) in its promotion. Interviews held with these two groups revealed that, whereas organic farmers are primarily motivated by personal and family health concerns despite unfair market prices and insufficient governmental support, stakeholders prioritize environmental protection and view the inclusion of PGS in national legislation as a milestone in organic certification. Also, the recent COVID-19 pandemic has influenced farmers’ motivation for organic conversion owing to increased health concerns and food safety. The study’s findings highlight the potential of PGS to foster cooperation within local communities and familiarize farmers with organic principles and methods. PGS can be used as a framework to strengthen social and economic links within local farming communities and preserve traditional local knowledge and farming practices that are crucial for climate change mitigation and sustainable agriculture. Moreover, PGS may be applied in business as a model for establishing collaboration with other sectors at both domestic and international levels. The findings underscore the significance of PGS in the sustainable development of organic farming in Kyrgyzstan. However, challenges such as inadequate infrastructure and knowledge need to be addressed through the government’s increased involvement and through cooperation among actors within the organic sector. Overall, the PGS approach may be used by policymakers as a relevant and feasible tool for introducing organic principles within agricultural policies and disseminating organic practices across the country.

Demand Potential for Agricultural Trade between China and Countries along the "Belt and Road".

International agricultural markets are an important part of the global food resource chain. Tapping into the potential of agricultural trade between China and countries along the "Belt and Road" (B&R) is conducive to safeguarding China's and the world's food security, but there is less literature on the potential of bilateral trade demand. This paper ranks the B&R countries according to the scale of imports and exports, and calculates the elasticity of demand for imports, the elasticity of substitution for exports, and, finally, the potential of elasticity of demand for trade between China and the major B&R countries. The results show that China's agricultural export potential to major B&R countries is ranked as follows: Indonesia, Thailand, Russia, Poland, Turkey, Vietnam, Malaysia, Ukraine, India, and Singapore. The major B&R countries are also ranked in terms of their export potential to China: Vietnam, India, Ukraine, Russia, Malaysia, Thailand, Indonesia, Poland, Singapore, and Turkey. The findings of this paper provide a decision-making basis for promoting agricultural trade between China and B&R countries.

Viral genetics and transmission dynamics in the second wave of mpox outbreak in Portugal and forecasting public health scenarios

ABSTRACT In 2023, a second wave of the global mpox epidemic, which is mainly affecting men who have sex with men (MSM), was observed in some countries. Herein, we benefited from a large viral sequence sampling (76/121; 63%) and vast epidemiological data to characterise the re-emergence and circulation of the Monkeypox virus (MPXV) in Portugal during 2023. We also modelled transmission and forecasted public health scenarios through a compartmental susceptible-exposed-infectious-recovered (SEIR) model. Our results suggest that the 2023 mpox wave in Portugal resulted from limited introduction(s) of MPXV belonging to C.1.1 sublineage, hypothetically from Asia, followed by sustained viral transmission and potential exportation to other countries. We estimated that the contribution of the MSM high sexual activity group to mpox transmission was 120 (95% CrI: 30–3553) times higher than that of the low sexual activity group. However, among the high sexual activity group, vaccinated individuals likely contributed approximately eight times less [0.123 (95% CrI: 0.068–0.208)] than the unvaccinated ones. Vaccination was also linked to potential reduced disease severity, with a Mpox Severity Score of 6.0 in the vaccinated group compared to 7.0 in unvaccinated individuals. Scenario analysis indicated that transmission is highly sensitive to sexual behaviour, projecting that a slight increase in the MSM sub-population with high sexual activity can trigger new mpox waves. This study strongly supports that continued vaccination, targeted awareness among risk groups and routine genomic epidemiology is needed to anticipate and respond to novel MPXV threats (e.g. global dissemination of clade I viruses).

Economic Feasibility Study For The Setting Up And Utilization Of A Multipurpose Food Irradiation Facility In Jigawa State, North-West Nigeria

One proven and efficient method for processing and preserving food is food irradiation. Irradiation is a productive and economical technique that has several advantages over other technologies used in food processing. The technique helps prevent food loss and ensure food safety by getting rid of parasites and bacteria that can make people sick or even kill them. Produce from agriculture and animal food products can benefit from radiation treatment to increase shelf life while maintaining microbiological safety and quality. Based on more than 50 years of research and testing data, a number of national and international food and health organizations have acknowledged and supported the safety of food and products treated to ionizing radiation. The purpose of this study was to evaluate the economic feasibility for the establishment and utilization of a multipurpose food irradiation facility in Jigawa state and its environ as a post-harvest treatment for major arable crops cultivated in the state and its environ which include millet, sorghum, groundnut, sesame, rice, maize, tomatoes, pepper, onions, wheat, and dried fish. The study explored ways in which irradiation may be employed for each crops and vegetable with the approved dose rate. The cost of irradiation was also calculated for different sources of colbalt-60. The study results indicate one or more technically economically feasible application points for irradiation in the processing of each commodity considered. The most promising points are the potential for disinfestation of large quantity of crops and vegetables which will ensure food availability all year round and at a cheap rate for citizens as well as the potential for export thereby helping to grow the revenue and GDP of the state.

Extreme mismatch between phytoplankton and grazers during Arctic spring blooms and consequences for the pelagic food-web

Food-web structure determines the cycling pathways and fate of new production in marine ecosystems. Herbivorous zooplankton populations are usually seasonally coupled with pelagic primary producers. Synchrony of phytoplankton blooms with reproduction, recruitment and seasonal ascent of their main grazers ensures efficient transfer of organic carbon to higher trophic levels, including commercially harvested species, especially in high-latitude systems. Changes in light, nutrient, and sea-ice dynamics due to accelerating climate change in the Arctic, however, create large uncertainties in how these systems will function in the future. To address such knowledge gaps, we surveyed the pelagic ecosystem of the Barents Sea Polar Front in May of two consecutive years (2021 and 2022) to investigate the pelagic food-web from primary producers to planktivorous fish. In both years we observed unprecedentedly high phytoplankton chlorophyll a values in open as well as ice-covered waters, much of which was invisible to satellite remote sensing. We also measured very low densities of grazing zooplankton across a wide area and extending for at least one month. This extreme mismatch resulted in low feeding by capelin, and further suggests a high potential for vertical export of carbon to the benthos rather than efficient assimilation into the pelagic food web. As the Arctic continues to warm and is characterized by thinner and more mobile sea ice, we may expect higher variability in phytoplankton bloom phenology and more frequent mismatches with grazer life-histories. This could have significant impacts on ecosystem functioning by re-directing the flow of energy through the system towards seafloor rather than to the production of commercially valuable pelagic marine resources.

The Potential for High‑tech Exports from Selected EU Member States to China and the Related Opportunities Arising from the Belt and Road Initiative

The EU’s economic relations with China are characterised by a significant trade deficit. Enhancing EU exports of high-tech products, in particular, to China is the best way out of this imbalance. In doing so, EU countries can take advantage of the opportunities provided by the Belt and Road Initiative (BRI) that intends to improve connectivity between Europe and Asia. Objective: This study aims to identify the untapped potential for high-tech exports of selected EU countries in trade with China and to evaluate the opportunities arising from the BRI in utilising this potential. Research Design &amp; Methods: To assess the overall high-tech export potential of selected EU countries to China, the export gap was calculated using the concept of revealed comparative advantages. Findings: Among the examined EU countries, Hungary and the Czech Republic were found to have the greatest high-tech export growth potential to China. The largest export gaps were recorded in electrical machinery and equipment. Implications &amp; Recommendations: The findings of the study can be used by European businesses to adjust their export strategies. It can also be used by government institutions of the studied countries when designing their economic and trade policies, particularly vis-à-vis China and the BRI initiative, within the field of supporting infrastructure projects, as well as high-tech industries. Contribution &amp; Value Added: The study contributes to the literature on the potential of EU export growth to China that has not been sufficiently explored yet. The novelty of the study is in identifying specific high-tech commodities with the highest potential for export to China.

Milk and dairy products market: creation of dairy clusters

In modern conditions, public health as a strategic resource is one of the most important indicators that determine the level and quality of life, and is ensured by saturating the market with high-quality food products with high consumer properties. The authors have studied the current state of production of milk and its processed products, which are in the second place in demand after bakery products. In each region of the republic there are processing enterprises of the dairy industry, but not all producers supply goods of high quality. Purpose - development of practical recommendations to provide the domestic market with high-grade and competitive dairy products on the basis of formation and development of dairy clusters. Methods - the system approach was used to determine the value chain from raw materials to finished products, statistical and comparative analysis - to study the dynamics, state, potential opportunities of the dairy subcomplex, economic entities, generalization method - to summarize the results of the study. Results - the main problems existing in the dairy industry of Kazakhstan are revealed: insufficiency of milk for food products, underutilization of production capacities, lack of large farms producing conditioned raw materials in the required volumes, high import dependence, purchase prices for raw milk. Conclusions - the authors recommend the formation of territorial dairy cluster structures. The implementation of this direction will allow to meet the needs not only of the domestic market, but also to achieve a high export potential of the dairy industry, to solve the issues of supply of necessary equipment, fodder for livestock, to increase the competitive advantages of dairy products, the level of utilization of the existing production potential, as well as to expand the raw material base. Of particular importance is the study of promising areas of the dairy industry, since milk and dairy products are necessarily present in the food basket of every family.

ANCIENT CEREAL CULTURE FOR THE MODERN GROAT INDUSTRY

At the origin of wheat-spelt breeding in Ukraine is the outstanding scientific breeder Fedir Pariy. As of today, seven varieties of wheat-spelt have been entered into the Register of plant varieties suitable for distribution in the territory of Ukraine. The first variety of spelt wheat Triticum spelta L. "Zoria Ukrainy" was entered into the register in 2011, and from that began the active study of this type of hulled wheat not only by breeders, but also by technologists, the goal of which was the introduction of hulled wheat in the domestic grain processing industry. Two years later, in 2013, the second variety of domestic spelled wheat "Yevropa" was entered into the register, the work on the selection of which was also headed by Fedir Pariy. The following varieties of spelt wheat were entered into the Register relatively recently during 2017-2021: Attergauer Dinkel (2016), Evrika (2017), Mv Martongold (2018), Vyshyvanka bilotserkivska (2018), Bilberi (2021). Considering wheat-spelt grain as a potential raw material for cereal production, it can be noted that thanks to the excellent chemical composition of the grain and its affinity with the grain of traditional wheat, it can be concluded that it can be processed at domestic grain factories of different productivity, using at the same time as the traditional available on technological equipment at the enterprise, and when building new lines and factories, use more modern solutions offered by world leaders in the production of technological equipment, such as the Buhler company. At the same time, it is possible to produce both a higher-quality product, traditional for the Ukrainian consumer, such as "Artek" and "Poltavska"groats, and to focus on the production of a new range of wheat products - the production of whole groats and flaked kernels, which in turn, with rational construction and the use of more efficient technological equipment, will give be able to produce functional and dietary food products. In addition, due to such products, the export potential of the grain processing industry can be increased, especially taking into account the small amount of spelt wheat cultivation in the countries of the European Union, with the constant increase in demand for environmentally friendly and high-quality products that are available in these countries, with the right approach, can make Ukraine an exporter of wheat-spelt processing products to EU countries and beyond.

Daya Saing Kacang Mete Indonesia Di Pasar Negara Tujuan Ekspor

Cashew nuts (Anacardium occidentale) are a leading plantation commodity with high economic value, essential for the development of the agricultural industry. Despite their significant potential as an export commodity, the export value of Indonesian cashew nuts has tended to decline during the period from 2013 to 2022. The aim of this study is to measure the competitiveness and development position of Indonesian cashew nuts from 2013 to 2022 in export destination countries. The data used in this research are secondary data in the form of time series data. The time series data includes annual data over 10 years (2013-2022) with export destination countries being Vietnam, India, Malaysia, Singapore, Sri Lanka, Japan, and China. The methods used in this study are the Revealed Comparative Advantage (RCA), Export Product Dynamics (EPD), and X-Model Potential Export Product methods. The results of the study show the Revealed Comparative Advantage (RCA) and Export Product Dynamics (EPD) values of Indonesian cashew nuts for the period 2013-2022 in the Vietnamese market with an RCA of 4.47 and a Lost Opportunity market position, India at 0.88 with a Retreat status, Singapore at 0.019 with a Falling Star status, Malaysia at 0.43 with a Lost Opportunity status, Sri Lanka at 21.55 with a Falling Star status, Japan at 7.36 with a Falling Star status, and China at 0.21 with a Rising Star market position. Meanwhile, the X-Model analysis shows that the market potential in Vietnam, Singapore, Sri Lanka, Japan, and Malaysia is classified as potential markets, the market potential in China is classified as an optimistic market, and the market potential in India is classified as a less potential market. As an export commodity, cashew nuts require proper handling and special attention. To ensure the quality, selling value, and strong competitiveness of cashew nuts, the government must continuously strive to enhance the selling value of cashew nuts through plantation development, garden and plant maintenance, and processing improvements.