bluuebunny/crossref_metadata_2025_split huggingface dataset:
State support for the exports of products of the grain-growing sector of a region
Authors: Shelkovnikov Sergei A , Samokhvalova Anastasia A , Essaulenko Dmitrii V , Leonova Yana V 
Published: July 2023

Abstract
Grain growing is one of the essential branches of agriculture in Russia, and the products of its processing have a significant impact on the country’s food security. Grain has the most critical specific gravity in the structure of grain growing production. The availability of substantial areas of fertile land and relatively favourable weather conditions enable Russia to meet its domestic needs for food and fodder grain and become a major grain exporter to the global market. The Novosibirsk Region is one of the critical regions that is self-sufficient in grain. Therefore, it has significant potential for increasing export volume and a favourable location, making it a major exporter of grain products beyond the Ural. The important Siberian Federal District supplies gain, and leguminous crops are China, Mongolia, Kazakhstan, Uzbekistan, and Tajikistan, i.e., Central Asia and Southeast rapeseed like such, flax, and buckwheat prevail in the export structure. In 2018, 459,000 tons of grain were exported, higher than in 2017. In 2018, 459 thousand tons of grain were exported, higher than in 2017. A significant part of the growth in exports of agricultural raw materials is accounted for by non-CIS countries such as China (38% of the total), Turkey, Egypt, Iran, Saudi Arabia, China, Bangladesh, and Kazakhstan. In 2017, oilseeds were exported to China, oilseeds 700 tons, against 26.8 thousand tons. Grain storage facilities in the Novosibirsk region are represented by 30-grain elevators and grain reception facilities, which have an actual grain storage capacity of 1,621.5 thousand tons.
Agro-ecological assessment of the condition of arable soils of the CCR
Authors: Surinov A V 
Published: July 2023

Abstract
The data sources for the study were the results of a continuous agrochemical (for 3 cycles) and soil erosion survey of soils, as well as official statistical data. The study period was characterized by an increase in the content of organic matter in the soil by 0.35%, alkaline hydrolyzable nitrogen by 20 mg/kg, an increase in pH acidity degree by 0.15 pH units, a reduction in the amount of medium acidic soils by 16.4%. It was found that on poorly eroded soils, the content of organic matter decreases by 0.4%, on medium eroded soils - by 1.7%. Doses of organic fertilizers increased by 3.0%, mineral fertilizers - by 7.8%. The winter wheat yield increased by 13.3%, spring barley - by 20.7, grain maize - by 4.7, sunflower - by 13.6, sugar beet - by 12.6, and soybeans - by 18.4%.
Development of the optimal regime of irrigated land
Authors: Kutlimuratov Z K , Turdiboev Y Y , Avezov N E , Achilova S S 
Published: July 2023

Abstract
The paper considers innovative solutions for irrigation in the areas of the on-farm irrigation network, carried out through the territorial division of a network of permanent irrigation canals into separate irrigated areas from each other. Some basic aspects of automation of the on-farm irrigation network are discussed, with relevant questions - what should be the accounting of irrigation water, and how should be carried out water intake and distribution aimed at water aimed at goals and objectives for their use on the irrigation network for drip and rain irrigation. They stem from the need to introduce automated means of automated systems and IT technologies on rural irrigation facilities for the near and far prospects in the context of global and regional climate change, reducing own and incoming water volumes. The work characterizes the economic and social effects of the work carried out. From this point of view, the work is characterized by analyzes the relationship of the farmer with the association of water users, based on instrumental monitoring and digital documented reports for the water consumed.
Analysis of the error of influencing factors on the result of measuring the moisture content of grain and grain products
Authors: Kalandarov P I , Olimov O N , Abdullaeva D A , Yadgarova D B , Azizova N SH 
Published: July 2023

Abstract
The potential to utilize an ultrahigh-frequency method to regulate the humidity of grain and the products of their industrial processing, allowing one to use this method to regulate technological processes in the production environments of grain-processing industries by controlling the material under examination in free space and converting the measured parameters of the electromagnetic wave passed through the material into an electrical signal. The developed functional scheme of the experimental setup based on the ultrahigh-frequency method of dependence of attenuation and phase shift of electromagnetic wave on the volumetric density of wheat grain at different mass fraction of humidity is discussed, it is shown that with increasing volumetric density at a constant value of the mass fraction of moisture decreases the error of grain moisture measurement with increasing volumetric density, where the main component of the total error of the ultrahigh frequency method (amplitude and phase) is associated with the influence of interfering factors and depends mainly on the variable thickness and density of the controlled material. In order to reduce the components of measurement error brought on by various non-informative (interfering factors) parameters on the outcome of measuring the mass moisture ratio of grain and grain products, the method of moisture measurement in both discrete and inline manufacturing is investigated.
Fuzzy logical model for assessing soil salinity
Authors: Muhamediyeva D T 
Published: July 2023

Abstract
The relevance of the development of theoretical and methodological tools for constructing a fuzzy logical model for assessing soil salinity is due to the automation of the formation of a base of fuzzy rules from a given set of certain conditions, checking the correctness of the constructed rules with criteria for the adequacy of fuzzy models and creating algorithms and programs using standard algorithms and software modules for solving fuzzy logic problems. conclusion and decision-making based on the constructed models for assessing soil salinity.
Ontological integration of digital sub-platforms of plant and animal husbandry
Authors: Medennikov V I 
Published: July 2023

Abstract
The purpose of the work is to develop digital mechanisms for the integration of information systems of plant and animal husbandry with the analysis of their implementation conditions. The relevance of research is determined by the need for such a procedure due to a significantly increased list of tasks to be solved and data volumes due to the improvement of information and communication technologies, which led to the emergence of technologies for precision animal husbandry and agriculture, Earth’s remote sensing, requiring a combination of a large number of overlapping structured data and technologies for their processing, as well as solving problems of intersectoral relationships reflecting their interaction through the feed base, raw materials for processing, as well as the demands of the population and state bodies that are gaining momentum about the possibility of checking information on the legality, quality, and safety of products online. Digital standards obtained by mathematical modeling of them are proposed as the main research method. As a result of the research, digital mechanisms were obtained for solving integration problems not only of crop and livestock information systems, but also their integration with digital logistics and processing platforms. Conclusions: the obtained digital mechanisms provide fundamentally new opportunities for the digital transformation of industries with a multiple reduction in its cost.
The effect of mineral nutrition systems as an element of cultivation technology of wine grape varieties on their productivity in the conditions of Crimea
Authors: Aleinikova Natalia , Didenko Pavel , Shaporenko Vladimir , Didenko Liana , Belash Sergey 
Published: July 2023

Abstract
The article presents study results of 2021-2022, conducted in the soil and climatic conditions of the South Coastal and South-Western viticulture zones of Crimea on valuable wine grape varieties ‘Muscat Blanc’, ‘Cabernet-Sauvignon’ and ‘Rkatsiteli’. It was established that the use of experimental system of mineral nutrition with fertilizers of LLC “TD Izagri” on grape plantings during two growing seasons contributed to a significant increase in the growth of green matter of bushes on average by 154.1 cm3 (5.2%) for different varieties. It was concluded that five-fold foliar top dressing of vineyards with the studied mineral fertilizers led to an increase in the bunch weight by 5.7-16.8 g (4.8-7.7%), shoot productivity by an average of 6.3%, and an increase in the cropping capacity by 3.4-11.7% (4.2-18 c/ha), compared with the control variants. It was noted that the use of experimental systems of mineral nutrition against the background of grape productivity increasing raised the level of sugar concentration in grape must by an average of 5.4% (11.7 g/dm3). Based on the results obtained, it was proven that using of mineral fertilizers for two years did not have a negative effect on the quality of base wines obtained from grapes of the studied wine varieties.
Designing a pre-sowing seed treatment method and a combined sowing rig
Authors: Kasymbekov R , Temirbaeva N , Toktonaliev B , Osmonov Y , Aituganov B 
Published: July 2023

Abstract
The authors have designed a seed pelleter and a combined precision sowing rig, which are the backbone of the technology of pre-sowing treatment and seed sowing. The pre-sowing seed treatment method is based on the operation of a continuous seed pelleter, where the protective and nutritious coating is formed around the seeds while they move along a spiral trajectory. The next component of the technology is a combined sowing rig that performs several technological operations in one pass: laying of drip tape for irrigation, polyethylene film and precise sowing of seeds in the holes on the film. The trial results have shown: the ratio of the volumes of seed pellets to the plant seed is 4.25:1; the maximum moisture content of the pellets is 47.4%; during the seed pelleting process, the longitudinal seed moistening and pellet volume variance factors increases by 2.015 and 4.25 times, respectively; the optimal speed of the seed pelleter disk is 90 min−1; the time spent on the seed pelleting process is 18 to 21 min; the percentage of qualitatively coated seeds (pellets) is 98%; the unevenness of the along-the-row distribution of pellets during sowing is ±6%; the depth of seeding down is 3 to 4 cm.
Silicon in agrocenosis with spring wheat
Authors: Seregina I , Islamgulova R , Trukhachev V , Eliseeva O , Zharkikh O , Zhevnerov A 
Published: July 2023

AbstractThe influence of various ways of using silicon in the form of potassium silicate on the yield of spring wheat under the conditions of model agrocenosis has been studied. To address the issues raised, a vegetative experiment was carried out in the soil culture. Studied two ways of making potassium silicate by treating seeds before sowing and applying to the soil. The positive effect of the silicon-containing compound was established both on the mass of grain and on the mass of straw. The greatest efficiency of silicon was manifested when using potassium silicate for seed treatment before sowing. The mass of grain increased as a result of an increase in the average number of seeds per ear by 5% and the weight of 1000 grains by 22%. An increase in the removal of basic nutrients from the soil was revealed as a result of an increase in the content of nitrogen, phosphorus and potassium and stimulation of the processes of their outflow from vegetative organs to generative organs.
Vitamin preparations for poultry farming
Authors: Momot N V , Kolina Yu A , Kamlia I L 
Published: July 2023

Abstract
The article indicates that further development of poultry farming is due to the optimization of the feed base associated with the use of effective veterinary feed additives having a positive effect on the health and average daily weight gain of young poultry. When choosing imported market products, a correctly selected HS code is of great importance, which allows reducing the delivery time of vitamin preparations and vitamin-mineral complexes, which favorably affect the growing time and quality indicators of the quality of products obtained.
The use of antioxidants for the correction of hyperthermia in ducks
Authors: Plakhotniuk E V , Skobelskaya T P , Lemeshchenko V V , Saenko N V , Lizogub M L 
Published: July 2023

Abstract
The state of the protein, carbohydrate-lipid and mineral metabolism, as well as the functional state of parenchymal organs using the drug Introvit-EC-100 Oral and ascorbic acid to correct hyperthermia in ducks are under the study. It was established that in all the studied groups there was a high content of total protein, due to dehydration and loss of the liquid component of the blood during hyperthermia. Ducks of the experimental groups showed a significant decrease in total protein level, β-globulins, an increase of albumin, a stable level of α- and γ-globulins was more pronounced in the first group. In ducks of the control group, no significant changes in the level of total protein and fractions, with the exception of α- and β-globulins, were found. During the experiment, there was a tendency of reduction of the creatinine content in the blood serum of ducks of both experimental groups, against the background of a consistently high level in ducks of the control group. Thus, the drug Introvit-EC-100 Oral, when used daily for 30 days at a prophylactic dose, has a significant effect on restoring the level of total serum protein, uric acid, creatinine, and the protein fraction ratio.
The effect of clay on the 137Cs secretion with milk when it is included in the cow diet
Authors: Romanenko A A , Kozhukhov A A 
Published: July 2023

Abstract
The purpose of the work was to study the possibility of using local clay as a 137Cs sorbent when including it in the diet of lactating cows. The research was conducted in 2020 in the Zlynkovsky district of the Bryansk region contaminated with radioactive substances as a result of the disaster at the Chernobyl Atomic Electric Power Station. In the experiments, animals selected according to the principle of analogues were used, which were fed with clay, in accordance with the experiment scheme, previously mixed it with concentrated feeds. The experiments were carried out in the winter-stall and summer-pasture periods. During the research, the daily milk yield was considered and milk samples were taken. Then the 137Cs and milk fat content was determined in them. The obtained results were subjected to statistical processing. As a result, it was found that clay included in the cow diet reduces radionuclide content in milk. In the first experiment carried out during the winter-stall period, the inclusion of clay in the diet in the amount of 200, 400, and 600 g/day/head reduced the 137Cs content in milk of the experimental groups by 30% (P>0.05), 50% (P<0.05), and 80% (P<0.05) accordingly. In the second experiment, performed during the summer-pasture period, clay was added to the main diet in the amount of 300 and 600 g/head/day. As a result, the content of 137Cs in milk decreased by 42 and 79%, respectively, compared with the control group. At the same time, there is a positive trend in clay effect on dairy productivity. The inclusion of clay in the animal diet in the amount of 300 and 600 g increased the daily yield by 4 and 6%, respectively.
Sanitary and microbiological assessment of wastewater when using a biological treatment system
Authors: Skopina Larisa , Demin Evgeny , Kostomakhin Nikolay , Kovaleva Olga 
Published: July 2023

Abstract
Microorganisms are natural biocatalysts capable of automatic selection and adaptation for wastewater treatment with any content of organic pollutants. Microbiological destruction of a wide range of polycarbon organic compounds occurs due to the formation of a microbial sequence. The sequence is that the end products (exometabolites) of “primary” destructor-microorganisms are the primary substrates for “secondary” destructor-microorganisms. The proposed concept is a spatial sequence for wastewater treatment containing a wide range of organic substances of high concentration. The essence of the biological treatment system was the introduction of microbiological preparations into wastewater according to an individually developed technology. At the same time, air was additionally injected into the water column by an aerator. A decrease in organic matter concentration showed a positive redox potential of the medium. Consequently, an increased value of the redox potential means a decrease in the concentration of organic compounds in wastewater, which is an indicator of treatment effectiveness.
Effect of bioregulators on the activity of catalase isoforms in spring wheat
Authors: Seregina I , Anka M , Trukhachev V , Belopukhov S , Dmitrevskaya I 
Published: July 2023

Abstract
In laboratory experiments with resting and germinated seeds of spring wheat, the effect of various biological preparations on the activity of catalase isoforms was studied. In the experiments, the activity of catalase isoforms was determined at pH = 5.5, 7.0, 8.0 using a phosphate buffer system (1/15 M phosphate buffer). The activity of catalase enzyme isoforms was determined in dormant wheat grain that underwent post-harvest ripening and during germination on the third, fifth, and seventh days using a method based on determining the amount of hydrogen peroxide dissolved under the action of the enzyme, and subsequent titration of the remaining undissolved hydrogen peroxide with potassium permanganate. In experiments, the effect of the following biopreparations protective and stimulating complex (PSC), Hardy, Ferovit and Ferovit+Hardy mixture, which were applied by foliar treatment during cultivation of wheat plants, was investigated. It has been established that changes in the activity of catalase isoforms occur both in dormant and germinating plant seeds and differ depending on the biological preparation used in plant cultivation.
CsPbI3-perovskite quantum dot solar cells: unlocking their potential through improved absorber layer characteristics and reduced defects
Authors: Shrivastav Nikhil , Madan Jaya , Mohammed Mustafa K A , Hossain M Khalid , Pandey Rahul 
Published: July 2023

Abstract
Perovskite quantum dots (CsPbI3-PQDs), a translucent material, have gained great interest in the PV industries owing to their unified virtues of perovskites and quantum dots. However, researchers have found that perovskite solar cells (PSCs) suffer from issues like low stability at high relative humidity, energy states imbalance, severe hysteresis, and an easy decomposition under ultraviolet (UV) radiation that severely restrict their industrialization. Quantum dots (QDs) are excellent materials with numerous admirable traits that have been extensively employed in PSCs to overcome the aforementioned problems. To achieve high performance of the examined device, the CsPbI3-PQDs has been stacked between two charge transport layers, i.e., Cl@SnO2 (to facilitate electrons towards cathode) and P3HT (to facilitate holes towards anode). In this context, study of variations in different parameters such as thickness and acceptor density of the CsPbI3-PQDs absorber layer has been done. After varying the thickness and acceptor density of the CsPbI3-PQDs layer, the cell’s performance is optimized at thickness of 400 nm and acceptor density of 1 × 1017/cm3 delivering higher PV parameters power conversion efficiency (PCE):16.17%, open circuit voltage (VOC):1.02 V, short circuit density (JSC):18.06 mA cm−2 and fill factor (FF): 87.06% respectively. Thereafter, the effects of bulk defects in CsPbI3-PQDs and the interface between CsPbI3-PQDs and Cl@SnO2 have been explored in this work. For the cell to work at its best, the bulk defect density and interface defect density, respectively, should not be more than 1 × 1014 /cm3 and 1 × 1013 /cm2. Afterwards, a comprehensive study has been done by varying the front electrode transparency (from 40% to 95%) to improve the device performance. With 95% of front electrode transparency, the performance of device is improved due to increase in the photon coupling.
An approach to the characterization of the local Langlands correspondence
Authors: Bertoloni Meli Alexander , Youcis Alex 
Published: July 2023

Scholze and Shin [J. Amer. Math. Soc. 26 (2013), pp. 261–294] gave a conjectural formula relating the traces on the automorphic and Galois sides of a local Langlands correspondence. Their work generalized an earlier formula of Scholze, which he used to give a new proof of the local Langlands conjecture forGLn\mathrm {GL}_n. Unlike the case forGLn\mathrm {GL}_n, the existence of non-singletonLL-packets for more general reductive groups constitutes a serious representation-theoretic obstruction to proving that such a formula uniquely characterizes such a correspondence. We show how to overcome this problem, and demonstrate that the Scholze–Shin equation is enough, together with other standard desiderata, to uniquely characterize the local Langlands correspondence for discrete parameters.
Clinical Outcome and Morphology-Based Analysis of p53 Aberrant and Mismatch Repair Protein-Deficient Ovarian Clear Cell Carcinoma and Their Association With p16, HER2, and PD-L1 Expression
Authors: Wilkins Reid , Lin Lawrence Hsu , Xia Rong , Shiomi Tomoe , Zamuco Ronaldo DeLeon , Shukla Pratibha Sharma 
Published: July 2023

Abstract

Objectives
We studied the prevalence and prognostic significance of mismatch repair deficient (MMRD) and p53 aberrant ovarian clear cell carcinoma (CCO) and their association with other prognostic and theranostic biomarkers (p16, HER2, PD-L1). We also aimed to identify morphologic features to serve as screening tools for immunohistochemical testing for these biomarkers.

Methods
Tissue microarrays with 3-mm cores from 71 pure CCOs were immunostained with PMS2, MSH6, p53, p16, HER2, and PD-L1. Expression status was correlated with tumor recurrence/disease progression and survival. It was also correlated with morphologic features (tumor size, nuclear grade, tumor architecture, mitotic activity, presence of endometriosis, tumor budding, and tumor inflammation).

Results
p53 aberrant tumors were associated with shorter overall and recurrence-free survivals (P = .002 and P = .01, respectively). In multivariate analysis, p53 aberrant status and tumor stage were independently associated with recurrence/disease progression (hazard ratio [HR] = 3.31, P = .037 and HR = 1.465, P = .004, respectively). p53 aberrant status was associated with tumor budding (P = .037). MMRD, p16, HER2, and PD-L1 expression had no prognostic significance. HER2 and PD-L1 were expressed in 56% and 35% of tumors, respectively. MMRD was associated with tumor expression of PD-L1 (P &gt; .05) but not with tumor inflammation.

Conclusions
Aberrant p53 in CCO is infrequent but associated with poor prognosis independent of stage. Presence of tumor budding could be a screening tool for p53 testing. High prevalence of HER2 and PD-L1 expression indicates the eligibility of patients with CCO for ongoing clinical trials using these therapeutic targets.