Main Station Research Articles

Components of Genetic Variation for Yield and its Attributing Traits in Bottle Gourd (Lagenaria siceraria (Mol.) Standl.)

An investigation was carried out to assess the gene action in bottle gourd for twenty- three characters at Main Experiment Station, Department of Vegetable Science, A.N.D.U.A.&T., Kumarganj, Ayodhya (U.P). during Zaid 2022 using 12 genotypes, nine lines i.e., Narendra Rashmi, NDBG-17, Pusa Naveen, NDBG-21, Punjab Komal, NDBG-28, NDBG-65-2, NDBG-105, NDBG-Sel-2 and three testers i.e., Narendra Prabha, Narendra Kamna, Narendra Pooja and their 27 hybrids obtained through line × tester mating pattern. The variances due to sca (σ2 s) were higher than variance due to gca (σ2g) for all the characters. The value of dominance genetic variances (σ2 D) were larger than additive genetic variance (σ2 A), indicating the presence of dominance and over dominance effects and preponderance of non-additive gene action .The heritability in narrow sense was low for most of the traits except fruit length, days to first staminate flower anthesis and primary branches per plant where high estimate of heritability in narrow sense with low genetic advance were recorded, indicating the presence of non-additive gene action accompanied by environmental influence.

Assessment of Genetic Variability and Character Associations in Sunflower (Helianthus annuus L.) Yield Related Traits

Aims: To investigate yield and yield related characteristics for variability and association studies in fifty-two powdery mildew differentials of sunflower.
 Study Design: Augmented block design.
 Place and Duration of Study: Main agricultural Research station, University of Agricultural Science, Raichur, Karnataka between November 2022 and February 2023.
 Methodology: Study included 52 powdery mildew differentials of sunflower studied factors such as genetic variability, heritability, and genetic advance in characters such as head diameter, seed filling percent, test weight, number of seeds per head, volume weight, oil content and seed yield. Correlation and path analysis was also done.
 Results: Findings revealed significant differences among the traits, especially in seed yield per plant, head diameter, seed filling percent, test weight, and number of seeds per head which conclude that there is variability present in the studied character and there is scope for crop improvement. Correlation coefficients showed positive connections between seed yield per plant and traits like head diameter, test weight, seed filling percentage, and number of seeds per head. However, volume weight had a negative correlation. Path coefficient analysis helped us understand the direct and indirect impacts of these traits on seed yield per plant. Head diameter, seed filling percentage, test weight, and number of seeds per head had positive direct effects on seed yield per plant. In contrast, volume weight had a negative direct effect.
 Conclusion: The study contributes to the understanding of the genetic architecture of sunflower traits related to yield and provides a foundation for developing targeted breeding strategies. These insights can guide sunflower breeding programs in selecting traits for improved yield.

Comparing micro-level and macro-level models for epidemic diffusion in the metro system

ABSTRACT Few studies focus on how the ground transport system has increased COVID-19 transmission; the details of its spread remain unclear. The absence of station-level data obstructs healthcare professionals from effectively targeting anti-epidemic measures. This study employs agent-based modeling through GAMA software to identify Taipei metro stations implicated in initial transmission. In addition, a macro-level estimator is applied as a baseline model to compare COVID-19 arrival sequences at each station. Utilizing electronic metro ticket data, passenger travel patterns are discerned. We found (1) the average infection order of all stations, according to both models were not significantly different; (2) however, this difference between two model results became significant when the sample size was decreased. (3) Of all the stations, Taipei Main Station was the first because it has the highest passenger volume and the most connections. These early infected stations are near Taipei Main station and commercial or hub stations.

Evaluation of Polycyclic Aromatic Hydrocarbon in water from Dukan lake to main distributer stations in Sulaimani City, Iraq

Evaluation of Polycyclic Aromatic Hydrocarbon in water from Dukan lake to main distributer stations in Sulaimani City, Iraq

Sustainable intensification of climate-resilient maize–chickpea system in semi-arid tropics through assessing factor productivity

Global trends show that the rapid increase in maize production is associated more with the expansion of maize growing areas than with rapid increases in yield. This is possible through achieving possible higher productivity through maize production practices intensification to meet the sustainable production. Therefore, a field experiment on “Ecological intensification of climate-resilient maize–chickpea cropping system” was conducted during consecutive three years from 2017–2018 to 2019–2020 at Main Agricultural Research Station, Dharwad, Karnataka, India. Results of three years pooled data revealed that ecological intensification (EI) treatment which comprises of all best management practices resulted in higher grain yield (7560 kg/ha) and stover yield compared to farmers’ practice (FP) and all other treatments which were deficit in one or other crop management practices. Similarly, in the succeeding winter season, significantly higher chickpea yield (797 kg/ha) was recorded in EI. Further EI practice recorded significant amount of soil organic carbon, available nitrogen, phosphorus, potassium, zinc, and iron after completion of third cycle of experimentation (0.60%, 235.3 kg/ha,21.0 kg/ha,363.2 kg/ha,0.52 ppm and 5.2 ppm respectively). Soil enzymatic activity was also improved in EI practice over the years and improvement in each year was significant. Lower input energy use was in FP (17,855.2 MJ/ha). Whereas total output energy produced was the highest in EI practice (220,590 MJ ha−1) and lower output energy was recorded in EI–integrated nutrient management (INM) (149,255 MJ/ha). Lower energy productivity was noticed in EI-INM. Lower specific energy was recorded in FP and was followed by EI practice. Whereas higher specific energy was noticed is EI–INM. Each individual year and pooled data showed that EI practice recorded higher net return and benefit–cost ratio. The lower net returns were obtained in EI-integrated weed management (Rs. 51354.7/ha), EI-recommended irrigation management (Rs. 56,015.3/ha), integrated pest management (Rs. 59,569.7/ha) and farmers’ practice (Rs. 67,357.7/ha) which were on par with others.

Evaluation of possibilities of fulfillment of customer requirements as an element of end-to-end management of enterprise business processes

Aim. Improvement of the enterprise business processes management by offering methodical tools for assessing the possibilities to fulfill customer requirements before concluding a contract for product delivery / service provision.Objectives. To analyze the existing approaches to the management of enterprise business pro- cesses in the scientific literature; to determine the control points of end-to-end management of business processes; to consider the peculiarities of the application of qualitative and quan- titative types of risk analysis; on the basis of the conducted research to develop a methodology for assessing the possibilities of meeting customer requirements at the enterprise.Methods. The article considers the methodology of assessing the possibilities of fulfillment of customer requirements as an element of end-to-end management of business processes at the enterprise. With the help of general scientific and special economic and statistical methods, such as analysis, synthesis and comparison, the key control points of the business process man- agement system, where different management approaches to risk analysis are applied, are de- termined. The trends characteristic of the current state and development of risk analysis methods are highlighted, their advantages and disadvantages are established. Systemic and complex approaches are applied to the studied phenomena and processes. Results. In the process of the conducted analysis the deficit of attention to the application of methods of business process risk management at the stage of pre-contract work was found out. Within the framework of the concept of risk-oriented thinking, which is at the heart of modern management systems, the article highlights the applied approaches to risk analysis, the algorithm of realization of expert risk analysis at the enterprise is proposed, the types of requirements used for evaluation are defined. The indicator of feasibility of customer require- ments at the enterprise is calculated, the criteria for making a management decision based on the results of the assessment are revealed, The variants of auxiliary documentation developed in the course of the assessment are given. Thus, the developed methodology acts as a control point at the initial stage of realization of the algorithm of end-to-end management of business processes of the enterprise.Conclusions. The proposed methodological toolkit for assessing the ability to fulfill customer requirements is a preventive measure to eliminate risks before the delivery of products / ser- vices. The procedure and peculiarities of the methodology application are given on the example of analyzing the level of feasibility of the customer’s requirements of the gas industry com- pany, Realizing the service of construction of main gas pipelines and compressor stations. The developed methodical toolkit allows to increase the level of quality of realization of business processes and the degree of their transparency, to provide more balanced management decisions, to improve conditions for contract conclusion, to reduce the number of discrepancies in the activity of enterprises of gas and other industrial branches.

Challenges in creating humane and equitable policing: A focus on the Global South

AbstractResearch SummaryPolice brutality is a widespread phenomenon around the world. Particularly gruesome human rights abuses in the course of policing take place in Latin America, the world's most violent region outside war zones. Democratic institutions such as competitive elections, checks and balances, and judicial independence are insufficient to prevent police from abusing their power. What factors explain that police engage in abusive behaviors, including illegal arrest, the fabrication of evidence, the use of torture to extract confessions, and the excessive use of force causing injury or death? How can societies restrain these abusive behaviors and subject police to the rule of law? Police behavior is shaped by a combination of institutional, societal, political, organizational, and individual factors. Inquisitorial criminal justice institutions, inherited from the colonial past, have persisted in Latin America until very recently. This meant that democracies in the region were born with weak due process protections that have enabled state authorities and police to abuse their coercive powers as they investigate and prosecute crimes. Police brutality is further the product of security policies. High crime rates and the presence of highly organized criminal groups have pushed many Latin American governments to adopt militarized security interventions ‐including deploying the armed forces to control crime and militarizing police forces. Populist demands for harsh policies, moreover, generate incentives for politicians to adopt security strategies that violate human rights and which, in the long run, increase violence in society. The most affected groups are the poor, people of color, and those living in impoverished minoritized communities.Policy ImplicationsIt is essential to strengthen due process protections and judicial oversight over police to reduce torture and other forms of police brutality. Police demilitarization and, under some conditions, community‐oriented policing approaches can sharply reduce the use of excessive force causing injury or death. Body‐worn cameras (BWC), moreover, can effectively be used to reduce police abusive behavior —and violence against police officers — even in high violence situations and where toxic police‐community relations prevail. One limitation of this technology is that it gives too much leeway to frontline officers to turn their cameras on. Poor supervision can further undermine police compliance with camera protocols. These problems can be overcome by assigning cameras to supervisors and using more advanced technologies that allow turning cameras on from the main station. Monetary incentives that reward police officers “to kill less” is another effective policy intervention to reduce police violence causing injury or death.

Analysis of interlocking faults and reliability evaluation methods for communication networks of power information physical systems

The information physics system realizes the integration and interaction between them by the 3C technique. The application of scheduling automation, Substation Automation and Online Fault Recovery Technology Improves Emergency Response Capability, and Information Security issues are also embedded in the energy system. Power grid operation is facing more threats, and state space and failure scenarios are also more abundant, which poses new research needs and challenges for power system stability assessment. First, the physical interaction of information is analyzed. From the perspective of function, the CPPS hierarchy corresponds to the physical Electric power system, the information sub-station system and the main station system respectively. Then, taking the information node as the fault detection sample point, the chain fault model of the power information physical system is studied, and the abnormal response of the power information system is classified and identified, Finally, a failure response model and a failure recovery model are built. Finally, a simulation example is given for verification.

Heritability Studies in Tomato (Lycopersicon esculentum L.) Genotypes

Genetic variability, heritability, and genetic advance for fruit yield and quality traits in tomato (Solanum lycopersicum L.) were examined at Main Vegetable Research Station (MVRS) of Anand Agricultural University, Anand, for the kharif-rabi season of 2022-23. The experimental material is made-up of six families developed for generation mean analysis from nine diverse parents viz., 2012/TODVAR-1, AVTOV 1007, GAT-5, 2015/TOLCV RES-1, 2014/TOOV-10, 2016/TOV-10, 2017/TOLV-4, and 2015/2016/TOLCV RES-4. The results show that family I, II, III, and family V exhibited higher values of broad sense heritability with higher genetic advance, was a positive indication of presence of additive gene action and suggests selection methods for improvement of this trait via selection procedures. Higher values of genetic advance were reported highest for lycopene content (452.67 %) for family I and (212.85 %) for family III, 1000 seed weight for family V. This study suggests that improvement of yield and associated traits in L. esculentum should be focused on character basis and requirement of breeding programs.

Incidence of Cotton Thrips (Thrips tabaci Lindeman) and Its Correlation with Weather Parameters

Investigations on incidence of cotton thrips (Thrips tabaci Lindeman) on Bt and non-Bt cotton hybrid were carried out at Main Cotton Research Station, Navsari Agricultural University, Surat (Gujarat) during Kharif, 2017-18. The thrips incidence initiated from fourth week of June and it continued till first week of December in Bt and non-Bt cotton. The peak activity of thrips was observed during third week of August in Bt hybrid and the higher fluctuation of thrips was observed during the second week of August to third week of September and first week of October. Thrips population had significant negative correlation with maximum temperature in Bt cotton. In case of non-Bt, the peak activity of thrips was found during first week of September. As far as association with abiotic factors was concerned, maximum temperature and bright sunshine hours had significantly negatively correlation, while minimum temperature and morning relative humidity were positively associated.

Between conflict and reconciliation: Martin Buber on the Jewish settlement of Palestine. With the unpublished manuscript “Fragen und Antworten. Die jüdische Besiedlung Palästinas” (1947)

ABSTRACT This paper presents Martin Buber’s unpublished manuscript ‘Fragen und Antworten. Die jüdische Besiedlung Palästinas’ in the original German with English translation and contextualizes it within the main stations of Buber’s Zionist thinking: cultural Zionism, religious Zionism, and Zionism of realization. It problematizes Buber’s reflection on Jewish settlements in Palestine with reference to the significance of Zionism for humanity as well as the possibility of reconciliation between Jews and Arabs in the Middle East. It also addresses the problem of Jewish terror, framing it in correlation with the restrictions on Jewish migration to Palestine and the catastrophe of the Shoah.

Effects of Some Inorganic Fertilizers on Soil Properties and Leaf Nutrient Contents of Oil Palm at NIFOR Main Station

Effects of Some Inorganic Fertilizers on Soil Properties and Leaf Nutrient Contents of Oil Palm at NIFOR Main Station

Effect of Humic Acid from Vermicompost and Commercial Source on Growth, Yield and Quality of Groundnut (Arachis hypogea L.)

A pot culture experiment was conducted in the year 2017 at Main Agricultural Research Station, University of Agricultural Sciences, Dharwad to study the impact of soil and foliar application of humic acid from vermicompost and commercial source on growth, yield and quality parameters of groundnut variety GPBD-4 by adopting completely randomized block design with thirteen treatments and three replications. The highest plant height (36.83 cm), LAI (0.96) and relative chlorophyll content (34.82) was recorded in the treatment which received soil application of humic acid from vermicompost @ 20 kg ha-1 in combination with the foliar spray of 0.2% at 30 DAS. Similar trend was observed in yield and quality parameters of groundnut. Significantly highest number of pods plant-1 (24.00), pod yield plant-1 (14.80 g plant-1), oil content (46.12%) and crude protein content (25.38%) was also recorded in the same treatment. The results revealed that there is a statistical increase in the periodical observation, yield and quality of groundnut with the additional application of humic acid extracted from vermicompost over the recommended package of practice.

AVALIAÇÃO MULTIVARIADA DA QUALIDADE DAS ÁGUAS SUPERFICIAIS E ÁGUA FINAL DE ABASTECIMENTO PÚBLICO DE BELÉM, PARÁ, BRASIL

MULTIVARIATE ASSESSMENT OF SURFACE WATER QUALITY AND FINAL PUBLIC WATER SUPPLY IN BELÉM, PARÁ, BRAZIL. The present study investigated the sources of variability in the water quality of surface springs that supply the Metropolitan Region of Belém (Pará, Brazil), as well as the treated water produced by the main water treatment station in the region. Data provided by Companhia de Saneamento do Pará were used, referring to physical-chemical and bacteriological analyzes carried out in the period from 2010 to 2020. In addition, precipitation data were considered in this study, in units of mm of rain, obtained by consulting the database of the National Institute of Meteorology. The application of principal component analysis, as an exploratory data analysis tool, allowed the grouping of the most relevant parameters of the results and proved to be efficient in reducing the data set, explaining more than 65% of the total variance, in all objects of study. Thus, it was possible to observe a general profile of the quality of surface water investigated, and, in this way, demonstrate the impact of urban pressure on the environment, as well as the need for maintenance and conservation of surface water resources.

2001–2020年中国东北区域土壤水蚀数据集

The black soil area in Northeast China plays an important role in food production and ecological security in China. However, over-cultivation practices have led to severe soil erosion, which seriously threatens food security and ecological environment in Northeast China. Accurate simulations of water erosion with high spatio-temporal resolution are important for advancing sustainable development goals, such as promoting sustainable agriculture and monitoring land degradation in Northeast China. This dataset is based on Google Earth Engine (GEE) cloud platform, integrating multi-source remote sensing data, deconstructing RUSLE model, and optimizing algorithm combinations for each factor of the model. We compared and verified the annual sand transport volume and sand transport modulus data from the main hydrological monitoring stations in Northeast China with the soil erosion modulus estimated by the RUSLE model. Then, we selected the optimal factor algorithm combination based on three accuracy metrics (time series correlation, root mean square error and mean absolute error), and obtained the estimation results of soil water erosion modulus with the resolution of 250 m. This dataset can better depict the spatial distribution and temporal changes of soil erosion modulus in Northeast China from 2001 to 2020. It can serve as an effective reference for soil erosion control and assessments in Northeast China.

Effect of Pre-harvest Application on Physical Attributes of Guava (Psidium guajava L.) in cv. L–49: Plant Growth Regulators and Bagging

The present investigation was conducted to study the Effect of pre-harvest application of plant growth regulators (PGR) and bagging on Physical attributes of Guava (Psidium guajava L.) in cv. L - 49. The research was carried out at the main experiment station Horticulture, Department of Fruit Sciences, Acharya Narendra Deva University of Agriculture and Technology, Narendra Nagar, Kumarganj, Ayodhya 224229 (U.P.) India during the year 2022-23. The experiment was conducted in a Randomized Block Design with three replications and 8 treatments GA3 (50 ppm) and NAA (20 ppm) and GA3 (50 ppm) +NAA (20 ppm), GA3 (50 ppm) with bagging, and NAA (20 ppm) with bagging. GA3 (50 ppm) + NAA (20 ppm) with bagging, bagging (white polythene), and control applied on spray 45 days before harvesting. It is concluded that among the different treatments. T6 GA3 (50 ppm) + NAA (20 ppm) with bagging, was recorded maximum Fruit length (4.90 cm), Fruit width (6.62 cm), Fruit weight (158.20 gram), Fruit volume (161.60 cm3), Specific gravity (0.98 g/cm3) therefore, recommended for application to the Guava tree in the sub-tropical region of Uttar Pradesh in order to obtain better quality fruit.

Increase in sick leave episodes from short-term fine particulate matter exposure: A case-crossover study in Stockholm, Sweden

Air pollution's short-term effects on a wide range of health outcomes have been studied extensively, primarily focused on vulnerable groups (e.g., children and the elderly). However, the air pollution effects on the adult working population through sick leave have received little attention. This study aims to 1) estimate the associations between particulate matter ≤2.5 μm3 (PM2.5) and sick leave episodes and 2) calculate the attributable number of sick leave days and the consequential productivity loss in the City of Stockholm, Sweden.Individual level daily sick leave data was obtained from Statistics Sweden for the years 2011–2019. Daily average concentrations of PM2.5 were obtained from the main urban background monitoring station in Stockholm. A case-crossover study design was applied to estimate the association between short-term PM2.5 and onset of sick leave episodes. Conditional logistic regression was used to estimate the relative increase in odds of onset per 10 μg/m3 of PM2.5, adjusting for temperature, season, and pollen. A human capital method was applied to estimate the PM2.5 attributable productivity loss.In total, 1.5 million (M) individual sick leave occurrences were studied. The measured daily mean PM2.5 concentration was 4.2 μg/m3 (IQR 3.7 μg/m3). The odds of a sick leave episode was estimated to increase by 8.5% (95% CI: 7.8–9.3) per 10 μg/m3 average exposure 2–4 days before. Sub-group analysis showed that private sector and individuals 15–24 years old had a lower increase in odds of sick leave episodes in relation to PM2.5 exposure. In Stockholm, 4% of the sick leave episodes were attributable to PM2.5 exposure, corresponding to €17 M per year in productivity loss.Our study suggests a positive association between PM2.5 and sick leave episodes in a low exposure area.

A voltage control method for distribution networks based on TCN and MPGA under cloud edge collaborative architecture

A distribution network voltage control method based on TCN and MPGA under cloud edge collaborative architecture is proposed to address the issues of heavy computational burden and inability to balance economic efficiency in traditional decentralized and centralized voltage control methods. Firstly, under the cloud edge collaboration architecture, the power prediction model based on time convolutional networks is trained in the cloud, and the edge predicts the load demand and new energy active output in each region based on the TCN Attention power prediction model issued by the cloud. Then, considering safety and economy comprehensively, with the goal of minimizing the daily network loss and voltage regulation cost in the distribution network, the Pareto solution set for the optimal operation point of each voltage regulation equipment in the entire distribution network was solved based on an improved multi population genetic algorithm at the distribution cloud main station. Finally, the optimal distribution network voltage control scheme is obtained based on the Pareto solution set. Based on the simulation system, experimental testing was conducted on the proposed method, and the results showed that its daily voltage regulation cost and network loss were 863.4 yuan and 43.73 MW h, respectively. The average absolute percentage error of the prediction model was 4.51 %, which was superior to other comparative methods.

Status quo of insect pests – a decade of survey in Groundnut ecosystem

Groundnut, Arachis hypogea L. is an important oilseed crop and the insecticides to manage these pests increase the plant protection cost much if not taken at right time and also result in ecological imbalance. In order to minimize the cost of management and economic sustainability, real time management of the pests is the need of the hour. In this regard, monitoring of incidence of insect pests in groundnut ecosystem was carried out at Main Agricultural Research Station, University of Agricultural Sciences, Raichur, Karnataka for a period for over a decade (2012-2022). The pooled data showed that the maximum damage by Spodoptera litura Fab, and leaf miner was noticed during 45-75 days of crop growth wherein, spodoptera damage ranged from 10-25 percent while, the leafminer damage ranged from 5-20 percent. However, there was negligible damage by Helicoverpa armigera Hubner. Meanwhile, The leafhopper activity started from 35th standard week and the peak activity was noticed at the 43rd standard week with a foliage damage of 10-15 per cent which continued up to 45th standard week. Later on, the per cent foliage damage due to leafhopper gradually declined. Similarly, the peak activity of thrips was noticed during 40th standard week (4.0/ terminal bud) which continued till 43th standard week and thereafter the population declined.

Influence of Weather Parameters on the Incidence and Severity of Guava Scab Caused by Pestalotiopsis psidii (Pat.)

Guava (Psidium guajava) is an important tropical fruit crop of India and is known as “apple of the tropics”. It is grown and utilized as an important fruit in tropical countries like India, Indonesia, Pakistan, Bangladesh and South America. Among the biotic and abiotic diseases of guava, guava infected by scab disease [Pestalotiopsis psidii (Pat.) Mordue] is an economically important and reported average yield losses in the range of 12-18%. An experiment was conducted during 2023 at Horticulture garden, Main Agricultural Research Station, University of Agricultural Sciences, Raichur during 2023 to understand the influence of various weather parameters on the guava scab disease development. The results revealed that, irrespective of the varieties, interaction among maximum temperature, minimum temperature, maximum relative humidity, minimum relative humidity, rainy days and rainfall showed significant positive correlation with guava scab disease. And the incidence and severity of guava scab was found to be 23.21, 56.00 (Allahabad Safed), 32.45, 68.50 (Lucknow 49) and 85.00, 74.51 (Arka Kiran) respectively.