Combination Of Media Research Articles

The Impact of Mass Media on Vote Structure and Party Politics in U.S. Elections in the Framework of Trumps Populism

The 2024 presidential election is just around the corner, and Trump, who has recently gained leading polling support and is himself a political leader with populist traits, represents the current change in the thinking of the American public. The main focus of this paper is on the impact of Trumps mass media propaganda strategy on the vote structure of the U.S. presidential election, as well as on the party system. In the past research, only for the vote structure and media propaganda research, did not put these contents in the populist research paradigm to analyze, but this paper will be a combination of mass media and populist theory and discuss the interests of the two parties in the United States of the change of demand and the change of the representative class.

Growth assessment of Salmonella enterica multi-serovar populations in poultry rinsates with commonly used enrichment and plating media

Isolation of Salmonella from enrichment cultures of food or environmental samples is a complicated process. Numerous factors including fitness in various selective enrichment media, relative starting concentrations in pre-enrichment, and competition among multi-serovar populations and associated natural microflora, come together to determine which serovars are identified from a given sample. A recently developed approach for assessing the relative abundance (RA) of multi-serovar Salmonella populations (CRISPR-SeroSeq or Deep Serotyping, DST) is providing new insight into how these factors impact the serovars observed, especially when different selective enrichment methods are used to identify Salmonella from a primary enrichment sample. To illustrate this, we examined Salmonella-positive poultry pre-enrichment samples through the selective enrichment process in Tetrathionate (TT) and Rappaport Vassiliadis (RVS) broths and assessed recovery of serovars with each medium. We observed the RA of serovars detected post selective enrichment varied depending on the medium used, initial concentration, and competitive fitness factors, all which could result in minority serovars in pre-enrichment becoming dominant serovars post selective enrichment. The data presented provide a greater understanding of culture biases and lays the groundwork for investigations into robust enrichment and plating media combinations for detecting Salmonella serovars of greater concern for human health.

The effect of health education in improving the knowledge and attitudes of integrated service post cadres about early detection of high-risk pregnancies in the working area of the Mamajang health center, Makassar city, Indonesia.

Maternal mortality can be reduced by strengthening the process of early detection of high-risk pregnancies. However, the lack of knowledge related to high-risk pregnancy is still an obstacle. This study aims to analyze the effect of health education on the knowledge and attitudes of cadres about early detection of high-risk pregnancy in the working area of Health Centre Mamajang Makassar City. Experimental research with a pretest protest design with a control group, involving 80 cadres spread across 20 Integrated Service Posts who were divided into four treatment groups. There was an increase in mean knowledge between the intervention group (P=0.000) and the control group (P=0.002). There was also an increase in attitude between the intervention group (P=0.000). However, there was no improvement in attitude (P=0.475) in the control group. The intervention group through combined video+booklet had the highest mean knowledge score (6.65-13.90) than the groups that received intervention through video (6.60-12.69) or booklet alone (6.75-12.07), respectively. On attitude, the highest average attitude score in the intervention group was the combined video+booklet group (22.0-35.8), video (21.22-34.65) and booklet alone (22.25-34.55). While the average score of the control group on knowledge (6.00-6.95) and attitude (22.60-23.05). The role of health education by involving a combination of both video and booklet media is appropriate as an effort to influence Integrated Service Post cadres in increasing knowledge and attitudes about the early detection of high-risk pregnancies.

Combination of Planting Media and Fungicide Immersion on the Growth of Moon Orchid (Phalaenopsis sp.) Acclimatization Stage

Acclimatization is a critical stage in the propagation of tissue culture plants, because at this stage the plant must be able to develop and form strong tissue so that it can adapt to the new environment. The aim of this research was to determine the interaction of a combination of planting media and fungicide soaking on the growth of moon orchids (Phalaenopsis sp.) at the acclimatization stage. The method used was a factorial Completely Randomized Design (CRD) and was repeated three times. The first factor is a combination of planting media consisting of 100% white moss, 50% white moss + 50% fern, 50% white moss + 50% wood charcoal, and 50% white moss + 25% fern + 25% wood charcoal. The second factor is the length of soaking in fungicide, namely without soaking, soaking 6 minutes and 10 minutes. The data obtained were analyzed using ANOVA and continued with the 5% DMRT test. The results of the research showed that the combination of planting media treatment of 50% white moss + 25% fern + 25% wood charcoal not significant on all observed parameters. These results show that the planting medium has a very important role in the growth of orchid plants, sterilization of explants at the acclimatization stage only needs to be done if the source of contaminants is in the planting material.

Performance of a modified and intermittently operated slow sand filter with two different mediums in removing turbidity, ammonia, and phosphate with varying acclimatization periods

The present study investigated the utilization of blood clam shells as a potential substitute for conventional media, as well as the influence of the acclimation time on the efficacy of an intermittent slow sand filter (ISSF) in the treatment of real domestic wastewater. ISSF was operated with 16 h on and 8 h off, focusing on the parameters of turbidity, ammonia, and phosphate. Two media combinations (only blood clam shells [CC] and sand + blood clam shells [SC]) were operated under two different acclimatization periods (14 and 28 d). Results showed that SC medium exhibited significantly higher removal of turbidity (p < 0.05) as compared to CC medium (45.99 ± 26.84 % vs. 3.79 ± 9.35 %), while CC exhibited slightly higher (p > 0.05) removal of ammonia (23.12 ± 20.2 % vs. 16.77 ± 16.8 %) and phosphate (18.03 ± 11.96 % vs 13.48 ± 12 %). Comparing the acclimatization periods, the 28 d of acclimatization period showed higher overall performances than the 14 d. Further optimizations need to be conducted to obtain an effluent value below the national permissible limit, since the ammonia and phosphate parameters are still slightly higher. SEM analysis confirmed the formation of biofilm on both mediums after 28 d of acclimatization; with further analysis of schmutzdecke formation need to be carried out to enrich the results.

Development of Triploid Seedless Nagpur Mandarin (Citrus reticulata Blanco) through Endosperm Rescue

Nagpur mandarin is a popular table fruit across India and is exported to various countries. Only 1% of the total production is processed into various products. The development of seedless cultivars will boost agricultural incomes by enhancing the potential for export and processing. At present, only a couple of commercially seedless varieties are available, but these have yet to become popular. A research study was undertaken to quickly develop a high-quality seedless variety of Nagpur mandarin by combining the available technologies, viz., endosperm rescue, somatic embryogenesis, and mini-grafting, at CCRI, Nagpur. Complete plantlets of C. reticulata Blanco cv. Nagpur mandarin was successfully regenerated from hybrid endosperm tissue via somatic embryogenesis after attempting various permutations and combinations of media at various stages of regeneration, right from the primary callus to complete plantlet production. Maximum response (93.33%) and survival (91.67%) for primary callus induction were obtained in Murashige and Tucker (MT) + Malt Extract (ME) + Casein Hydrolysate (CH) (500 mg/L) +2,4-dichlorophenoxyacetic acid (2,4-D) (2 mg/L) medium. Maximum stimulation for embryogenesis and morphogenesis occurred in 2MT + CH (500 mg/L) + adenine sulfate (ad.s) (2 mg/L) + Benzyl Adenine (BA) (0.25 mg/L). The highest response (95.84%) for shoot differentiation occurred in MT + adenine sulphate (2 mg/L) + Gibberellic Acid (GA3) (1 mg/L) + BA (1 mg/L) (94.85%). The surviving plantlets were tested for ploidy status through flow Cytometry, chromosomal counting/cytogenetic technique, leaf morphology, stomatal characteristics, and the appearance of prominent thorns. In initial evaluation trials, the fruits of the triploid field-planted trees were found to be commercially seedless. These results demonstrated the recovery of stable triploids from the hybrid endosperm via somatic embryogenesis, which is the first of its kind in the field of Citrus triploid breeding in India.

Analysis of the factors influencing the promotion of stone sculpture art based on social media communication dynamics

Abstract This paper first focuses on the design elements and digital platforms of stone carving art and then discusses the dissemination of stone carving art on social media platforms. Secondly, a social media propagation dynamics modeling of stone sculpture art promotion is proposed, and the degree distribution of stone sculpture art promotion in the BA scale-free network is calculated by the social media network model and propagation evolution model. Finally, the kinetic analysis of social media on stone carving art promotion by different influencing factors and information dissemination stages is explored. The results show that when the user recognizes stone carving art as Ii (0) = 0.7 the larger the value Ii = (0), the greater the user’s propensity to spread stone carving art promotion information and the greater the rate of stone carving art promotion information dissemination. Through the in-depth combination of social media and stone carving art, this paper has important practice and significance for the protection and inheritance of stone carving art and for improving its influence and popularity.

Whether Sports Stars Promote the Commercial Value of Short-video Social Media Platform: A Study of Social Media

In recent years, social media, especially short-video platforms, can easily catch the publics attention. The medias publicity is essential in promoting sports stars popularity and commercial value. During the rise of short-video social media platforms, their commercial value has caught more and more attention. The combination of sports stars, sports events, and social media makes commercial information highly disseminated. When entertainment stars repeatedly go against their public persona and the Clear Action focuses on the ecological rectification of the entertainment circle, businesses are more cautious in assessing the risks behind the commercial value of celebrity spokesmen. With the increased popularity of sports events, sports stars have come to the front of the marketing stage and become an alternative to entertainment stars. This study analyzes the commercial behaviors of sports stars on short-video platforms. By participating in commercial activities on short video platforms, sports stars will promote the development of the commercial value of short-video social media platforms. Sports stars make videos or live streams on short-video social media platforms, contributing to mutual benefit. Sports stars will develop their social image and make financial gains. For short-video social media platforms, their content structure will be enriched. Businesses will transfer the focus to a short video platform to get enough exposure.

The Influence of the Jurisprudential Inquiry Learning Model Assisted by Video Media on the Intellectual Skills and Learning Outcomes of Students

Purpose of the study: The aim of this research is to find out (1) whether there is a significant influence in the application of the jurisprudential inquiry learning model assisted by video media on students' intellectual skills. (2) is there a significant influence in the application of the jurisprudential inquiry learning model assisted by video media on student learning outcomes&#x0D; Methodology: The population in this study were all class XI high school students who were divided into 4 classes. The sampling technique is random sampling. The sample in this research was students in class XI social sciences 1 and XI social sciences 2, totaling 66 students. The research method used is an experimental research method. The research design used was Quasi experimental design with nonequivalent control group design. The data collection techniques used are observation and tests. The data analysis technique used was the one-way ANOVA test with a significance level of 0.5%&#x0D; Main Findings: The results of the research show (1) there is a significant influence in the application of the jurisprudential inquiry learning model assisted by video media on students' intellectual skills as evidenced by the mean comparison of 22.8888: 20.8056 tested using one way ANOVA with a significance level of 5% obtained Fobs &gt; F table (7.98131106 &gt; 3.07). (2) there is a significant influence in the application of the jurisprudential inquiry learning model assisted by video media on student learning outcomes as evidenced by the mean comparison of 10.1111: 8.1949 which was tested with one way ANOVA with a significance level of 5% obtained Fobs &gt; F table ( 27.35758 &gt; 4.56)&#x0D; Novelty/Originality of this study: This research uses a jurisprudential inquiry learning model assisted by video media, which combines a legal learning approach and the use of video media. This approach can be considered its latest, because it tries to combine two different elements to improve student learning. This can provide new insights into how to improve intellectual skills and learning outcomes through a combination of innovative learning models and media

Research on the Evaluation of the Effect of Tourism Revitalization of Intangible Cultural Heritage in China in the Context of New Media

Abstract In this paper, a tourism revitalization model of intangible cultural heritage is constructed, and firstly, feature factors are extracted and multivariate features are combined using methods such as kernel density estimation to provide support for reliable prediction. Then decompose the MLP network structure, i.e. multilayer perceptron, and use Sigmoid function as the activation function. The importance of the feature factors is calculated using the random forest algorithm, and the collected tourism data are mined for the relationship between intangible cultural heritage and tourism revitalization to obtain the residual mean square of out-of-bag data. Finally, the coupling coordination degree is used to derive the development of ICH and tourism revitalization. The experimental results showed that 78% of the tourists were moderately to highly involved in the interactive participation of ICH, and only 22% were not interested in it. Therefore, the combination of ICH tourism and new media may become a new way of communication, allowing more general public to have the opportunity to approach and know ICH tourism.

Impact of Social Media Method for Retake Students of English for Academic Purpose Courses

The growth of social media has made it an ingrained part of today’s society. The constant use of different platforms for example: Instagram, Facebook, Twitter, YouTube made it convenient to share individual thoughts, opinions, and to connect with people. These communications can be diverse and complex as it can be conducted through integration of text, graphics, animation, sound, and video. Many teachers have already implemented the practice of social media or multimedia in their classrooms. English as a foreign or second language (EFL/ESL) could be a difficult course to be taught and learned for both ends (teachers and students). In tertiary level many students fail to complete the course in one chance. They need improvement. As a result they need to retake the course. This group of students adds some extra challenge for the teachers .Therefore EFL/ESL requires innovation in the teaching process. One of the techniques to develop this situation could be the usage of the combination of social media and multimedia during the process of teaching and learning in the classroom. This study investigates retake group of students’ participation in EAP course using facebook for English language . A survey was conducted for data collection, in which all 40 participants of American International University-Bangladesh (AIUB) were instructed to join a group named ‘EAP I Intelligent Mind’. All the tasks were posted in the group and students provided answers in comment box. This paper includes findings which shows that the retake students possessed positive attitudes, motivation, and gain self-confidence in learning English language.

Innovative Research on Synergistic Development of Digital Integrated Media and Visual Design Based on Kruskal Algorithm

Abstract This paper aims to explore the innovative development of synergy between digital media and visual design and improve and optimize the Kruskal algorithm model. The WTC-Kruskal algorithm is used to study and analyze the data generated by the combination of digital-integrated media and visual design and find the resonance point between digital-integrated media and visual design data. By studying the changes in visual design under digital media integration, we explore the new trend of synergistic development of digital media integration and visual design and thus propose feasible suggestions. The survey results show that most of the users prefer visual design presentation in the form of images, with percentages of 70%, 80% and 90% respectively, and the percentages of users who prefer paper presentation are very low, with 10%, 5% and 3% respectively. The user’s love for 3D visual design works is the highest in the questionnaire of different people; the percentage of those who like 3D visual design is 60%, 80%, 70% and 75% respectively. This paper provides effective reference data for the development of visual design and promotes better integration of digital integrated media and visual design.

ChatGPT Isn't Magic

ChatGPT Isn't Magic

Transmediation, Transgression and Popularization: A Study of the Cantonese Opera Film White Snake

The preservation of declining xiqu heritage through remediation and transmediation has often been ineffective in attracting a wider audience. The Cantonese opera film White Snake (2021), with its unusual utilization of computer-generated technology and transgressive combination of various media, offers a fresh approach to popularizing xiqu among younger audiences. To overcome aesthetic differences between cinema and xiqu, the film transforms medium specificities and transmedial potentials of Song landscape paintings and martial-arts film, adapting them to a new scenic and choreographic setting. By altering the original play’s sensory and semiotic modalities, White Snake’s transmedia aspects blaze a new trail for popularizing xiqu heritage for a new generation.

Artificial intelligence and new media: The future of integrated development

With the rapid development of technology, the combination of artificial intelligence (AI) and new media is changing the way we obtain and disseminate information. AI is playing an increasingly important role in news production, content recommendation, social media analysis, false information identification, image and video content understanding, user behavior prediction, and innovative applications of robots in news media. This article will discuss in detail the integration of AI and new media, and the impact of this integration on our society.

Artificial intelligence and new media: The future of integrated development

With the rapid development of technology, the combination of artificial intelligence (AI) and new media is changing the way we obtain and disseminate information. AI is playing an increasingly important role in news production, content recommendation, social media analysis, false information identification, image and video content understanding, user behavior prediction, and innovative applications of robots in news media. This article will discuss in detail the integration of AI and new media, and the impact of this integration on our society.

Effect of Different Seed Treatment and Media on Shoot Growth of Ashwagandha, Withania somnifera (L.) Dunal

Indian Ginseng or Ashwagandha, is one of the most important Under the present study the seeds were soaked with treatment (S1) GA3 (250 ppm - 24 h.) recorded maximum germination percentage (66.11 %) and maximum plant height at 15 (3.00), 30 (8.38), 45 (15.98), 60 (25.20), 75 (34.05), 90 (42.98), 105 (52.07) and 120 (59.02) days, respectively. Maximum no. of branches/plant at 15 (0.0), 30 (0.22), 45 (0.71), 60 (1.73), 75 (1.76), 90 (2.80), 105 (3.0) and 120 (3.84) and no. of leaves/plant were also recorded higher in S1 at 15 (3.42), 30 (7.67), 45 (20.42), 60 (33.11), 75 (41.62), 90 (55.98), 105 (67.24) and 120 (75.87) DAS respectively. In the Similar treatment, no. of leaves were also found superior over other treatments with maximum total leaf area (33.57 cm2), shoot fresh weight (55.06 g), shoot dry biomass (38.34 g), plant fresh weight (60.10 g) and plant dry weight (18.77 g) as compared to other treatments applied.&#x0D; The treatment (M3) media combination of Red soil + Vermicompost + FYM (1:1:1) gave significantly highest results in context to seed germination percentage (71.94 %), total leaf area (32.08 cm2), shoot fresh weight (58.70 g), shoot dry biomass (40.91 g), plant fresh weight (64.05 g) and plant dry weight (19.82 g), respectively. In same treatment, highest plant height at 15 (3.29), 30 (9.78), 45 (18.14), 60 (26.85), 75 (35.54), 90 (44.13), 105 (55.03) and 120 (60.17), no. of branches/plant at 15 (0.0), 30 (0.27), 45 (0.68), 60 (1.89), 75 (1.97), 90 (2.87), 105 (2.90), 120 (3.83) and no. of leaves/plant at 15 (3.72), 30 (8.46), 45 (22.46), 60 (35.23), 75 (43.91), 90 (55.87), 105 (67.47) and 120 (75.92) respectively were recorded.&#x0D; Interaction effect between pre-sowing treatment and different media was observed significant in seed germination percentage and maximum (80 %) in the treatment S1M3.

Performance evaluation of lettuce (Lactuca sativa L.) growth, yield and quality under subtropical climate

Lettuce (Lactuca sativa L.) belongs to the family Asteraceae and is known as a leafy salad vegetable. It is rich in vitamins like Vitamin A and C, and also a good source of minerals such as iron, sodium, calcium etc. It is more popular in temperate regions and also performing well under subtropical climatic conditions during the winter season. Therefore, the present investigation was carried out to identify the suitable variety of lettuce for higher yield and quality under subtropical climate. The experiment was conducted with five treatments replicated thrice. Seeds of these five lettuce varieties viz., Tango, Bingo, Summer Star, Grand Rapid and Black Rose were sown in portrays prefilled with a combination of media made of coco peat, vermiculite and perlite in the ratio 3:1:1. After thirty days plants were plugged out and transplanted under field condition to study the performance of lettuce varieties. Among the studied varieties, the maximum yield (191.44 q/ha) was recorded with the variety Summer Star which was at par (190.32 q/ha) with the Bingo variety, followed by (129.50 q/ha) in Tango and the least (85.51 q/ha) by Black Rose. However, vitamin C content and total carotenoid content were significantly found highest (15.98 mg/ 100 g) and 8.06 mg/ 100 g in the Black Rose variety, respectively. Tango variety observed maximum chlorophyll ‘a’ (5.85 mg/ g FW), ‘b’ (2.01 mg/ g FW) and total chlorophyll (7.85 mg/ g FW) content among studied lettuce varieties.

Somatic Embryogenesis and Plant Regeneration from Stem Explants of Pomegranate

Plant regeneration through somatic embryogenesis provides a solution for maintaining and genetically improving crop or fruit varieties with desirable agronomic traits. For the fruit tree pomegranate (Punica granatum L.), despite some successful applications, the existing somatic embryogenesis protocols are limited by low availability of explants and susceptibility to browning. To address these problems, in this study, we developed an effective system for induction of high-vigor pomegranate somatic embryos derived from stem explants. The usage of stem explants breaks through the difficulty in obtaining material, thus making our system suitable for widespread commercial production. To enhance the performance of our system, we identified the optimal explants, subculture cycles and combination of basal media and plant growth regulators for each step. The results showed that inoculating stem explants onto a Murashige and Skoog (MS) medium supplemented with 1.0 mg/L 6-benzylaminopurine (6-BA) and 1.0 mg/L 1-naphthaleneacetic acid (NAA) achieved the best induction rate and growth status of pomegranate calli (induction rate = ~72%), and MS medium containing 0.5 mg/L 6-BA and 1.0 mg/L NAA was the optimal condition for the induction of embryogenic calli and somatic embryos (induction rate = ~74% and 79%, respectively). The optimal subculture period for embryogenic calli was found to be 30–35 days. Strong roots were then induced in the developed somatic embryo seedlings, which survived and grew well after transplantation to the natural environment, indicating the good vitality of the induced pomegranate somatic embryos. Together, our system provides a solution to mass somatic embryo induction and plant regeneration of pomegranate and lays a foundation for future genetic transformation and bioengineering improvement of pomegranate with favorable agronomic traits.

Improving Science Process Skills of Students: A Review of Literature

This paper aims to review and assess the strategies available in literature to improve the practices of science process skills (SPS) among students. SPS encompasses the mental and physical activities of students in collecting and organizing information and then using the information to make predictions, explain phenomena, solve problems, understand the scientific endeavor, and learn science. Students were required to develop and use these skills in the teaching and learning process. The commonly identified and described SPS are observation, measuring, classifying, communicating, predicting, inferring, using numbers, using space/time relationship, questioning, identifying and controlling variables, hypothesizing, defining operationally, designing experiments, interpreting data, and modeling. These skills are important for students as tools for exploration and investigation of the natural world, improving academic achievements and attitudes towards science, learning science with understanding, and promoting development of mental and intellectual processes. From the literature reviewed the following strategies were recognized for the development of SPS in students: integration of SPS in curriculum materials, classroom lessons and assessments, use of instructional strategies or methods, and providing explicit instruction or training on SPS. The instructional strategies identified for enhancing SPS were student-centered teaching methods and multiple representation approaches. Student-centered teaching approaches promote the development of SPS in students by engaging them in mind-on and hand-on activities. Multiple representation approaches involve presenting lessons by using a combination of various teaching methods or various media in the same lesson and are found important for SPS development in students. Therefore, it was recommended to use these strategies for developing SPS to attain science education goals.