With the government’s increasing emphasis on arts education, the necessity of the artistic education function and brand shaping of theaters, as important carriers of urban cultural dissemination, has become more prominent. This paper takes the Guangzhou Grand Theatre as a case study to explore innovative strategies and practical paths for the branding of theatre arts education. By analyzing the basic concepts of theatre arts education and its branding, this paper examines the current advantages and challenges of theatre arts education branding, further elucidating its core value to audiences, theaters, and society. Finally, the paper proposes a four-dimensional strategy based on brand philosophy, characteristics, development, and communication. This study aims to extend theatre arts education from theaters to communities through brand operations, achieving deep dissemination from a small scale to widespread popularization, thereby providing feasible paths and prospects for developing theatre arts education branding.

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Corn and soybean rotation, as an important agricultural production model, has gained widespread attention globally in recent years. This paper reviews the biological characteristics of corn and soybean and their ecological adaptability and complementarity. First, it discusses the differences and complementarities in growth habits, nutrient requirements, and stress resistance, emphasizing their important roles in enhancing soil health and crop productivity. Next, it provides an in-depth analysis of the theoretical foundations of rotation, highlighting its positive impacts on soil quality, pest and disease management, and resource use efficiency. By studying successful domestic and international cases, it compares the experiences and economic benefits of rotation practices in different regions, pointing out the potential of rotation models in increasing crop yields and economic returns and the challenges they face. Finally, it looks forward to future research directions, including applying new technologies in rotation and their role in promoting sustainable agricultural development. This paper aims to provide a comprehensive perspective on corn and soybean rotation to advance the promotion and implementation of sustainable farming practices.

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Yue Opera, the second largest form of Chinese traditional theater, has showcased strong regional characteristics of the Jiangnan area and unique value throughout its history. With the rapid development of the economy and technology, consumers’ focus has gradually shifted from the practical value of products to emotional resonance and a sense of cultural belonging in their consumption experiences. In this context, branding has become a crucial factor in the operation of cultural products. This paper takes the Shaoxing Xiaobaihua Troupe as a case study, analyzing the macro marketing environment of the troupe using PEST theory and exploring its micro marketing environment through SWOT analysis. By examining the entire process of brand building, the paper provides insights into creating a renowned Yue Opera brand through brand marketing, thereby promoting the inheritance and innovative development of Yue Opera art. This paper aims to offer a reference for the brand marketing of traditional cultural arts like Yue Opera and to explore effective pathways for integrating cultural inheritance with market demand.

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The Pearl River Basin is one of China’s major river systems, and its ecosystem plays a key role in economic development and environmental protection. This paper reviews the latest progress in ecological research in the Pearl River Basin, covering topics such as water quality and water resource management, biodiversity conservation, wetland environmental restoration, and the impact of climate change on ecosystems. Despite some achievements in ecological protection, the basin still faces serious issues such as water pollution, land use changes, and declining ecosystem services, posing challenges to environmental security. Future research should focus on the advancement of ecological monitoring technologies, the optimization of restoration management strategies, and the enhancement of public participation. This paper aims to provide scientific support for environmental management and policy-making in the Pearl River Basin, promoting sustainable development in the region.

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Sustainable land management positively impacts both natural ecosystems and human society’s sustainable development. This article explores key measures for sustainable land management and degraded grassland restoration. By reasonably planning land use and avoiding over-cultivation and urbanization, the ecosystem of grassland vegetation can be protected, preserving its richness and diversity. Scientific agricultural practices help mitigate soil erosion, maintain soil structure, and balance soil moisture, thereby preserving soil health and fertility. In terms of restoring degraded grasslands, introducing native plants, adopting soil water retention and carbon sequestration technologies, and implementing proper irrigation planning can improve vegetation cover and soil quality in degraded grasslands, promoting the recovery of ecosystem functions. The relationship between degraded grassland vegetation and soil characteristics is also discussed, examining the critical impact of soil nutrient content, soil texture, moisture conditions, soil pH, and organic matter content on vegetation health.

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Climate change is a global challenge that requires collective action from all nations. Through international cooperation, countries can share resources and technology, enhance policy alignment, promote sustainable development, strengthen resilience, and encourage participation from the public and businesses. Developed countries provide financial and technical support to help developing countries accelerate their green transitions, achieving mutual global benefits. International cooperation drives the growth of the green economy and energy transition and advances climate adaptation projects, achieving a win-win for economic growth and environmental protection. By sharing data and emergency response experiences, countries can improve early warning and response capabilities to extreme weather, reducing the impacts of climate change. Furthermore, this cooperation motivates businesses to invest in green technologies. It raises public environmental awareness, fostering a collective effort to combat climate change and ensure a sustainable future for the world.

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China Ancient Qiang City, located in Fengyi Town, Mao County, Aba Tibetan and Qiang Autonomous Prefecture, Sichuan Province, is a national 4A-level tourist attraction. This paper, from the perspective of dance body language studies and in combination with art management studies, uses the 2024 China Ancient Qiang City “Highland Potato Snack Festival” organized by the Mao County Qiang Ethnic Song and Dance Troupe Performing Arts Co., Ltd. as a case study. It explores how to manage the creation of dance art in tourist attractions while adhering to and innovating upon local culture. In this case, the paper summarizes various characteristics of collective artistic creation by analyzing the context, forms, semantics, and pragmatics of dance creation in this case. It also investigates new, effective management approaches for dance art creation in tourist attractions based on local culture and meeting contemporary demands. This paper aims to provide new insights and practical references for the management of dance art creation in China.

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As global cultural exchanges deepen, the status of imported animated films in the Chinese film market has gradually risen. This study takes a sample of 281 imported animated films released in mainland China from 2000 to 2023, using multiple regression analysis to explore key factors influencing their box office performance. The results indicate several factors that significantly positively influence the box office revenue of imported animated films. Firstly, domestic internet word-of-mouth and attention reflect the film’s domestic publicity efforts and audience engagement. Secondly, the director’s market reputation and professional prestige signify audience expectations of the film’s quality. Thirdly, the popularity and influence of the original IP can leverage existing fame to attract potential audiences more easily. Lastly, the cultural soft power level of the film’s country of origin represents the overall strength of its animation film industry. Based on these findings, the study proposes recommendations to further promote the healthy development of China’s imported animated film market. These suggestions aim to enhance the appeal of imported animated films in the Chinese market and achieve sustainable growth.

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Qiang ethnic Salar is a traditional form of song and dance performance in Qiang ethnic areas such as Sichuan Province, with a long history and unique artistic charm, constituting an important part of Qiang culture. The inheritance and development of intangible cultural heritage depend largely on the pivotal role of inheritors, primarily transmitted through oral tradition or apprenticeship. This paper explores comprehensively, using Wenchuan County as a case study, the overall situation of Qiang ethnic Salar and its inheritors from the perspectives of the inheritance and protection of intangible cultural heritage, combined with arts management. It analyzes the challenges faced by inheritors and proposes strategies to enhance the effectiveness of inheritance. This paper aims to leverage the critical role of inheritors to promote the development and inheritance of Qiang ethnic Salar, thereby perpetuating and promoting Qiang culture.

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In art museums, dance, as an emerging interdisciplinary art form, has long been overlooked by the mainstream art world. This phenomenon stems from the differences and barriers between the artistic concepts, discourses, and operational models of dance and visual arts. By tracing the development of dance art and art museums, one can discover that in their respective processes of renewal, they have shown trends of mutual attraction and openness. On one hand, in its pursuit of spatiality and diverse forms of expression, dance art naturally finds its way into the unique exhibition space of art museums. On the other hand, modern art museums, influenced by the concept of “New Art Museology,” have opened their doors to embrace cross-disciplinary art forms such as dance, enriching their exhibition contents and promoting their transformation and innovation. It is based on this potential for complementarity and mutual benefit that dance art is gradually entering art museums, while art museums, under the impact of contemporary artistic trends, integrate dance as one of the new forces driving their self-renewal. This paper aims to explore, starting from the internal logic of the development of dance art itself, how the dance innovation movement represented by the American avant-garde dance has promoted the transformation of traditional museums/art museums, leading them to ultimately accept and integrate dance art. Through this exploration, the hope is to deepen the understanding of the significance of the interaction between dance and art museums, and how this interaction promotes innovation and development in the field of art.

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Aesthetics, known as sensibility studies, originates from its core focus on how humans perceive and appreciate the world through sensory experiences, particularly those about beauty. In the current era where the fusion of technology and humanities and interdisciplinary research has become consensus, exploring how to interpret better and present the aesthetics of traditional Chinese artifacts within the technological wave has become an important issue. This requires us to re-examine the new challenges brought by its historical origins and return to its core position in philosophy and humanities, especially emphasizing the crucial role of sensibility in aesthetics. Sensibility is the fundamental way individuals experience and evaluate beauty. In the era of pervasive technology, grasping the fundamental essence of traditional Chinese artifact aesthetics is crucial for its modern interpretation and application. This article explores the role of sensibility in traditional artifact aesthetics, analyzes the impact of modern technology on it, and proposes innovative pathways for conventional aesthetics in the digital age. Through this research, the article aims to provide new perspectives and methods for the inheritance and development of traditional Chinese artifact aesthetics.

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Since the initiation of the reform and opening-up policy, state-owned performing arts troupes have made certain progress in their ongoing reform process. However, they have also revealed some inherent problems such as power imbalances, suboptimal choices, and sluggish responses to institutional change. This paper introduces the concept of “inertia” from the field of chemistry to describe the state exhibited by these troupes in the process of systemic reform, representing an innovative attempt. It discusses the internal mechanism issues involved in the reform process of state-owned performing arts troupes, particularly the resistance to systemic reform and the trend of maintaining the existing organizational structure and operational mechanisms. This paper reveals the underlying causes of these inertia phenomena, such as the historical accumulation of bureaucratic culture, lack of market competition awareness, and insufficient internal incentive mechanisms. Through comparative analysis of reform cases of performing arts troupes both domestically and abroad, it proposes response strategies including optimizing power and responsibility allocation, strengthening internal supervision and incentive mechanisms, enhancing market competitiveness, and promoting the updating of management concepts. Introducing the concept of “inertia” provides a new theoretical framework and practical approach for the reform of state-owned performing arts troupes, aiming to enhance their adaptability and vitality, and improve artistic creativity and market competitiveness.

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The quality of a proceedings paper involves basic requirements and structural patterns. The basic requirements include accurately, completely, and coherently expressing the research content while adhering to academic standards. A common writing approach is to avoid hierarchical headings and instead present the research summary as continuous, coherent paragraphs. This method typically falls into several patterns: research perspective, research progress, review, case study, methodology, conceptual framework, policy recommendation, and discussion and debate.

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This article explores the impact of climate change on agricultural disasters and how to mitigate its effects through adaptation measures. It covers key areas such as climate data analysis and forecasting, disaster risk assessment, disaster monitoring and early warning systems, resilient crop varieties, and cultivation techniques, as well as ecological restoration and protection. Through the application of these technologies and methods, agricultural producers can more effectively monitor and manage crops, reducing the adverse effects of climate change on agricultural production, and thereby enhancing agricultural resilience and sustainability.

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This article examines the application of agricultural product supply chains in optimizing market circulation. It discusses key technologies and strategies such as real-time inventory monitoring systems, demand forecasting algorithms, vehicle dispatch optimization, route planning and optimization algorithms, and agricultural product e-commerce platforms. Through these innovative applications, agricultural product supply chain management has been optimized, achieving efficiency and reliability in market circulation, and providing better services and experiences for agricultural producers and consumers. This article aims to explore the key technologies and strategies for optimizing market circulation in agricultural product supply chains, to improve market efficiency and reliability for agricultural products.

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This article explores the application of smart agricultural machinery in inefficient resource utilization. It covers key areas such as energy efficiency, water resource management, soil conservation and improvement, savings in pesticides and fertilizers, and enhancement of cultivation efficiency. Through technological innovation and application, smart agricultural machinery has effectively increased the efficiency and quality of agricultural production, promoting sustainable development in agriculture.

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This article discusses the application of crop identification and protection technologies in enhancing crop health. Through research and application in key areas such as crop image recognition, pest and disease monitoring and warning systems, crop health monitoring and assessment, smart pesticide spraying and fertilization, as well as biological control and ecological balance, precise monitoring and protection of crop growth conditions have been achieved. The continuous innovation and application of these technologies help reduce damage from pests and diseases, improve crop yield and quality, and promote sustainable development in agriculture.

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This article delves into the utilization of intelligent agricultural machinery in automating farming operations. It encompasses vital aspects including seeding and planting management, weed control, harvesting, land management and cultivation, plant nurturing, and pruning. The adoption of these technologies fosters the modernization and automation of agricultural practices, bolstering production efficiency, enhancing product quality, and offering significant backing for sustainable agricultural progress.

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This article discusses a series of measures taken to address the challenges posed by climate change on agriculture-related disasters. These measures include the application of sensor data, utilization of satellite imagery, smart irrigation systems, fertilization management, and crop protection. Through real-time monitoring, precise control, and scientific management, agricultural production can better adapt to climate change, mitigate disaster losses, and achieve sustainable development.

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Regenerated rice, as an innovative technology, holds significance and novelty in modern agriculture. Through artificial control, regenerated rice enables rice cultivation to occur continuously for two or more seasons within the same year. Compared to traditional rice, it boasts a shorter growth cycle and stronger adaptability to environmental conditions. The introduction of regenerated rice breaks the seasonal constraints of traditional rice cultivation, offering new avenues and possibilities for achieving food security and sustainable agricultural development. This article focuses on comparing the differences between regenerated rice and traditional rice in cultivation techniques, variety breeding, and production benefits. It also explores the potential of regenerated rice in increasing grain yield, promoting agricultural sustainability, and addressing food security issues. This article aims to investigate the role and potential of regenerated rice in modern agriculture.

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The mobility of shale oil is crucial for the reservoir’s producibility. Insufficient mobility of shale oil may increase extraction challenges and decrease oil and gas recovery rates. The mobility of shale oil directly affects the efficiency and economic viability of extraction. Poor mobility necessitates the use of more expensive and complex technologies, while good mobility can reduce extraction costs and enhance economic benefits. This article focuses on the influence of four key factors—reservoir depth, organic carbon content, reservoir mineral composition, and porosity—on shale oil mobility. The aim is to provide scientific evidence for the rational formulation of extraction strategies, improve resource extraction efficiency, and ensure the sustainable development of shale oil resources.

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The division of wheat planting regions in China primarily includes the Northern Winter (Autumn Sowing) Wheat Region, Southern Winter (Autumn Sowing) Wheat Region, Spring Sowing Wheat Region, and Winter-Spring Dual Sowing Wheat Region. These regions are logically delineated based on climate and suitable planting seasons to optimize the wheat-growing environment and enhance yield and quality. The Northern Winter (Autumn Sowing) Wheat Region is mainly concentrated in the cold northern areas, suitable for autumn sowing, winter dormancy, and resumption of growth in spring. The Southern Winter (Autumn Sowing) Wheat Region is located in the relatively warm southern regions, also involving autumn sowing, winter dormancy, and continued growth in spring. The Spring Sowing Wheat Region applies to areas with milder temperatures, where wheat is sown in spring, grown during summer, and harvested in autumn. The Winter-Spring Dual Sowing Wheat Region encompasses areas suitable for wheat planting in winter and spring, leveraging climate advantages to achieve year-round wheat production. This regional division facilitates the scientific management of wheat resources and improves the efficiency of agricultural production. This article primarily explores the characteristics of China’s wheat planting zoning to deepen understanding and promote further research development in this field.

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This paper examines the multifaceted challenges confronting agricultural sustainability, emphasizing the delicate equilibrium required for managing soil and water resources, biodiversity conservation, and climate change mitigation. Addressing these challenges demands a profound understanding of soil quality, water resource efficiency, biodiversity preservation, and adaptive strategies to cope with climate variability. This paper delves into specific challenges faced by agricultural sustainability, including soil erosion, water scarcity, loss of biodiversity, and the direct and indirect impacts of climate change. Subsequently, it explores adaptive practices in wheat agriculture, elucidating strategies such as genetic adaptability, water-saving technologies, soil health improvement, and the utilization of meteorological information and agricultural technology. Additionally, the role of international cooperation in addressing the challenges of climate change is examined, encompassing global climate governance, climate financing, technology transfer, and regional cooperation.

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This article explores the impact of artificial intelligence (AI) on entrepreneurship education in colleges and universities, as well as the strategies adopted by higher education institutions. The rapid development of AI technology has influenced societal structures, particularly impacting traditional industries while giving rise to emerging sectors. Entrepreneurship education in higher education needs to focus on integrating core AI concepts, providing practical projects and internship opportunities, fostering interdisciplinary collaboration, and designing industry-oriented curricula. The article delves into various aspects, including ethical education, cultivating innovative thinking, and continuously updating curricula. Higher education institutions actively drive the transformation of entrepreneurship education by collaborating with industries, establishing incubators and mentorship programs, and participating in the integration of academia and industry. This comprehensive approach aims to equip students with a better understanding and application of AI technology, emphasizing the enhancement of practical skills, and highlighting the development of holistic capabilities, ethical perspectives, and a sense of social responsibility. The transformation seeks to prepare graduates to thrive in the entrepreneurial landscape of the AI era, becoming a new generation of entrepreneurs with innovative abilities, interdisciplinary competencies, and a strong sense of social responsibility.

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As we step into a new year, the Resources Data Journal remains dedicated to its role as a pioneering academic platform for the exchange of ideas within the realm of data resources. Functioning as a specialized academic journal focused on publishing data papers, we steadfastly adhere to an innovative, open, and diverse editorial philosophy. Our commitment lies in advancing extensive collaboration and communication in the realm of data resources, spanning both natural and social sciences. Over the past two years, the Resources Data Journal has not only been successfully launched but has also progressively developed its distinct academic characteristics and brand. The growing significance of data resources as a fundamental driver of socio-economic development and support for scientific research underscores its importance in academic studies. Data papers, as a vital form of academic communication, play a crucial role in fostering the integrity, accessibility, and sharing of data resources, earning high recognition within the academic community. With a focus on rapid publication, diversified dissemination, open access, extensive academic exchange, and permanent archiving, our journal provides authors with a platform to share and disseminate their data research results anytime, anywhere. We encourage the submission of various types of data papers, including original data resources, phase-specific data resources, and grey literature resources, to promote the comprehensive development of academic research in data resources. In the coming year, the Resources Data Journal warmly welcomes submissions from contributors worldwide. We anticipate that, through the collective efforts of the academic community, we will continue to lead a new era in academic exchange in the field of data resources. We extend our best wishes to all authors and readers, hoping for a more fruitful year in 2024 and collectively witnessing the ongoing progress of academic research in resource data science.

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