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The uploaded content is designed to fit mobile screens, tablets, laptops and smart TVs.
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Specialized structure for recording the details of the performance of the referrers in accordance with the needs of the applicants and customers.
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Animal systems: the cornerstone of the intelligent ecosystem of metaverse worlds and the path to the formation of biosecurity in the multiverse
Scientific note: The “Animal System” and “Color Metaverse Bioguard” model are discussed in this article as a proposed design and architecture, not as a scientific standard or project that has been established in the academic literature by the same name. The scientific evidence used supports the foundations of conservation biology, environmental education, augmented/virtual reality, citizen science, and biodiversity governance; linking these foundations to the metaverse architecture is a design and future-oriented proposal.
Multidimensional Ecological Guardians
Guardians of Multidimensional Worlds Guardians of 3D and Multidimensional Ecosystems in the Metaverse of Color and the Role of the “Animal System” in the Birth of a New Nature Abstract The entry of nature into metaverse worlds should not be understood simply as the transfer of the image of a forest, mountain, sea or animal into a 3D environment. The more fundamental issue is the construction of computational, dynamic and monitorable ecosystems; environments in which species, resources, ecological relationships, climate change and human behavior can be modelled and observed over time. In this context, the concept of “guardian” can refer to a new role in metaverse worlds: a human entity, an artificial intelligence, an automated system or a combination of these whose task is to observe, monitor, protect, warn, interpret and help manage digital ecosystems. This idea is scientifically close to real-world research trends in digital twins of ecosystems, biodiversity monitoring, animal behavior simulation, and real-time ecological modeling, but the specific form that the “biologist” takes in the metaverse of color and “animal systems” is a proposed and futuristic architecture, not an existing standardized technology. New research shows that digital twins can integrate heterogeneous biodiversity data into updatable models and even be used to predict species distributions on near-real-time time scales.
The survival of nature and the shared ecosystem with animals by entering the world of color metaverse
The question is ostensibly about the future of the color metaverse, but its deeper issue relates to a civilizational challenge: how can digital technologies be used to increase the capacity for cognition, conservation, and restoration in the face of the gradual destruction of natural ecosystems? Iran has a diverse range of ecosystems, from Hyrcanian forests and wetlands to mountainous, desert, and coastal areas. The issue of protecting these resources is not only an environmental issue; it is also related to the economy, culture, food security, water, tourism, education, and the future of local communities. From this perspective, the color metaverse becomes important for environmental protection when it moves beyond a purely theatrical space and becomes an infrastructure for environmental representation, monitoring, simulation, and participation.
The Threat of Ecosystem Collapse Caused by Illegal Wildlife Trade and Captive Keeping
Illegal wildlife trade and the private keeping of wild animals constitute one of the most critical threats to global biodiversity in the 21st century. Among the most affected taxa, wild and rare birds are disproportionately targeted due to their aesthetic appeal, vocal abilities, rarity, and symbolic status. This practice is particularly prevalent among affluent individuals, where wild birds are kept as luxury possessions rather than living components of complex ecosystems. Drawing upon peer-reviewed scientific literature, authoritative ecological textbooks, and reports from international conservation organizations, this article examines the ecological, genetic, behavioral, ethical, and public health consequences of illegal bird trade and captive keeping. Furthermore, it highlights the essential role of non-profit organizations such as Samaneh Heyvanat and the Birds Branch Campaign as community-based institutions dedicated to wildlife protection, and explores pathways through which the public and experts can actively support conservation efforts.
“The Disadvantages of Animal Sterilization: A Scientific Review of Hidden Harms to Health, Behavior, and Ecosystems”
Abstract Sterilization (neutering or spaying) is widely practiced as a means to manage the population of companion and street animals. While many advocates emphasize its benefits — such as reducing overpopulation and some reproductive diseases — growing evidence points to a suite of potential drawbacks. This article offers a scientific-analytical examination of the disadvantages of animal sterilization, particularly in street and free-roaming populations. We investigate health, behavioral, ecological, genetic, and ethical dimensions, review limitations in existing research, and propose more balanced, humane strategies.
