Protection Of Endangered Species Research Articles

Natural Resources of Rhaponticum carthamoides in the Tarbagatai State National Nature Park

The study of medicinal plants and having a protected status is an urgent issue for the conservation of biodiversity in Kazakhstan. Rhaponticum carthamoides (Willd.) Ilijn is a medicinal plant, and its excessive harvesting and destruction of habitats, as well as its conservation status, are of concern. We conducted a study to assess the ecological characteristics of the habitat of the species in the Tarbagatai National Natural Park, calculate the amount of medicinal raw materials, calculate both aboveground and underground phytomass, and calculate biological and operational reserves. A map has been developed to show the distribution of the species and potential harvest sites. In addition, a correlation analysis was performed to understand how population size affects productivity. The results highlight the need for continuous monitoring and protection of endangered species. The conservation of Rhaponticum carthamoides in the Tarbagatai State National Nature Park is currently ensured by its protected status. However, the study emphasizes the importance of developing a sustainable use regime to effectively manage plant resources and ensure their preservation for future generations.

Effect of mixed planting on soil nutrient availability and microbial diversity in the rhizosphere of Parashorea chinensis plantations.

Parashorea chinensis Wang Hsie (Pc) is an endangered tree species endemic to tropical and subtropical China. However, the acidic red soil areas where it is distributed generally face nutrient limitation. The study of the effects of mixed planting on soil biogeochemical processes contributes to the sustainable management and conservation of Pc. We selected pure and mixed stands of Pc and collected its rhizosphere and bulk soil samples to clarify the effect of mixed planting on the soil microbial community and the nutrient status. The results showed that (1) All stands were strongly acidic phosphorus-deficient soils (pH < 4.0, available phosphorus <10.0 mg·kg-1). There was a significant rhizosphere aggregation effect for soil organic C, total and available N and K, microbial biomass, and inorganic P fraction. (2) The mixed planting significantly increased the soil water content, organic C, available nutrients, the activities of β-1,4-glucosidase and urease, and microbial biomass. The inorganic P fractions are more influenced by rhizosphere, while organic P fractions are more influenced by tree species composition. (3) Fungi and their ecological functions are more susceptible to tree species than bacteria are, and have higher community compositional complexity and α-diversity in mixed plantations. And mixed planting can improve network complexity among key microorganisms. (4) The correlation between soil microorganisms and environmental factors was significantly higher in mixed forests than in pure forests. Soil organic C, available N and P, microbial biomass C and N, β-1,4-glucosidase, and stable P fractions were the key environmental factors driving changes in fungal and bacterial communities. In conclusion, the mixed planting patterns are more advantageous than pure plantations in improving soil physicochemical properties, enhancing nutrient effectiveness, and promoting microbial activities and diversity, especially Pc mixed with Eucalyptus grandis × E. urophylla is more conducive to soil improvement and sustainable management, which provides practical references for relocation protection of endangered tree species and species selection and soil fertility management in mixed planting. In addition, the study highlighted the key role of rhizosphere microenvironment in soil nutrient cycling and microbial community structure, which provides new perspectives for a deeper understanding of soil-microbe-plant interaction mechanisms.

Beyond the 'Protected Area' Paradigm in Conservation: Exploring India's Forest Legislation as a New Conservation Model for Developing Countries.

To achieve global biodiversity targets, expanding protected area (PA) networks has been regarded as a major strategy in international commitments. However, the PA strategy often fails to achieve its objective - preserving biodiversity and ecosystem services. In addition, the expansion of PA areas could replicate and amplify historical injustices such as forced evictions, state-led physical violence, assimilation of culture and loss of traditional ecological knowledge, affecting communities' livelihood, quality of life and rights. There is an increasing consensus that the post-2020 biodiversity conservation framework should be rights-based and sensitive to the role and contributions of local communities towards achieving the PAs' targets. India's Forest Rights Act (FRA) 2006 may be considered a useful framework for biodiversity conservation in the context of this new conservation vision. It puts local people at the centre stage, making them active participants in designing and managing conservation. PAs following 'fortress conservation' approach were based on the flawed idea that human interference endangers biodiversity and therefore habitats should be preserved by force if required. Such an idea contradicts the recent understanding that ecosystems once perceived as 'wilderness', have been transformed by people. PAs undermine the intricate and intertwined relationship of humans with their immediate ecosystem. The conservation model proposed by FRA 2006, on the other hand, recognises local communities as an integral part of ecosystem and thereby acknowledges people's rights and agency in conservation. It ensures locals' equitable benefits from economic activities, and provides equitable opportunities to participate in decision-making. Though various provisions under FRA empowered local people in conservation, it faces various challenges during the implementation on the ground. It is argued that a clear and appropriate institutional arrangement specifying various stakeholders' power, roles and responsibilities in the conservation and management of bioresources (including the protection of endangered species) should be developed for transformative change in biodiversity conservation.

Harnessing Intellectual Property Rights for Endangered Species Conservation: Balancing Innovation with Biodiversity Protection

Protection of endangered species has now become an essential priority worldwide due to alarming rates of biodiversity destruction, largely because of habitat destruction, climate variation, pollution, and over-exploitation. Conventional conservation methods include protective legislation, habitat preservation, and international agreements. However, Intellectual Property Rights, hereinafter referred to as IPR, has emerged over the past few decades as an increasingly powerful yet complex tool for nature conservation. IPR can take the form of legal protections through the use of patents, trademarks, copyrights, and geographical indications that provide an incentive for the innovation and development of technologies that directly or indirectly assist in species conservation. Examples include Patents on the utilization of biotechnological innovations, such as genetically modified organisms engineered to increase the survival of threatened species, cloning, and cryopreservation techniques to preserve genetic material; and Trademarks to promote wildlife-friendly products. While IPR has great potential to boost the course of conservation, it is by no means devoid of challenges. Some of the major issues include ethical issues regarding the commodification of varieties of life, rights to genetic resources, and benefits sharing with Indigenous communities and countries rich in biodiversity. It, therefore, requires a careful balance between the drive for innovation and the imperative to protect biodiversity, and international frameworks navigate the complexities arising-in particular, the Convention on Biological Diversity and the Nagoya Protocol. This paper discusses the intersection of IPR and conservation through an analysis of legal regimes governing the area, benefits, and challenges associated with IPR in conservation, and ethical debates shaping its application. The paper points out, through case studies and legal precedents, how IPR can be made to align with the bigger conservation goals so that protection accorded to endangered species is sustainable and yet encourages innovation. Findings highlight that although IPR may act as a catalyst for technological advances supportive of conservation, it needs to be implemented with clear guidelines, ethical oversight, and strong international collaboration in order not to produce unintended consequences. The needed directions include the strengthening of regulatory frameworks, raising awareness, and equitable benefit-sharing to balance IPR with conservation goals. If managed judiciously, the ultimate synergy between IPR and conservation strategies promises to unleash innovations that could go a long way toward protecting and preserving the most threatened species of the world.

Protected areas and disparate data: understanding geospatial data synthesis in poaching mitigation

Wildlife poaching remains a global threat to endangered species and human health, yet knowledge gaps remain. As new geospatial technologies are developed, evaluated, and put into practice in protected areas we need to know how protected areas synthesize geospatial data derived from these technologies. In this article, we evaluate results from a survey of protected area personnel and from in-depth interviews with personnel from two protected areas. Our structured survey focused on identifying workflows, characterizing the use of geospatial technologies, understanding how geospatial information is synthesized, and learning about the geospatial tools used by practitioners to make sense of protected area data. In addition, we conducted semi-structured interviews with protected area practitioners to provide added context to complement online survey results. We investigate how geospatial data from protected areas is synthesized by practitioners through the collection, organization, analysis, and fusion of geospatial datasets to support the protection of endangered species from poaching activities. Our results show how protected areas currently utilize two key types of geospatial data: device-based and human-generated. We highlight five themes which emerge via analysis of survey, interview, and observational data. These themes include organizational bureaucracy, trust in data collection and sharing, technical limitations, workforce limitations, and financial stressors. We conclude by outlining a series of challenges and opportunities in geographic information science to guide further research to understand geospatial synthesis in the context of protected area management.

Enhanced Yolov8 network with Extended Kalman Filter for wildlife detection and tracking in complex environments

Amid a growing global focus on ecological conservation and biodiversity monitoring, the efficient identification and tracking of wildlife are essential for environmental research, wildlife protection, and habitat management. Nevertheless, intricate landscapes, varied animal sizes, and obstructions obstruct wildlife detection and tracking. This study introduces the wilDT-YOLOv8n model, specifically engineered for the effective identification and tracking of animals. Initially, the Stable Diffusion model augments the dataset, establishing a basis for training data. Subsequently, enhancements to the Yolov8n model are implemented through the incorporation of the deformable convolutional network DCNv3 and the utilization of the C2f_DCNV3 layer to augment feature extraction efficacy, while addressing detection challenges associated with small targets and intricate backgrounds by integrating the EMGA attention mechanism and the ASPFC feature fusion module. Enhancing the Extended Kalman Filter algorithm guarantees reliable and precise tracking. The research findings reveal that the wilDT-YOLOv8n model attained an average detection accuracy (mAP50) of 88.54 % on the custom dataset, reflecting a 4.57 % enhancement over the original YOLOv8n model; the refined Extended Kalman Filter realizes a Multi-Object Tracking Accuracy (MOTA) of 40.35 %, representing a 3.923 % advancement over the original Kalman Filter. The results indicate the feasibility of accurately detecting and monitoring wildlife in intricate environments, offering significant insights for ecological research and biodiversity conservation, and aiding in the protection of endangered species.

Advanced assisted reproduction technologies in endangered mammalian species.

A new synergistic approach of classical conservation strategies combined with advanced assisted reproduction technologies (aART) allows for protection and rescue of endangered keystone species at the brink of extinction, which can help to safeguard complex ecosystems. Reproduction biology and management in mammal species is not only challenging in regards to their diverging sizes, anatomy, and often unknown physiology; it also requires customized training or chemical restraint protocols for safe handling. Besides these general challenges, there are several new assisted reproduction techniques (ART) specifically tailored to critically endangered mammals. The current portfolio of ART in these mammalian taxa is ranging from sexual cycle characterization and manipulation, semen collection and cryopreservation, artificial insemination, biobanking of living cells, oocyte collection, invitro fertilization (IVF), and embryo production, embryo transfer as well as stem cell-derived invitro gametogenesis for generating gametes in culture. The article covers advanced assisted reproduction technologies (aART), success and challenges, as well as ethical implications.

The Sustainable Taman Nasional Gunung Gede Pangrango Ecotourism Policy Scheme

The environmental damage of Taman Nasional Gunung Gede Pangrango (TNGGP) is triggered by visitors or the local community, it can threaten the sustainability of the ecotourism area and disrupt the stability of the ecological are functions. The solving of existing problems is the forming of sustainable ecotourism development policy, that it can preserve and preserve the ecotourism area of TNGGP. This study method was descriptive. The research was analyzed by Analytic Hierarchy Process. AHP is one of the tools to formulate the priorities policies among many intangible factors. The needed ecotourism policy ware TNGGP area conservation, increasing the role of the local community around TNGGP and the enhancing unique ecological experiences for visitors policy. The ecotourism policies must apply based on priority of TNGGP ecosystem protection and preservation, protection of vulnerable ecosystems, activities to improve community welfare around TNGGP, protection of unique and endangered species, providing environmental education to visitors and local community around the TNGPP, management's efforts towards TNGGP entry rates, fostering TNGGP staff to improve services for visitors, and unique ecotourism experience activities and environmental awareness raising for all stakeholders in TNGGP.

Spatial and Seasonal Changes in Microbial Community of Hynobius amjiensis Breeding Pools in a Sphagnum-Dominated Peatland.

Peatlands deliver a variety of beneficial ecosystem services, particularly serving as habitats for a diverse array of species. Hynobius amjiensis is a critically endangered amphibian initially discovered in a Sphagnum-dominated peatland in Anji, China. The unique habitat requirements of H. amjiensis make it highly vulnerable to environmental changes. Here, we investigated the different breeding pools of H. amjiensis in the Sphagnum-dominated peatland (the type locality) for a one-year period to evaluate the interactions among the egg sacs present, water quality, and microbial communities (16S and 18S rRNA gene amplicon). The numbers of egg sacs were higher in the breeding pools located at the marginal area than those at the core area of the peatland. Similarly, the α-diversity of bacteria, fungi, and protists were lower in the core region compared to those at the edge of the peatland, perhaps due to water eutrophication. The microbial communities and water quality differed significantly among breeding pools and sampling months. The simpler microbial networks of the breeding pools in the core wetland may impact the numbers and health of the egg sacs. This study contributes to a better understanding of the effect of water quality on biodiversity in peatlands, and it can also guide regulations for wetland conservation and the protection of endangered species.

The devil is in the detail: Environmental variables frequently used for habitat suitability modeling lack information for forest-dwelling bats in Germany.

In response to the pressing challenges of the ongoing biodiversity crisis, the protection of endangered species and their habitats, as well as the monitoring of invasive species are crucial. Habitat suitability modeling (HSM) is often treated as the silver bullet to address these challenges, commonly relying on generic variables sourced from widely available datasets. However, for species with high habitat requirements, or for modeling the suitability of habitats within the geographic range of a species, variables at a coarse level of detail may fall short. Consequently, there is potential value in considering the incorporation of more targeted data, which may extend beyond readily available land cover and climate datasets. In this study, we investigate the impact of incorporating targeted land cover variables (specifically tree species composition) and vertical structure information (derived from LiDAR data) on HSM outcomes for three forest specialist bat species (Barbastella barbastellus, Myotis bechsteinii, and Plecotus auritus) in Rhineland-Palatinate, Germany, compared to commonly utilized environmental variables, such as generic land-cover classifications (e.g., Corine Land Cover) and climate variables (e.g., Bioclim). The integration of targeted variables enhanced the performance of habitat suitability models for all three bat species. Furthermore, our results showed a high difference in the distribution maps that resulted from using different levels of detail in environmental variables. This underscores the importance of making the effort to generate the appropriate variables, rather than simply relying on commonly used ones, and the necessity of exercising caution when using habitat models as a tool to inform conservation strategies and spatial planning efforts.

Identification of potential suitable areas and conservation priority areas for representative wild animals in the Greater and Lesser Khingan Mountains.

Species geographic distribution and conservation priority areas are important bases for insitu biodiversity conservation and conservation decision-making. In view of the urgency of endangered species protection, eight representative endangered species in the typical forest ecosystem of the Greater and Lesser Khingan Mountains were studied. Based on 1127 occurrence points and environmental data collected from 2016 to 2021, used BIOMOD2 and Zonation to reconstruct the potential distribution area and identify conservation priority areas of eight species (Tetrao parvirostris, T. tetrix, Gulo gulo, Alces alces, Martes zibellina, Moschus moschiferus, Lynx lynx, Lutra lutra). The results showed potential distribution areas for almost all species concentrated in the northern part of the Greater Khingan Mountains (GKM) and the central part of the Lesser Khingan Mountains (LKM). The potential distribution areas of each species were as follows: black-billed capercaillie, 102,623 km2; black grouse, 162,678 km2; wolverine, 63,410 km2; moose, 140,287 km2; sable, 112,254 km2; Siberian musk deer, 104,787 km2; lynx, 139,912 km2; and Eurasian otter, 49,386 km2. Conservation priority areas (CPAs) clustered in the north GKM and central LKM and totaled 220,801 km2, and only 16.94% of the CPAs were currently protected by nature reserves. We suggest that the Chinese government accelerate the integration of existing protected areas in the northern GKM and establish a larger GKM National Park based on cost-effective multi-species protection.

Behavioral and physiological responses of nocturnal marine shellfish to predation pressure

Predator-prey interactions are critical in ecological communities. As the wild resources of Pacific abalone are on the verge of exhaustion, efforts to reveal the effects of predation by hostile organisms on the efficiency of its bottom sowing and proliferation are crucial for the success of resource restoration. In this study, abalone and its predator, starfish Asterias amurensis, were placed in a customized monitoring unit. Through continuous infrared video monitoring, predation pressure was found to cause a significant decrease in the distance moved, duration of movement, cumulative feeding duration and orexin levels in hemolymph (P < 0.01). It also caused a significant increase in the average velocity of movement, group cohesion, coordination and cholecystokinin levels in hemolymph (P < 0.01). Surprisingly, when a shelter was set up in the environment, the cumulative feeding duration of abalone was significantly extended in the presence of the predator (P < 0.001), whereas when the predator was removed, the distance moved, duration of movement, and cumulative feeding duration of abalone were found to significantly increase during continuous 24 h monitoring (P < 0.01). These results first identified the anti-predation strategy by nocturnal marine organisms when exposed to predation risk, and supported the pivotal role of shelter in helping abalone make a trade-off between predation pressure and survival needs, which not only provides a new insight to optimizing the strategy for prevention and control of marine ecological disasters and strengthening the protection of marine endangered species, but also results in a productive attempt to restore the marine benthic ecosystem.

Understanding Pesticide Exposure Mitigation Effectiveness in Achieving Endangered Species Protection Goals

Understanding Pesticide Exposure Mitigation Effectiveness in Achieving Endangered Species Protection Goals

Anti-Poaching for Endangered Megafauna Conservation in Assam, India: Examining Stakeholder Perception

India is the stronghold for endangered species and poaching and illegal trade have seriously threatened wildlife conservation. Against this backdrop, Indian regulatory authorities have strengthened workforce capacity for monitoring and enforcement actions against poaching, employed patrolling systems, and adopted lethal deterrence-based policies. However, efforts to control poaching and conserve biodiversity are often at odds with local communities&amp;apos; needs and interests, and stakeholder participation in management is integral to successful wildlife conservation. This research aims to understand stakeholder perception of anti-poaching management practices and tribal customs in protected areas. A survey was conducted to gather information from forest staff and fringe villagers at the four national parks and one wildlife sanctuary in Assam, India. The results indicate that villagers around protected areas generally perceive that the Forest Department and patrolling effectively prevent poaching. However, stakeholders&amp;apos; perceptions of the lethal deterrence-based policies and tribal customs were split, depending on the local communities&amp;apos; unique social, economic, and political situations. Leveraging these responses, wildlife managers in India can collaborate with villagers around the protected areas to address the threats of poaching to wild megafauna. Further, this research underpins the reason to strengthen the enforcement capacity of forest staff, as they stand at the frontline of endangered species protection in biodiversity-rich, developing countries.

Comparison of Rhizosphere Bacterial Communities of Pinus squamata, a Plant Species with Extremely Small Populations (PSESP) in Different Conservation Sites.

Pinus squamata is one of the most threatened conifer species in the world. It is endemic to northeastern Yunnan Province, China, and has been prioritized as a Plant Species with Extremely Small Populations (PSESP). The integrated study of soil properties and rhizosphere bacteria can assist conservation to understand the required conditions for the protection and survival of rare and endangered species. However, differences between the rhizospheric bacterial communities found in the soil surrounding P. squamata at different conservation sites remain unclear. In this study, Samples were collected from wild, ex situ, and reintroduced sites. Bacterial communities in different conservation sites of P. squamata rhizosphere soils were compared using Illumina sequencing. The soil physicochemical properties were determined, the relationships between the bacterial communities and soil physicochemical factors were analyzed, and the potential bacterial ecological functions were predicted. The reintroduced site Qiaojia (RQ) had the highest richness and diversity of bacterial community. Actinobacteria, Proteobacteria, and Acidobacteriota were the dominant phyla, and Bradyrhizobium, Mycobacterium, Acidothermus were the most abundant genera. Samples were scattered (R = 0.93, p = 0.001), indicating significant difference between the different conservation sites. The abundance of Mycobacterium differed between sites (0.01 < p ≤ 0.05), and the relative abundances of Bradyrhizobium and Acidothermus differed significantly among different sites (0.001 < p ≤ 0.01). Soil total potassium (TK) and available nitrogen (AN) were the main factors driving bacterial community at the phylum level (0.01 < p ≤ 0.05). This study generated the first insights into the diversity, compositions, and potential functions of bacterial communities associated with the rhizosphere soils of P. squamata in different conservation sites and provides a foundation to assess the effect of conservation based on bacterial diversity and plant growth-promoting rhizobacteria (PGPR) to guide future research into the conservation of P. squamata.

Marine Stewardship Council’s Fisheries Standard: Updated best practices for promoting sustainable seafood

Eco-labeling can incentivize effective management to sustain productive fisheries, but certification standards occasionally need to be updated to reflect iterative advancement in marine policy. The Marine Stewardship Council (MSC) recently developed a revised standard for fishery certification, and the process provides case studies in policy development that are compiled in this special issue. Consultation with a broad group of international stakeholders identified several aspects of the MSC standard that required re-evaluation. Standards, expressed as performance indictors and scoring criteria, were revised based on current perceptions of best practices in fishery management. The revised standard requires greater evidence of management performance, more rigorous protection of endangered species and vulnerable habitats, more comprehensive mitigation of ghost fishing, explicit harvest strategies, more effective exclusion of shark finning, and socioeconomic performance indicators. Although the implementation of certification standards will continue to be imperfect, the process and results from MSC’s standard review offer methods and case studies for broader application to codify best practices in marine policy as they continually evolve.

Resources and utilization of medicinal plants in countries and regions involved in "the Belt and Road" Initiative

The protection, development, and utilization of medicinal plant resources are important cornerstones of maintaining human health. However, due to factors such as the reduction of high-quality land resources, deterioration of ecological environments, and excessive and disorderly resource development, medicinal plant resources are becoming scarce, and some of them are insufficiently supplied. With the proposal of &quot;the Belt and Road&quot; Initiative, the cooperation between China and &quot;the Belt and Road&quot; partners(the countries and regions involved in &quot;the Belt and Road&quot; Initiative)is increasingly close, which provides a new opportunity for carrying out trade of medicinal plant resources and alleviating the problem of imbalance and relative inadequacy of medicinal plant resources in countries. This study first determined the distribution and species information of plant resources in countries and regions involved in &quot;the Belt and Road&quot; Initiative by investigating the database of plant distribution and that of medicinal plant resources. Then, according to the published data from the International Union for Conservation of Nature(IUCN) and the Convention on International Trade in Endangered Species of Wild Fauna and Flora(CITES), this study identified the rare and endangered medicinal plants and the medicinal plants under trade control in countries and regions involved in &quot;the Belt and Road&quot; Initiative and finally sorted out the list of potential medicinal plant resources in countries and regions involved in &quot;the Belt and Road&quot; Initiative that can be used by China. This data resource can not only be used for the overall protection of important endangered species but also scientifically guide the development and utilization of medicinal resources, providing guidance and a theoretical basis for the sustainable development of medicinal plant resources in countries and regions involved in &quot;the Belt and Road&quot; Initiative.

WildARe-YOLO: A lightweight and efficient wild animal recognition model

For the protection of endangered species and successful wildlife population monitoring, wild animal recognition is essential. While deep learning models like YOLOv5 have shown promise in real-time object recognition, their practical applicability may be constrained by their high processing requirements. In this paper, we suggest a faster and lighter version of YOLOv5s for wild animal recognition. To lower computational costs for model parameters and floating-point operations (FLOPs) for the backbone, our suggested model includes Mobile Bottleneck Block modules and an improved StemBlock. We also use Focal-EIoU as a loss function to gauge the accuracy of the predicted bounding boxes during inference and employ a BiFPN-based neck. We tested our technique on three datasets, including Wild Animal Facing Extinction, Fishmarket, and MS COCO 2017. Additionally, our technique is compared with state-of-the-art deep learning models, and from the baseline model we recorded a 17.65% increase in FPS, 28.55% model parameters reduction, and 50.92% in FLOPs reduction. Furthermore, our model has a faster model loading time, which is critical for deployment in remote areas. This enables real-time species recognition on basic hardware, aiding conservation efforts through rapid analysis. The model advances deep learning in ecology by balancing efficiency with performance.

Prioritizing resource allocation to reduce adverse effects of pesticide risk for endangered species

The use of pesticides promotes food security because of the multiple benefits it brings to agriculture, such as reduction in crop losses. However, the use of pesticides can be potentially harmful to non-target species. In the U.S., the Environmental Protection Agency regulates the use of pesticides to manage the risks associated with these agents and to protect species under the Endangered Species Act. As part of these regulations, pesticides must be registered and then reviewed every 15 years to ensure the use conditions are updated with the best available data. The registration and review process can invoke corrective measures to ensure protection of endangered species. However, the registration review process is highly resource and time consuming. There is currently a backlog of unreviewed pesticides, leaving a large quantity of pesticides without updated use conditions to protect species. Identifying ways to streamline this process is urgently needed. We develop a sequencing approach to address the risk assessment bottleneck in the pesticide registration and review process and identify species that would benefit most from detailed assessments. We then demonstrate the magnitude of potential efficiencies using this sequencing process for 61 terrestrial listed species in the state of California. Our results show a consistent ranking of listed species according to their relative benefits from assessment, with 90 % of the species being robustly classified across scenarios in the sensitivity analysis. We found that prioritizing the assessment of a small group of species could potentially result in high conservation benefits, and identify species in need of more detailed data for a robust sequencing. We examine how a sequencing approach can guide decisions about what species might benefit most from different levels of assessment. Our results demonstrate the conservation benefits of employing a sequencing approach to prioritize the allocation of limited resources for endangered species.

Analysis of the phenomenon of keeping endangered animals as a trend

Indonesia is a country with diverse fauna. However, many animals are experiencing an extinction crisis, one of the causes is the exploitation of these rare animals, one of which is for free keeping. Wild animals have natural instincts that evolved with their evolution and help them survive in their natural habitat. When wild animals are kept in different environments, such as captivity or shelters, they often lose or change some aspects of their original instincts. The protection of rare and endangered wildlife species is of international concern, as biodiversity conservation is essential for survival. Unfortunately, the enforcement of these protected wildlife regulations is not strict enough and there are still many violations, so it is important for the Indonesian government and its citizens to work together to ensure effective implementation of wildlife protection regulations. This research method uses a qualitative approach with data collection from literature studies and uses interpretation analysis techniques. The importance of wildlife conservation in Indonesia cannot be ignored. It is important for Indonesians to follow applicable regulations and participate in protected wildlife conservation efforts to maintain the country's biodiversity. This study illustrates the factors that lead to the keeping of wild and endangered animals and the role of the government in this regard and answers how the phenomenon has become a trend in high society.