Conservation Community Research Articles

Whose forest, whose values? Planning for Atlanta’s “South River Forest”

ABSTRACT Atlanta, Georgia's (USA) proposed South River Forest (SRF) is a 3,500-acre area straddling southeast Atlanta and parts of neighboring DeKalb County that would include non-contiguous greenspace and developed land uses. Catalyzed by the 2017 Atlanta City Design process, the SRF concept recognizes the ecologically rich, urban forest patches in this predominantly African American part of the metro area. SRF advocates point to the climate and environmental equity benefits of green space conservation for underserved communities and the personal benefits of having wildland-like outdoor recreation areas within the city. To gauge public perceptions of the SRF, promoters conducted the South River Forest Consensus Building & Stakeholder Engagement process in 2022, which included an online survey querying respondents' interactions with and personal relationship to the SRF. The findings showed overwhelming support for the preservation effort; however, eighty percent of respondents identified as white and just nine percent as black. This composition contrasts sharply with most SRF neighborhoods, which question whether black ways of being in nature were captured by the engagement process. Our analysis also brings attention to an alternative, black-led vision for the area that was not reflected in the engagement process and the implications of this erasure for recognition justice.

The Enactment of Sustainable Development Goals at a Local Scale Leads to Various Implications

The hallmark of global sustainable development efforts is the Millennium Development Goals (MDGs) initiative, so the SDGs were proposed after this. Early initiatives highlighted the need for a more comprehensive and globally applicable set of goals, thus laying the groundwork for the SDGs. Among them are sustainability, ecological environment protection and so on. This article explores the local implementation and impact of the United Nations Sustainable Development Goals (SDGs). The main questions are how to effectively implement SDGs policies in different social cultures, and the role of local government and community organizations is carefully analyzed. These are also areas where SDGs can be effectively promoted at the local level through muti-stakeholder collaboration, inclusive policies and innovative approaches. And there are three field examples to prove its effectiveness. For example, sustainable transport and energy management in Barcelona, participatory planning in Kerala and community conservation in Kenya. The significance of the study highlights the key role of local action in achieving the global Sustainable Development Goals, and provides concrete cases for analysis.

Human-ocean relationships: Exploring alignment and collaboration between ocean literacy research and marine conservation

In recent years, global attention on marine conservation and sustainability has surged. Understanding the relationship between society and the ocean is crucial for achieving conservation targets, ocean sustainability, and community well-being. Toward these ends, the UN Ocean Decade recognizes ocean literacy as a transformative mechanism to reshape society-ocean relationships. Ocean literacy seeks to empower global communities to better understand, value, and care for the ocean in ways that support, restore, and ensure ocean-human health and well-being. By extension, ocean literacy research is an emergent transdisciplinary field of inquiry that explores diverse dimensions, drivers, and impacts of human-ocean relationships. It considers these relations across different socio-cultural, economic, political, and geographic contexts and perspectives. In this article, we position ocean literacy research and the wider concept of ocean literacy as a framework for exploring the relational aspects of marine conservation to inform effective policy and conservation. We begin by situating ocean literacy and ocean literacy dimensions, research priorities, and community alongside broader ocean conservation efforts. We next share insights gleaned from the third edition of the Ocean Literacy Dialogues series, led by the Canadian Ocean Literacy Coalition and the Marine Social Sciences Network, with support from IOC-UNESCO, held during the fifth International Marine Protected Area Congress (IMPAC5) in Vancouver, in early 2023. Through a series of participatory sessions, we explored the application of ocean literacy research in supporting future marine conservation and management. Drawing on insights co-developed through this process, we outline potential agenda alignment between IMPAC5 marine conservation themes and co-identified ocean literacy research priority areas. We lastly speak to the importance of ongoing collaborative initiatives like the Ocean Literacy Dialogues series to foster global collaborations, dialogue, and capacity sharing to advance ocean literacy, marine conservation, and policy efforts.

Fish community dynamics following the low-head dam removal and newly installed fish passage in a headstream tributary of Jinsha River, Southwest China

Low-head dams and small hydropower developments are widely distributed in global rivers because of their high cost-efficiency and smooth implementation. However, these installations have great ecological impacts on native fish communities due to the loss of longitudinal river connectivity. Although dam removal and fishway construction are effective measures to mitigate river fragmentation, research on their effects on fish communities remains limited to date. In this study, we investigated fish community dynamics in a mountainous tributary of the Jinsha River–Heishui River following dam removal, fishway construction, and fishway renovation. Our fish sampling data from 2018 to 2023 yielded 6137 fish belonging to 25 species, 12 families, and 3 orders. The native fish community predominantly represented the typical fish fauna of the Qinghai-Tibetan Plateau, primarily including the genus Schizothorax and the families Sisoridae and Nemacheilidae. Representative fish species in the Heishui River demonstrate notable adaptations to cold water, high altitude, and rapid flow environments. After removing the Laomuhe Dam, upstream fish abundance increased sharply, but species richness slightly decreased in the short term. Fishway construction significantly enhanced species richness and abundance and reduced the difference between the upstream and downstream fish communities from the Songxin Dam. However, the subsequent fishway renovation altered the dominance of fish species, with marginal changes in community structure and abundance. Variations in fish community dynamics in the river channel and fishway structure can be attributed to differences in ecological guilds (e.g., flow preference and thermal regime) and environmental factors (e.g., flow discharge, water temperature, and water depth). The present study provides insight into the significance of mitigation measures for the impact of dams on mountainous rivers in southwest China through ecological assessment and guides for decision-making in the conservation and restoration of specific fish communities.

Lost species, neglected taxonomy, and the role of natural history collections and synonymization in the identification of the World’s forgotten biodiversity

A recent paper highlighted the need for increased attention towards species that have vanished from scientific literature and proposed a new nomenclature in view of needed conservation actions, based on the time interval since their disappearance. Here, we propose to implement this concept by showcasing a taxonomic perspective that is often overlooked in conservation studies. In recent decades, research on vertebrates showed that, in several cases, species considered as undescribed were, in fact, first discovered and already named a long time ago. Quite often they fell into oblivion while being considered synonyms of other taxa until they were re-evaluated in subsequent taxonomic revisions. In this context, we are proposing the concept of “long-lost synonymized” species, asking for greater attention to the discipline of taxonomy, the relevance of specimen-based taxonomy and the value of natural history collections within conservation and academic communities.

Frog hepatic health and metal pollution: An assemblage-level approach in a hotspot in southeastern Brazil.

Chemical pollutants include the harmful effects of various substances on soils, water bodies, and biodiversity. Amphibians are one of the most endangered groups ofvertebrates and are impacted by chemical pollutants in various ways due to their complex life cycles. Since trace pollutant concentrations vary across environments, different frog ecomorphs (classified by their microhabitat use) may have different exposures. We aimed to determine the association between frog ecomorphs and the occurrence of histopathological hepatic lesions (HHLs) as an indicator of contaminant exposure. We focused on small forest streams near a large urban region in Brazil, heavily polluted in the 1980s. We examined 104 frog specimens from various families. All specimens exhibited HHLs, with melanomacrophages being the most common (n = 99). Arboreal frogs exhibited more vascular congestion, while terrestrial frogs showed structural hepatic damage. Higher cobalt levels were linked to increased liver necrosis in arboreal frogs and structural issues in both arboreal and terrestrial frogs. Cadmium was associated with hepatitis in terrestrial frogs. Although metal levels had no significant effects on rheophilic frogs, the prevalence of hepatitis and necrosis indicated complex exposure pathways. Iron and aluminum were linked to fewer lesions in rheophilic frogs, suggesting resilience. The high prevalence of HHLs signals an ongoing issue, with variations among ecomorphs suggesting differential exposure to pollutantsand posinga complex challenge for community conservation.

Percentage of Hatching Success of Olive Ridley Turtle (Lepidochelyis oliviceae) Eggs in Natural and Semi-Natural Nests and the Quality of the Turtle Conservation Community (TCC), Lombok, Indonesia

Sea turtles are internationally and nationally protected marine reptiles. One of the turtle species that can be found in Indonesia is the Olive Ridley turtle or Lepidochelys oliviceae. This study aims to determine the percentage of hatching success of turtle eggs in semi-natural and natural nests at TCC (Turtle Conservation Community), Lombok, determine the physical characteristics of natural and semi-natural nests of turtle eggs, and determine the quality of hatchlings produced in natural and semi-natural nests. The research method used is the descriptive exploration method, including determining the location with purposive sampling, collecting data on the size of Olive Ridley turtle mothers, the number of eggs, the depth and diameter of turtle egg nests, beach slope, nest temperature, substrate grains, beach vegetation, threats to turtle eggs, and locomotor quality of hatchlings. The results of this study are, the percentage of success in natural nests of Olive Ridley turtles is lower at 71.99% and semi-natural nests as much as 59.01%. The average temperature of both nests was 28.67, which is still optimal for turtle egg nesting. The type of grain in the two types of nests is also relatively fine. The slope of the beach is also still relatively gentle. Based on the research conducted by TCC (Turtle Conservation Community), it is suitable to support the success of Olive Ridley turtle hatching.

Conservation with hard borders: Ethiopian wolves are threatened by fragmentation and isolation

Unlike most canids, versatile and capable of navigating vast landscapes, endangered Ethiopian wolves (Canis simensis) are endemic to an archipelago of Afroalpine islands. As a habitat specialist, the Ethiopian wolf is ill‐equipped to move across a highly transformed and densely populated agriculture matrix. Hard borders imposed by expanding subsistence agriculture lock Ethiopian wolves into further isolation, with few opportunities for dispersal and recolonisation. We report and evaluate empirical information from long‐term monitoring across the species' range to understand processes of habitat loss, recolonisation and extinction in recent and historical times, and to assess what conservation measures and strategies would ensure their persistence. Ethiopian wolves occurred in six isolated populations, totalling 454 wolves (population sizes ranged between 281 and 24) occupying 2700 km2 of Afroalpine habitat. We describe three population extinctions and three local extinctions within fragmented populations, and present evidence of factors accelerating the extinction process, such as disease (rabies and canine distemper virus), persecution, road kills and poisoning. Of all the suitable habitat available to wolves, 86% was included within nine protected areas, including three new Community Conservation Areas and two national park extensions in the past 10 years. As all Ethiopian wolf populations are small and vulnerable to stochastic events and environmental perturbation, conservation efforts to ensure the long‐term survival of the species need to integrate: 1) support for protected areas to halt agriculture encroachment and to regulate sustainable uses of natural resources; 2) efforts to minimise all causes of mortality, including but not limited to disease; and 3) conservation translocations to overcome fundamental barriers to dispersal in the highlands of Ethiopia.

Study of germination of collection samples of wild flora of Astana botanical garden

The present study is devoted to the main tasks of seed bank laboratories, among which the formation, study and conservation of seed collections of both natural and introduced flora of Central and Northern Kazakhstan are emphasized. This work emphasizes the importance of maintaining optimal conditions for seed collection in these regions, which is a key aspect for successful seed management, conservation and restoration of plant communities. Expedition trips, conducted annually between July and September, are synchronized with the growing seasons of the plants and take into account weather conditions that directly affect the efficiency of seed collection.During such visits, 56 forms of wild flora were collected, mainly on the territory of the Kokchetavskaya Upland, Central-Kazakhstan shallow meadow and Akmola region, including Shortanda district, as well as in the unique ecosystems of SNPP “Burabai” and the vicinity of Makinki village. The collected genetic material plays a key role in biodiversity conservation and can be used for further scientific research as well as for practical needs related to ecosystem restoration.As part of this work, a laboratory study was also conducted to investigate the viability of the selected seeds. The results of the study will help to further understand the characteristics and factors that determine the viability of seeds of different forms, which is crucial for their subsequent use in botanical collections. This study emphasizes the relevance of the selected topic, as well as the importance of conservation and management of seed resources in conditions of ecological vulnerability, which is of significant importance for sustainable environmental protection and conservation of plant diversity in Central and Northern Kazakhstan.

Neotropical dragonflies (Insecta: Odonata) as key organisms for promoting community-based ecotourism in a Brazilian Amazon conservation area

Incorporating insects into ecotourism activities increases awareness of their importance in ecosystems. However, the inclusion of this group in ecotourism activities is still rare. In this context, we identified the perception of indigenous and non-indigenous leaders and residents about the potential of Odonata (dragonflies and damselflies) as key organisms for promoting community-based ecotourism (CBET) in the Tapajós-Arapiuns Extractive Reserve, Brazilian Amazon. We designed a semi-structured questionnaire and conducted interviews with 415 indigenous and non-indigenous residents (222 women and 193 men) from 73 communities and villages. When shown images of dragonflies (Anisoptera and Zygoptera), 98.55 % of respondents recognized them, predominantly identifying them as “jacinas” (55.11 %). Respondents noted differences between Anisoptera and Zygoptera based on body color and size, identified them as part of the insect group (45.78 %), and associated their habitat with forests and jungles (57.34 %). Most participants (96.38 %) indicated that current ecotourism activities do not include information about invertebrates, emphasizing the need for greater understanding of their biology and ecological significance (44.64 %), and management (29.16 %). They stated that seeing (99.52 %) and observing (99.04 %) dragonflies could attract tourists due to their striking appearance (57.10 %) and beautiful (39.03 %). Most respondents recognized the importance of dragonflies for the environment (99.52 %), culture (63.13 %), and economy (55.66 %), acknowledging their potential to generate income through tourism. Additionally, 89.88 % expressed a desire to participate in the development of ecotourism activities involving Odonata. The results reflect the enormous potential of dragonflies to be included as key organisms in the development of CBET, allowing for environmental awareness, biodiversity conservation, cultural appreciation, and income generation for local communities. Furthermore, the study highlights the need to implement educational and training programs on Odonata, along with the development and funding of public policies to ensure the success and sustainability of such initiatives.

Valuation of Tourists' Willingness to Pay for Ecological Conservation towards a Sustainable Financial Mechanism for National Parks: An Empirical Case of Cuc Phuong National Park, Red River Delta, Vietnam

Abstract National parks play an important role in preserving the ecological values of nature, while also bringing economic benefits to the community. However, current national parks in developing countries are facing the challenge of lacking financial resources for conservation goals. This study estimates tourists' willingness to pay for ecological conservation in Cuc Phuong National Park, Vietnam as well as factors affecting willingness to pay. Using a binary random assessment model and a research sample of 650 randomly selected tourists in Cuc Phuong, the study shows that tourists' willingness to pay for conservation is about 47,070 VND in the parametric model and 42,123 VND in the non-parametric model. Factors that influence the probability of accepting payment include income, education level, conservation attitude, awareness of ecological values and travel distance. From there, the study discusses and proposes implications that contribute to mobilizing finance for conservation from the community and financial mechanisms for conservation in national parks in Vietnam and developing countries in Asia.

Unraveling the genomic diversity and admixture history of captive tigers in the United States

Genomic studies of endangered species have primarily focused on describing diversity patterns and resolving phylogenetic relationships, with the overarching goal of informing conservation efforts. However, few studies have investigated genomic diversity housed in captive populations. For tigers (Panthera tigris), captive individuals vastly outnumber those in the wild, but their diversity remains largely unexplored. Privately owned captive tiger populations have remained an enigma in the conservation community, with some believing that these individuals are severely inbred, while others believe they may be a source of now-extinct diversity. Here, we present a large-scale genetic study of the private (non-zoo) captive tiger population in the United States, also known as "Generic" tigers. We find that the Generic tiger population has an admixture fingerprint comprising all six extant wild tiger subspecies. Of the 138 Generic individuals sequenced for the purpose of this study, no individual had ancestry from only one subspecies. We show that the Generic tiger population has a comparable amount of genetic diversity relative to most wild subspecies, few private variants, and fewer deleterious mutations. We observe inbreeding coefficients similar to wild populations, although there are some individuals within both the Generic and wild populations that are substantially inbred. Additionally, we develop a reference panel for tigers that can be used with imputation to accurately distinguish individuals and assign ancestry with ultralow coverage (0.25×) data. By providing a cost-effective alternative to whole-genome sequencing (WGS), the reference panel provides a resource to assist in tiger conservation efforts for both ex- and in situ populations.

Evaluating the Sustainability of Incentive-based Conservation: A Case Study of the Taungya System in the Mount Elgon Conservation Area, Uganda

This study evaluates the sustainability of the Taungya system, an incentive-based conservation approach implemented in the Mount Elgon Conservation Area, Uganda. The system integrates reforestation with agricultural practices, aiming to balance biodiversity conservation and local community livelihoods. Utilizing a mixed-methods approach, quantitative data from structured surveys of 240 program participants were analyzed using SPSS, while thematic analysis was applied to qualitative insights from key informant interviews. The findings show a 68% increase in vegetation cover, demonstrating the system’s positive environmental impact. However, socio-economic benefits were uneven, with 86% of participants both consuming and selling crops, yet 93% reported that the benefits were insufficient to sustain them year-round. Key challenges included insecure land tenure, limited land size, and restrictions on agricultural practices like pruning and spraying. Despite these obstacles, the Taungya system fostered reforestation and community livelihoods, though unresolved land disputes and wildlife interactions contributed to negative perceptions of conservation efforts. These findings highlight important considerations for improving incentive-based conservation models, including the need for policy reforms that secure land tenure, expand land allocations, and support sustainable agricultural practices. The broader implications suggest that similar models in tropical regions can benefit from incorporating local needs into conservation goals to ensure long-term success.

Relative abundance of a mesocarnivore in a human-dominated, semi-arid rangeland in Namibia

Mesocarnivores fill important roles in ecological communities globally, but their distribution and abundance are often understudied. Many species have historically been regarded as vermin and subject to lethal control due to their role in livestock predation. Identifying the factors influencing mesocarnivore populations can help disentangle their relationship within ecological communities and inform conflict mitigation and conservation priorities. To help identify these factors, we used camera traps to study the community of medium and large mammals in four communal conservancies of northeastern Namibia covering the wet and dry seasons using 99 and 97 camera trap stations, respectively. We modelled black-backed jackal (Lupulella mesomelas) abundance using the robust Royle-Nichols model. Black-backed jackal were widespread, with a mean per site abundance of 2.01 (SD=0.66) in the wet season and 2.41 (SD=0.49) in the dry season. Black-backed jackal showed seasonally contrasting covariate associations, with lower abundance in areas with medium and large-sized wild prey during the wet season, and higher abundance in areas with more villages and close to African wild dog (Lycaon pictus) dens in the dry season. We identified localized hotspots of black-backed jackal abundance during the dry season, which may indicate that when resources are scarce, black-backed jackals rely on anthropogenic food sources despite an elevated risk for conflict, and on carcass remains from African wild dog kills. These findings highlight potential drivers of mesocarnivore abundance that would be obscured in a conventional occurrence modelling framework, and illustrate how local abundance may be influenced by seasonal variability, wild and anthropogenic food sources, and a likely facilitative relationship with a large carnivore. Further investigations in areas with more complex carnivore guilds and higher density of dominant predators are needed to understand black-backed jackal-African wild dog interactions and impacts on population dynamics.

Insect seed‐predator networks respond positively to restoration on a tropical island

Abstract When non‐native species invade ecosystems, coevolved plant–animal interactions and associated ecological functions are altered, often to the detriment of local biodiversity. While mutualistic interactions can benefit from—and assist with—ecological restoration through the removal of non‐native species, community‐level changes in antagonistic interactions due to restoration are less well understood. Insect seed predators provide important ecosystem functions, but can also have antagonistic effects through pre‐dispersal seed predation which can cause fruit abortion or premature fruit drop, potentially affecting plant community composition. Here, we used a network approach and data on trophic interactions from a large‐scale field experiment to investigate the differences in insect seed predator communities between native restored sites (where non‐native plants were removed) and unrestored sites dominated by non‐native plants on the island of Mahé, Seychelles. Restored sites contained more individuals and species of seed predators (up by 81% and 50% respectively), and experienced a greater predation intensity (1.06 ± 0.53 vs. 0.27 ± 0.09), and predator specialisation compared to unrestored sites. The proportion of predated samples was similar between treatments (~14%). Beta diversity, measured as species and interaction turnover, increased at restored sites. Synthesis and applications: Our findings imply that vegetation restoration generates marked biodiversity benefits on native seed predator communities and their interactions. However, removing non‐native plants did not result in the elimination of non‐native seed predators, which might require targeted control measures. Our results highlight the importance of considering the effects of restoration on antagonistic interactions, in addition to those reported for pollination and seed dispersal services. Management practices should aim to control plant invasions for the conservation of native plant communities that serve as resources and refugia both for mutualists (e.g., seed dispersers and pollinators) and native insect seed‐predator antagonists, both of which benefit native ecosystem function.

Evaluation of Indigenous Cultural Practices that Affect Resistance of the Family Unit in Sub-Saharan Africa

The objective of this study was to assess the impact of indigenous cultural practices on the resilience of families in Sub-Saharan Africa. In addition to analyzing the degradation of these behaviors and the increase in single parenthood in the region, the objective was to investigate how these cultural traditions contribute to families’ capacity to cope with and recover from hardship. This study offers practical suggestions for incorporating indigenous values into contemporary family assistance programs. Utilizing a qualitative research methodology, this study used semi-structured interviews, focus group discussions, and participant observations with a sample of 120 single parents from four local governments in Nigeria to obtain data. The reoccurring themes identified through thematic analysis include the degradation of traditional values, the transition towards single parenthood, and the socio-economic elements that influence family constructions in contemporary African societies. The present study enhances academic research by emphasizing the pivotal significance of indigenous cultural practices in promoting resilience. This study provides valuable perspectives on the integration of ancient communal support networks and values into modern interventions designed to enhance family resilience. Furthermore, the research underscores the significance of safeguarding these cultural traditions in response to modernization and socio-economic transformations, hence broadening the discussion on cultural conservation and adjustment in African communities. Keywords: Indigenous Traditions, Cultural practices, Family Resilience, Societal Problems

Nature-Based Solutions for Conservation and Food Sovereignty in Indigenous Communities of Oaxaca

The increasing demand for food and the overexploitation of natural resources rapidly deplete the planet’s ecosystems, highlighting the urgent need for sustainable alternatives. Nature-based solutions effectively promote agricultural sustainability and environmental conservation but require continuous financial and political support to overcome existing barriers. This research examines these solutions’ effectiveness in Santa María Jacatepec, a biocultural region of Indigenous peoples in the Papaloapan Basin, Oaxaca, Mexico. A mixed-methods approach combining quantitative and qualitative analyses uses National Institute of Statistics and Geography data to evaluate socioeconomic and environmental indicators. The results indicate that despite pressures to develop cattle ranching, communities have maintained rain-fed agriculture, especially the milpa system, ensuring food sovereignty and preserving agricultural biodiversity. Additionally, implementation of Voluntarily Conserved Areas has facilitated access to payments for environmental services, incentivizing ecosystem protection. However, financial and structural challenges persist, limiting the expansion of these solutions. Santa María Jacatepec exemplifies how Indigenous communities can apply nature-based solutions to strengthen agricultural sustainability and environmental conservation. Integrating traditional knowledge and strengthening conservation policies can enhance community resilience and ensure sustainable development amid increasing pressure on natural ecosystems.

Extractivism triggering new forms of governance for the rights of nature: The case of Northwest Ecuador

The intensification of resource extractivism around the world poses multiple challenges and fosters the development of new governance structures, especially among communities on the frontlines of resource extraction. Through a narrative inquiry based on narrative interviews with local actors and experts, this article centres on governance as a resistance strategy of local, frontline, communities in the Ecuadorian Northwest Pichincha and Imbabura provinces. The narratives give insights into: a) How new processes of governance are triggered by mining conflict and, in particular, how governance is shaped and manifested; b) Governance challenges faced by local governments and communities; and c) Lessons and recommendations for governance and how these contribute to the discussion of post-extractivism alternatives. New governance processes are shaped through socio-organisational processes and the strengthening of associations and civil society organisations; the institutionalisation of private, civil society, and community conservation initiatives; as well as the actions of the organised community to successfully invoke the Rights of Nature (RoN) through legal litigation. Institutional gaps that reflect competing visions of development are seen as governance challenges by local government and community members. Overall, this study highlights the critical role of governance structures and instruments rooted in frontline community perspectives, offering pathways for the development of post-extractivism alternatives.

Does the livelihood capital of rural households in national parks affect intentions to participate in conservation? A model based on an expanded theory of planned behavior

The purpose of this research was to examine the motivations of rural farmers to participate in community conservation within national parks. An expanded version of the Theory of Planned Behavior was used to explore the impacts of economic and psychological factors on farmer willingness to engage in conservation efforts. In using the livelihood capital concept along with the TPB theory, structural equation modeling was applied to analyze survey data from rural residents within Nanling National Park, Guangdong, China. The attitudes of farmers about the development of the national park and subjective norms significantly affected willingness to participate in community conservation, and the willingness was directly influenced by financial, social, and institutional dimensions of livelihood capital. For certain dimensions of livelihood capital, attitudes and subjective norms mediated willingness to engage in conservation efforts, the affecting path being livelihood capital → subjective norms → attitudes → willingness to participate in community conservation. Perceived behavioral control had a positive moderating effect between attitudes and willingness. The findings help to explain the factors driving rural farmer willingness to engage in community conservation. Socio-psychological factors and institutional capital were particularly instrumental in affecting willingness. Overall, this research reveals how different types of livelihood capital influence community conservation among farmers and the importance of community conservation as a livelihood strategy option, as well as the psychological and economic factors of farmers in a changing institutional environment. Based on the findings, corresponding policy recommendations are presented to improve the effectiveness of community conservation policy, and also provide China's experience and reference for other developing countries to formulate targeted community conservation policies.

Urban Nature Reserves Waste Challenges from Neighboring Informal Settlements: Western Cape, South Africa

Nature reserves have played a crucial role in biodiversity conservation for decades. Rapid urban sprawl has increased the amount of solid waste created by littering and illegal dumping in metropolitan nature reserves. This paper examines how two nature reserves, Wolfgat Nature Reserve and Witzands Aquifer Nature Reserves, can combine community conservation with waste management. To determine aspects such as the socioeconomic impact of the nature reserves on the surrounding communities, questionnaires with a specific focus on the topic were distributed to the surrounding communities and subsequently administered. Data was collected using semi-structured interviews with key informants from the nature reserve staff and observational methods, and SPSS was used to analyze the data. Consistent with previous research, this study revealed that ignoring local populations frequently results in people disobeying the appropriate regulations in these protected areas and that education does not guarantee conservation support. Despite this, the survey revealed an absence of community participation; conservators were more reactive than proactive. In this study, the level of education, which in some studies is always associated with knowledge, was contradicted; those with post-secondary education knew little about these areas, and the vast majority of participants were unaware of the protected areas just a few kilometers away from their communities.