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Ongoing land use change, including both land abandonment and agricultural intensification and expansion, not only present a threat for biodiversity and ecosystem health but also for the persistence of cultural landscapes. However, farmland abandonment and the resulting loss of traditional cultural landscapes is an under-researched topic in the literature. Our work in a transdisciplinary action research project in the Spreewald Biosphere Reserve suggested that challenges to preserve the cultural landscape are rooted in diverging landscape understandings and future aspirations. Dealing with and integrating different perceptions and viewpoints is a key challenge in landscape governance. Narratives as storylines about a topic or an issue have a structural and temporal dimension and can help understand land-use conflicts and different viewpoints. We adopted a social constructivist perspective on landscape to engage with meanings and perceptions (including values) that constitute landscape to diverse stakeholders. To understand these differences in meaning, we drew on Q-methodology and conducted 38 interviews with key stakeholders. We elicited three co-existing and partly overlapping landscape narratives. These differ with regard to meanings of the term cultural landscape, including how stakeholders characterise the landscape, how they appreciate it, and what they perceive as threats. We show how such differences in meanings and values attributed to the landscape translate to different problem framings and future aspirations and thus present a barrier for collaborative management and governance. We highlight how participatory vision development could help address narrative tensions and argue that a more integrative perspective would better include cultural aspects. [ABSTRACT FROM AUTHOR]

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The Man and the Biosphere Program (MAB) responds to challenges of the Anthropocene through an explicit social-ecological approach. Implemented as a world network of biosphere reserves, MAB aims to increase [eco]system sustainability and resilience globally, via individual model sites for learning and sustainable development. This research provides an in-depth case study of MAB implementation in South Africa using the Cape Winelands Biosphere Reserve (CWBR), established in 2007 when a key MAB guiding policy, the Madrid Action Plan came into effect. The study utilized semi-structured in-depth interviews with strategic and operational management, and document analysis. The CWBR prioritizes their role as a landscape coordinator, a driver of socio-economic development and site in which humans derive benefits from healthy natural environments. The CWBR have adopted a non-profit organization cooperative governance model in support of this vision, fulfilling the socio-economic development function primarily through successful international partnerships. Challenges faced include a perceived lack of sufficient government support, limited stakeholder awareness and insufficient resources for project implementation. Over reliance on the pillar of their model, the chief executive officer in the current governance form, is an instrument in their effectiveness, yet carries significant risk. These are learnings useful for other biosphere reserves translating an international designation for a local context. [ABSTRACT FROM AUTHOR]

The 1950s initiated transformative shifts in human interactions and societal behaviors, exacerbating global environmental challenges—notably, biodiversity loss. The post-2020 Kunming–Montreal Global Biodiversity Framework (GBF) addressed these challenges with ambitious plans to halt and reverse biodiversity losses. Supported by initiatives like UNESCO's Man and the Biosphere program, the GBF seeks to enhance sustainability through country-level strategies that will mainstream nature-positive policies and expand multi-actor conservation governance. This study supports the local-level implementation of the GBF through a roadmap for the initial phase of the knowledge-action network creation. Through a case study of the Laguna San Rafael and Guayaneco Biosphere Reserve (LSRGBR) in Chilean Patagonia, this research explores the potential for inexpensive, readily available methods to support local decision makers by increasing access to and the visibility of relevant sustainability research. The study analyzes two decades of global change (GC) research within LSRGBR zones to understand spatial trends and identify applied insights with the potential to inform governance and management strategies. Findings highlight where GC research has occurred, areas of GC research interest, how applied content has manifested, and how existing research can inform and support governance action plans. Ultimately, this research proposes an adaptable knowledge mobilization framework for the LSRGBR that can be applied to a variety of place-based needs and contexts to mobilize science for broader sustainability objectives and enhance the potential for multi-actor collaboration and governance. [ABSTRACT FROM AUTHOR]

Floods are caused by the accumulation of several factors, such as global warming, climatological characteristics, hydrology, and physical conditions of an area. The purpose of this study was to map the level of flood vulnerability in the core zone of the Lore Lindu Biosphere Reserve using geographic information system (GIS) based spatial analysis with scoring and overlay. The research parameters consisted of rainfall, elevation, slope, soil type, land cover, and distance from the river. This research was conducted in the core zone divided into 13 subdistricts and 2 regencies. The results of the classification of flood vulnerability levels are divided into 4 (four) categories: not prone, low vulnerability, moderate vulnerability, and high vulnerability. The results of the analysis show that the core zone of the Lore Lindu biosphere reserve is dominated by a non-hazardous site with an area of 145,018’28 ha (67.23%), a low vulnerability zone of 65,430.10 ha (30.33%), a moderate vulnerability zone of 5,025.29 ha (2.33%), and a high vulnerability zone of 245.99 ha (0.11). Areas with a high level of vulnerability are at low elevations with flat to gentle slopes. Most land use is dominated by water, mining, and open land without vegetation and is located around rivers.

In most Sub-Saharan African countries, such as Togo, forest ecosystems provide ecosystem services to the local population. These ecosystem services are of vital importance to the local populations, who depend on the benefits derived from their use to meet their socio-economic needs. The permanent dependence of these populations on ecosystem services is a major factor accelerating the degradation of natural resources, which are already under pressure from climatic factors. The present study assesses the provisioning of ecosystem services provided by the relics forest in the southeast region of the Mono Biosphere Reserve in Togo. Individual interviews and group discussions were carried out with 420 households in fourteen villages around the reserve to identify the current uses of woody species. The results show that 100% of the respondents cited plant species, such as Mitragyna inermis, Lonchocarpus sericeus, and Diospyros mespiliformis, as used for wood. Species, such as Mimusops andogensis and Triplohiton scleroxylon, were cited as exclusively used for wood by 94% and 86%, respectively. Other species, such as Vitex doniana and Dialium guineense, in addition to their use for wood (93% and 70%), were cited, respectively, by 97% and 98% of respondents as used for fruit, and by 82% and 90% for their leaves. The heavy daily use of these species compromises their sustainability. An analysis of Sorensen’s similarity index, according to gender, age, ethnic group, and sector of activity, revealed a variation in this index ranging from 0.6 to 1, reflecting households’ knowledge of the use of these seven species. The local populations are already feeling the effects of the low availability of these commonly used species. According to them, the depletion of these resources is caused mainly by agricultural clearing, illegal logging, and bushfires.

Floods are caused by the accumulation of several factors, such as global warming, climatological characteristics, hydrology, and physical conditions of an area. The purpose of this study was to map the level of flood vulnerability in the core zone of the Lore Lindu Biosphere Reserve using geographic information system (GIS) based spatial analysis with scoring and overlay. The research parameters consisted of rainfall, elevation, slope, soil type, land cover, and distance from the river. This research was conducted in the core zone divided into 13 subdistricts and 2 regencies. The results of the classification of flood vulnerability levels are divided into 4 (four) categories: not prone, low vulnerability, moderate vulnerability, and high vulnerability. The results of the analysis show that the core zone of the Lore Lindu biosphere reserve is dominated by a non-hazardous site with an area of 145,018.28 ha (67.23%), a low vulnerability zone of 65,430.10 ha (30.33%), a moderate vulnerability zone of 5,025.29 ha (2.33%), and a high vulnerability zone of 245.99 ha (0.11). Areas with a high level of vulnerability are at low elevations with flat to gentle slopes. Most land use is dominated by water, mining, and open land without vegetation, and it is located around rivers. [ABSTRACT FROM AUTHOR]

In most Sub-Saharan African countries, such as Togo, forest ecosystems provide ecosystem services to the local population. These ecosystem services are of vital importance to the local populations, who depend on the benefits derived from their use to meet their socio-economic needs. The permanent dependence of these populations on ecosystem services is a major factor accelerating the degradation of natural resources, which are already under pressure from climatic factors. The present study assesses the provisioning of ecosystem services provided by the relics forest in the southeast region of the Mono Biosphere Reserve in Togo. Individual interviews and group discussions were carried out with 420 households in fourteen villages around the reserve to identify the current uses of woody species. The results show that 100% of the respondents cited plant species, such as Mitragyna inermis, Lonchocarpus sericeus, and Diospyros mespiliformis, as used for wood. Species, such as Mimusops andogensis and Triplohiton scleroxylon, were cited as exclusively used for wood by 94% and 86%, respectively. Other species, such as Vitex doniana and Dialium guineense, in addition to their use for wood (93% and 70%), were cited, respectively, by 97% and 98% of respondents as used for fruit, and by 82% and 90% for their leaves. The heavy daily use of these species compromises their sustainability. An analysis of Sorensen's similarity index, according to gender, age, ethnic group, and sector of activity, revealed a variation in this index ranging from 0.6 to 1, reflecting households' knowledge of the use of these seven species. The local populations are already feeling the effects of the low availability of these commonly used species. According to them, the depletion of these resources is caused mainly by agricultural clearing, illegal logging, and bushfires. [ABSTRACT FROM AUTHOR]

The aim of this article is to demonstrate that local perceptions of climate change and the adaptation strategies developed by communities living near the Yangambi Biosphere Reserve (RBY) in the Democratic Republic of the Congo are influenced by autochthony or ancestral ties to the land and the low social acceptability of nature conservation actions. This low level of social acceptability applies to all the projects carried out in the area. To this end, documentary sources, individual interview surveys and focus groups were used to gather the relevant data. After analysis, it was realized that the construction of the perception of climate change is influenced by two main factors. On the one hand, autochtony, which refers to local communities' sense of belonging to their ancestral land, of which an area of 225,000 hectares is occupied by RBY, and on the other, the low level of social acceptability of the said reserve, including the scientific projects carried out in and around RBY.

ABSTRACTOngoing land use change, including both land abandonment and agricultural intensification and expansion, not only present a threat for biodiversity and ecosystem health but also for the persistence of cultural landscapes. However, farmland abandonment and the resulting loss of traditional cultural landscapes is an under-researched topic in the literature. Our work in a transdisciplinary action research project in the Spreewald Biosphere Reserve suggested that challenges to preserve the cultural landscape are rooted in diverging landscape understandings and future aspirations. Dealing with and integrating different perceptions and viewpoints is a key challenge in landscape governance. Narratives as storylines about a topic or an issue have a structural and temporal dimension and can help understand land-use conflicts and different viewpoints. We adopted a social constructivist perspective on landscape to engage with meanings and perceptions (including values) that constitute landscape to diverse stakeholders. To understand these differences in meaning, we drew on Q-methodology and conducted 38 interviews with key stakeholders. We elicited three co-existing and partly overlapping landscape narratives. These differ with regard to meanings of the term cultural landscape, including how stakeholders characterise the landscape, how they appreciate it, and what they perceive as threats. We show how such differences in meanings and values attributed to the landscape translate to different problem framings and future aspirations and thus present a barrier for collaborative management and governance. We highlight how participatory vision development could help address narrative tensions and argue that a more integrative perspective would better include cultural aspects.

Local knowledge about natural resources is increasingly crucial in formulating conservation strategies and activities. This study collects data regarding medicinal plant use from Sepahat and Tamiang village residents. A total of 100 participants were included in the study, consisting of 50 participants from the Sepahat and another 50 from the Tamiang. Respondents were selected using the Snowball sampling technique, which involved identifying a key individual, such as local leaders, to initiate recruitment of other respondents. The study's findings indicate that the inhabitants of Sepahat village utilize 36 plant species belonging to 24 families, while Tamiang villagers use 11 plant species belonging to eight families. In Sepahat village, the botanical components used for medication comprise 25% rhizomes, 8% bark, 22% fruit, 3% shoots, 34% leaves, and 8% stems. In contrast, Tamiang comprises 23% rhizomes, 16% bark, 15% fruit, and 46% leaves. The utilization of stems and bark has the potential to pose a threat to sustainability. Among various uses, it has been observed that approximately 33% in Sepahat and 27% in Tamiang can lead to plant mortality. Conservation initiatives have been undertaken for 71% of Sepahat and 67% of the utilized plant species in Taminag. Traditional medicines have been used for generations to treat various health conditions, such as back pain, bleeding, controlling cholesterol, coughs, dengue fever, and diabetes. While current use might not threaten the biosphere reserve, villagers must embrace sustainable harvesting techniques, including selective harvesting, replanting, and establishing community nurseries dedicated to cultivating medicinal plants [ABSTRACT FROM AUTHOR]

The study area is part of the Biosphere Reserve (BR), which, along with adjacent caves in the Aggtelek Karst in Hungary, was inscribed on the UNESCO World Heritage List in 1995. This article focuses on the assessment of temporal changes in land cover and high nature value farmland. Changes over the past three decades were assessed in the operational areas of transtermitant farms on karst plains and in three BR zones. The results help to identify factors responsible for the progressive succession of woody plants on pastures. Karst microreliefs were excluded from pastoral activities because of the inherent nature of transtermitance, conservation measures, natural conditions, and type of farmed animal. The future preservation of valuable habitats, visually attractive karst landscape characteristics, and clean underground water in a cross-border cave system hinges on adequate grazing conditions being agreed upon by farmers and the Slovenský kras BR administration. [ABSTRACT FROM AUTHOR]

Pseudapocyrtus schadenbergi Heller, 1912 is reported for the first time since its description in Barangay Tanglagan in the lowland forests of the Apayao Lowland Forest Key Biodiversity Area. Characters for recognition are mentioned, high-definition photographs of its habitus, median lobe, and endophallus are provided, and a brief discussion of its ecology is presented. [ABSTRACT FROM AUTHOR]

The Pacific oyster (Crassostrea gigas) is an important commercial species introduced to Mexico in the 1970s for aquaculture production. A purportedly infertile triploid variety of this species was authorized for farming in the El Vizcaino Biosphere Reserve (EVBR), to generate economic benefits for local residents while at the same time avoiding offsite propagation. Nevertheless, the presence of oysters at Ojo de Liebre lagoon, a core area of the reserve, has been observed. To test for the occurrence of C. gigas beyond its rearing areas, 240 oysters were collected from 10 sites in the lagoon and analyzed on the basis of its morphology and with the mitochondrial cytochrome oxidase subunit I; these approaches positively identified 95 and 70 C. gigas specimens respectively, corroborating the existence of individuals living outside the farming areas in the core zone of the reserve. Histological examinations discovered oysters with gonads in different stages of maturity (including spawning), verifying that the free-ranging specimens were reproductively active. We propose three hypotheses of how colonization of C. gigas took place at EVBR: the recruitment of larvae from unknown nearby populations, the inadvertent introduction of diploid organisms in the aquaculture facilities, and the possibility that triploid specimens growing in the local hatcheries have produced viable diploid gametes. Although C. gigas should be considered as an introduced species at the reserve, its population size is small, the specimens mostly settled on artificial substrata and do not cover large areas on the bottom, and there is no evidence of ecological damage or substitution of resident species. We suggest that the Pacific oyster is in the first stages of colonization in the EVBR, and that collaborative work of reserve managers and producers have the possibility to address the invasion and minimize potential negative effects on the local ecosystems, as well as possible dispersal to other areas. [ABSTRACT FROM AUTHOR]

Accurate information on wildlife occurrence in anthropogenic landscapes is essential to develop effective conservation measures. Monitoring multiple mammal species in heterogeneous landscapes can be challenging because of the diversity of land‐uses and species behaviors. Therefore, different monitoring methods are better adapted to different contexts. We compared data obtained from camera traps with data gathered through an online survey to document the presence of mammal species in mosaic landscapes of the Garden Route Biosphere Reserve in South Africa. The survey detected the same 15 species as the camera traps as well as the additional common duiker. Both methods effectively detected most large mammal species, whereas results were less consistent for smaller species and carnivores. Combining the two methods enabled us to produce more robust estimates of species absence and confirm species presence reported by survey respondents. In less disturbed areas, respondents with good ecological knowledge were effective at monitoring mammal species, while extending the spatial coverage of the study. Bearing in mind the limitations of each method, camera traps and an online survey could complement each other if combined. Together, they can provide a more comprehensive understanding of mammal communities in anthropogenic landscapes, increasing both spatial coverage and the number of species sightings. [ABSTRACT FROM AUTHOR]

The problem of clean water is one of the most important environmental problems in the world. It is impossible to prevent the occurrence of adverse environmental situations without careful monitoring of the aquatic ecosystems state. The assessment of the current chemical composition of the Volga-Akhtuba floodplain shallow channels (Peschanyj, Dudak, and Dudachenok) in the water-bottom sediments system was carried out. Studied shallow channels dried out during the summer-autumn low-water period for the last few decades. Studies were carried out after the clearance and ecological rehabilitation of the shallow channels. It was found that almost all the studied indicators in water samples correspond to the established quality standards. There is uneven distribution of heavy metals in the studied shallow channels. It can be caused by the influence of hydrodynamic conditions, changes in water and sediment flow, as well as local factors, including the catchment heterogeneous geology. The analysis of the metals content in bottom sediments with permissible ones made it possible to detect excess for Hg (0.18–0.75 mg/kg), Cd (1–2.12 mg/kg), Mn (370.8–493.3 mg/kg), Ni (2.6–67.9 mg/kg), Pb (14.3–22 mg/kg), Zn (75.2–147 mg/kg). The content of As (1–1.4 mg/kg) and Cu (8.54–28.7 mg/kg) in bottom sediments does not exceed the permissible concentrations. The obtained results will form the basis for a general comprehensive assessment of the clearance and ecological rehabilitation of the Volga-Akhtuba floodplain watercourses. It is necessary to continue monitoring the watercourses state and strengthen efforts to preserve the resilient ecosystem of the Volga-Akhtuba floodplain.

The island of El Hierro is the smallest and youngest island in the Canary archipelago. It has been recognized as a UNESCO Biosphere Reserve since 2000, and it has a population of approximately 10,000 inhabitants. The aim of this study was to determine the amount of CO2 emissions absorbed by the forest stands of the island of El Hierro and compare it to the emissions generated by the population. It is noteworthy that there is a hydro‐wind energy production project on the island that has significantly minimized the emissions linked to energy production. In short, El Hierro's forest stands are capable of capturing 46,785 tons of CO2 annually, while emissions associated with electricity production and emissions linked to road mobility are below the island's carbon sequestration capacity since the Gorona del Viento renewable energy project was built. By working on investment in renewable energies to produce energy and changing mobility with the use of electric vehicles, a small island like El Hierro can adapt to ecological transition by the year 2040. This is a goal set by the government to drastically reduce emissions in the Canary Islands. [ABSTRACT FROM AUTHOR]

Abstract Accurate information on wildlife occurrence in anthropogenic landscapes is essential to develop effective conservation measures. Monitoring multiple mammal species in heterogeneous landscapes can be challenging because of the diversity of land‐uses and species behaviors. Therefore, different monitoring methods are better adapted to different contexts. We compared data obtained from camera traps with data gathered through an online survey to document the presence of mammal species in mosaic landscapes of the Garden Route Biosphere Reserve in South Africa. The survey detected the same 15 species as the camera traps as well as the additional common duiker. Both methods effectively detected most large mammal species, whereas results were less consistent for smaller species and carnivores. Combining the two methods enabled us to produce more robust estimates of species absence and confirm species presence reported by survey respondents. In less disturbed areas, respondents with good ecological knowledge were effective at monitoring mammal species, while extending the spatial coverage of the study. Bearing in mind the limitations of each method, camera traps and an online survey could complement each other if combined. Together, they can provide a more comprehensive understanding of mammal communities in anthropogenic landscapes, increasing both spatial coverage and the number of species sightings.

Land-use and plant invasion influence biodiversity. Understanding the effects of land-use types and invasive plants on the ecosystem is crucial for better management and the development of strategic plans for increasing biodiversity in Jeju Island, Korea, a designated Biosphere Reserve by the United Nations Education, Scientific, and Cultural Organization. The effect of the most dominant invasive exotic species, Hypochaeris radicata, on the four land-use types of Jeju Island was investigated. Plant composition, soil characteristics, and plant diversity among four land-use types (cropland, green space, neglected land, and residential) were compared. Among the land-use types, croplands had the most diverse plant composition and the highest richness in exotic and native plant species. Croplands, such as tangerine orchards, which are widely distributed throughout Jeju Island, showed the highest plant diversity because of medium intensity disturbance caused by weed removal. The relative cover of H. radicata did not differ between land-use types. However, H. radicata invasion was negatively related with plant species richness, making this invasive species a threat to the biodiversity of native herbs present in land-use areas. H. radicata adapts to areas with a broad range of soil properties and a variety of land-use types. Therefore, it is crucial to monitor land-use types and patterns of plant invasion to guide the implementation of consistent management and conservation strategies for maintaining ecosystem integrity of the transformed habitat in Jeju Island.

This paper reflects on the controversies to protect, and develop rural areas presenting the current situation, and the future, of the La Siberia Biosphere Reserve, located in the Extremadura region of Spain. Adopting a qualitative research design, we have gathered and examined the primary initiatives implemented for the Tourism Sustainability Plan of the reserve spanning from 2021 to 2023 and engaged in discussions regarding the potential of this region with the manager of the current Regional Development Centre, and a selection of key informants. In addition, opportunities and threats have been gathered from media. We employed the qualitative method and the content analysis, with ATLASti software (ATLAS.ti.7). We have noticed that soon, this region will develop new proposals by fostering private-public collaboration. The findings indicate that the preservation of natural resources, that has emerged as a pivotal source of innovation, must deal with new entrepreneurial activities that can put the sustainability of the territory at risk. What sets this work apart is its portrayal of Extremadura as a benchmark for sustainable social and economic development fostered by regional public policies. It is our conclusion that both academia and society should establish collaborative spaces that facilitate the formation of entrepreneurial ecosystems, fostering the cultivation of talent and effectively addressing the new regional challenges in Europe.

The 1950s initiated transformative shifts in human interactions and societal behaviors, exacerbating global environmental challenges—notably, biodiversity loss. The post-2020 Kunming–Montreal Global Biodiversity Framework (GBF) addressed these challenges with ambitious plans to halt and reverse biodiversity losses. Supported by initiatives like UNESCO’s Man and the Biosphere program, the GBF seeks to enhance sustainability through country-level strategies that will mainstream nature-positive policies and expand multi-actor conservation governance. This study supports the local-level implementation of the GBF through a roadmap for the initial phase of the knowledge-action network creation. Through a case study of the Laguna San Rafael and Guayaneco Biosphere Reserve (LSRGBR) in Chilean Patagonia, this research explores the potential for inexpensive, readily available methods to support local decision makers by increasing access to and the visibility of relevant sustainability research. The study analyzes two decades of global change (GC) research within LSRGBR zones to understand spatial trends and identify applied insights with the potential to inform governance and management strategies. Findings highlight where GC research has occurred, areas of GC research interest, how applied content has manifested, and how existing research can inform and support governance action plans. Ultimately, this research proposes an adaptable knowledge mobilization framework for the LSRGBR that can be applied to a variety of place-based needs and contexts to mobilize science for broader sustainability objectives and enhance the potential for multi-actor collaboration and governance.

Successful implementation of natural resource planning and land management systems requires understanding of how land use and land cover (LULC) have changed in the past and how they will change in the future, taking into account both space and time. The Yayo Coffee Forest Biosphere Reserve (YCFBR), in southwestern Ethiopia, is currently experiencing the consequences of different human actions such as wildfires and the expansion of coffee plantations. Although the Biosphere Reserve (BR) has undergone significant changes and efforts since it was registered by UNESCO in 2010, there is still a lack of information regarding the future trends of LULC change. The primary aim of the study is to simulate the potential changes in LULC in the YCFBR area for the upcoming three decades. In this study, we utilized Landsat satellite imagery taken in 1992, 2007, and 2022 for analysis. The findings suggest that the agricultural area is expected to grow from 20.3% in 2022 to 24% in 2052, while the proportion of open forest is predicted to rise from 13.4% in 2022 to 18% in 2052. In addition, there is an anticipated decrease in both high forest and grazing lands. High forest is expected to decline from 50.1% in 2022 to 40% in 2052, while grazing lands are projected to decrease from 8.3% in 2022 to 6% in 2052. The study period anticipates significant shifts from grazing land to agriculture and from high forest to more open forest areas. This research offers valuable insights to help planners and decision-makers to effectively plan for future conservation efforts by understanding the historical, current, and future patterns of LULC dynamics.

Alas Purwo National Park is a protected national park located in Banyuwangi, East Java, Indonesia. The Alas Purwo National Park currently allows for a variety of activities, including tourism and scientific study. In its development, the tourism industry must consider environmental, economic, social, and cultural factors, among others. Additionally, Alas Purwo National Park is a state-protected park, thus environmental sustainability must be considered. The aim of this research was to investigate how people interpret the notion of environmental stewardship. This researcher employed descriptive qualitative methods with primary data sources from informants who are Bedul and Alas Purwo Banyuwangi region residents engaged in economic activities. Determination of informants utilizing semi-structured interviews and open-ended questions based on snowball sampling. The results of the study indicate that the community in Alas Purwo National Park already appreciates the importance of caring for the environment and contributing to its preservation. Moreover, managers always maintain the ecosystem and advise visitors not to harm the native flora and wildlife.

The Military Macaw (Ara militaris) is not considered within the avifauna of Morelos due to a lack of solid evidence confirming the presence of the species in the state. We conducted systematic surveys from elevated viewpoints in the tropical dry forest of the Sierra de Huautla Biosphere Reserve from August to December 2017 and 2020-2022 to confirm the presence of the Military Macaw in the reserve. We obtained 36 records of the Military Macaw, with photographic evidence, and observed a mean of 10.0 ± 11.2 macaws per record, registering flocks of 32-39 individuals on three occasions. We identified sites within the reserve that Military Macaws recurrently used for resting, foraging, and roosting. We also observed macaws foraging in three tree species, with another six plant species reported in the diet by local people. We could not confirm nesting by macaws in the reserve as observations were conducted outside the breeding season. Some sightings occurred outside the biosphere reserve, in an area of the Mixteca Baja Poblana (Puebla) proposed as a new protected area. Our findings provide the first systematic and photographic evidence of the presence of the Military Macaw in Morelos state, confirm the relevance and effectivity of the Sierra de Huautla Biosphere Reserve for regional conservation of the species and the tropical dry forest, and provide additional support for the proposal to create a new protected area and conservation corridor in the Balsas Basin that could benefit the conservation of this endangered bird species. [ABSTRACT FROM AUTHOR]

Pesticides enter non-target surface waters as a result of agricultural activities and may reach water bodies in protected areas. We measured in southwestern Germany pesticide concentrations after heavy rainfalls in streams of a drinking water protection area near Hausen (Freiburg) and in the catchment of the Queich (Landau), which originates from the biosphere reserve Palatinate Forest. On average, 32 (n = 21) and 21 (n = 10) pesticides were detected per sample and event in the area of Hausen (n = 56) and in the Queich catchment (n = 17), respectively. The majority of pesticides detected in > 50% of all samples were fungicides, with fluopyram being detected throughout all samples. Aquatic invertebrates exhibited highest risks with 16.1% of samples exceeding mixture toxicity thresholds, whereas risks were lower for aquatic plants (12.9%) and fish (6.5%). Mixture toxicity threshold exceedances indicate adverse ecological effects to occur at half of sites (50%). This study illustrates the presence of pesticide mixtures and highlights ecological risks for aquatic organisms in surface waters of protected areas in Germany. [ABSTRACT FROM AUTHOR]

Climate change threatens biosphere reserves, increasing the risk of extreme weather events like droughts and floods, and endangering biodiversity and livelihoods. Effective adaptation through changes in agricultural management is essential to mitigate these impacts. In this study, we prioritize major adaptation strategies practised by the communities of Agasthyamalai Biosphere Reserve in South India by employing an analytical hierarchy process. A total of 700 farmers practising mixed farming in the biosphere reserve area were chosen for the study. Adaptation strategies were categorized into four sectors, viz. crop, livestock, fisheries and other strategies. Within each sector, five commonly practised adaptation strategies were chosen for the study. Hence, a total of 20 adaptation strategies were considered. 'Crop diversification' was identified as the major adaptation strategy. The findings of this study offer valuable insights for agricultural extension advisory services to promote diversified farming systems as a resilient and eco-friendly approach to enhance climate risk management within the biosphere reserve area. [ABSTRACT FROM AUTHOR]

Introduction: Habitat fragmentation is one of the major causes of the loss of biodiversity that our planet is experiencing. This has affected the ecosystems functioning and, consequently, the provision of ecosystem services (ES). Therefore, the European Commission, in a 2013 communication, established the concept of Green Infrastructure (GI), which is a strategically planned network of multifunctional areas with the aim of protecting biodiversity and ES supply, as well as improving ecological connectivity. Ecological restoration is an essential element to achieve the objectives of the GI, which if well targeted, could reverse widespread ecosystem degradation and improve landscape connectivity. Objective: In this study, we propose a methodology to prioritise areas to restore by identifying a GI in the Urdaibai Biosphere Reserve (UBR), in the north of the Iberian Peninsula, where forest plantations of exotic species abound. Methods: In order to identify the elements of the GI (core areas and corridors) we integrated a multispecies approach based on the movement of key species and an ES-based approach based on multifunctionality. Subsequently, to prioritise areas to restore we identified sectors in the GI, where connectivity is particularly vulnerable (pinch points) using the circuit theory. Thus, forest plantations around the pinch points were prioritised for a future restoration plans depending on their aim: (1) Improve corridors of high importance and low quality for the multispecies approach (2) Improve corridors of high importance and low quality for the ES-based approach, and (3) Improve the connectivity of the GI for the species movement. Results: The resultant GI included 36% of the UBR surface. We identified 34 pinch points for the corridors of the three especies in the multispecies approach and 64 in the ES-based approach. We prioritised 149 ha of exotic forest plantations around the pinch points to convert into native forest in order to improve the corridors and 167 ha to improve GI connectivity. Conclusion: This information could be useful for organizations and institutions carrying out restoration actions for the recovering of native forests in the territory. [ABSTRACT FROM AUTHOR]

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This paper reflects on the controversies to protect, and develop rural areas presenting the current situation, and the future, of the La Siberia Biosphere Reserve, located in the Extremadura region of Spain. Adopting a qualitative research design, we have gathered and examined the primary initiatives implemented for the Tourism Sustainability Plan of the reserve spanning from 2021 to 2023 and engaged in discussions regarding the potential of this region with the manager of the current Regional Development Centre, and a selection of key informants. In addition, opportunities and threats have been gathered from media. We employed the qualitative method and the content analysis, with ATLASti software (ATLAS.ti.7). We have noticed that soon, this region will develop new proposals by fostering private-public collaboration. The findings indicate that the preservation of natural resources, that has emerged as a pivotal source of innovation, must deal with new entrepreneurial activities that can put the sustainability of the territory at risk. What sets this work apart is its portrayal of Extremadura as a benchmark for sustainable social and economic development fostered by regional public policies. It is our conclusion that both academia and society should establish collaborative spaces that facilitate the formation of entrepreneurial ecosystems, fostering the cultivation of talent and effectively addressing the new regional challenges in Europe. [ABSTRACT FROM AUTHOR]

This study focuses on the means of interpreting the landscape is a visually supported summary based on the experiences of surveying special landscape values in the Hungarian settlements belonging to the Mura-Drava-Danube Biosphere Reserve (MDDBR). This work is an attempt to define and provide a holistic landscape architectural perspective, which serves to present and comprehend the landscape consisting of elements, while by highlighting the details it reveals the values of landscape, their importance and the necessity of their preservation. Landscape environment is often hard to define for a person who desires to move out of the city and comes from urban conditions, however theoretic and legal definitions do not make it much more understandable either. Therefore the primary target audience of the study is the individual looking into the natural landscape either on purpose of investment or just pleasure or relaxation. After reviewing the building blocks of landscape in general, the research focuses on describing the natural vegetation of the Mura region and the graveyards in detail, eventually it ends with an abstract of a brief description of landscape values. [ABSTRACT FROM AUTHOR]

In this study we provide the first comprehensive camera-trap assessment of terrestrial mammals in the Yangambi landscape, comprising the Yangambi Biosphere Reserve and a logging concession in the Democratic Republic of the Congo. The terrestrial mammal community in this area exhibits lower occupancy and species richness compared to other conservation areas in the Congo Basin. The community is dominated by four species: Emin's pouched rat Cricetomys emini (1.3 kg), African brush-tailed porcupine Atherurus africanus (2.8 kg), blue duiker Philantomba monticola (5 kg) and bay duiker Cephalophus dorsalis (12 kg), which are known to be highly resilient. Large ungulates and medium-sized carnivores have particularly low abundances. Our study also confirmed the presence of four species categorized as threatened on the IUCN Red List: the chimpanzee Pan troglodytes , giant ground pangolin Smutsia gigantea , black-bellied pangolin Phataginus tetradactyla and white-bellied pangolin Phataginus tricuspis. Our findings highlight the need to consider wildlife conservation at the landscape level, including the logging concession, where species showed higher occupancy levels compared to the Biosphere Reserve, and highlighting the need for planning infrastructure construction and developing mitigation schemes, reducing forest degradation from logging and developing permanent cash crop agriculture. Landscape-level conservation will only be possible if a collaborative management model steered by local communities is developed with the participation of all constituencies. [ABSTRACT FROM AUTHOR]