Protected Areas Research Articles

Conservation Corridors With Many Small Waterbodies Support Dragonfly Functional Diversity Across a Transformed Landscape Mosaic

ABSTRACTAimHuman activities pose many challenges to freshwater biodiversity. Among these, is landscape transformation, such as conversion of natural grassland to plantation forestry, impacting both terrestrial and freshwater biodiversity. Functional diversity measures provide substantial information on current and emerging impacts on biological communities, and aid conservation decisions relative to anthropogenic impacts. We determined (1) environmental similarities among 10 freshwater biotope types; (2) whether freshwater biotopes in conservation corridor networks support equal levels of functional richness and divergence compared with an extensive neighbouring protected area; (3) whether certain biotopes are more important for maintaining functional richness and divergence than others; and (4) whether associations between traits and biotope types could be identified.LocationThe northeastern coastal region of South Africa.MethodsUsing dragonflies as model organisms, and data from 140 freshwater lotic and lentic sites, we investigated the distribution of dragonfly traits across a plantation forestry‐natural grassland landscape mosaic with a range of biotope types.ResultsLake sites were different in their environmental conditions compared with the other biotopes. Environmental conditions were variable among the other biotope types and were difficult to distinguish. Freshwater biotopes in the conservation corridors supported equal levels of functional richness and divergence compared with those in the protected area. Overall, dragonfly functional richness and divergence were low at lake sites and wallows, while all other biotopes supported high levels of functional richness and divergence. Trait associations were complex across the waterscape and driven by habitat selection, flight behaviour and ecological sensitivity.Main ConclusionsMaintaining a mosaic of small lentic and lotic habitats would best support dragonfly conservation in this transformed landscape. A combination of biotopes offers a wide range of environmental conditions essential for conserving the full range of dragonfly traits and species across the region.

Prediction of the potential Brazilian distribution for invasive mollusc Melanoides tuberculata (Müller, 1774), including a new record from Northern Coastal Region

The freshwater snail Melanoides tuberculata (Müller, 1774) native from Africa and Asia, recently spreads out over the world. Records of invasive species are extremely important, because it helps in future invasions mitigation. Here, we report for the first time the occurrence of M. tuberculata in a protected area of Northern Brazilian Coast and use predictive distribution modeling to know the potential Brazilian distribution for this species. The gastropod M. tuberculata were collected in the municipalities of Tutóia and Santo Amaro - Maranhão State. According to the results of the predictive map distribution for Brazil, the regions with the highest susceptibility are the northeast, southeast and midwest. Preciptation of month and Isothermalithy were de variables that most contribute to the species’ potential distribution. This species presented high to medium suitability of occurrence in 32 national protected areas. Futher studies are recommended to monitor the growth and dispersion, in order to determine its real impact.

Reaction-diffusion for fish populations with realistic mobility

Nonlinear reaction-diffusion equations, with Fisher logistic growth and constant diffusion coefficient, have been used in fisheries research to estimate sustainable harvesting rates and critical domain sizes of no-take areas. However, constant diffusivity in a population density corresponds to standard Brownian motion of individuals, with a normal distribution for displacement over a fixed time interval. For available good data sets on mobile fish populations, the distribution is certainly not normal. The data can be fitted with a long-tailed stable Lévy distribution that results from diffusion by fractional Laplacian. Exact multidimensional solutions are developed here for realistic Fisher–Kolmogorov–Petrovski-Piscounov models with diffusion by fractional Laplacian. These can also account for a delay in the reaction term. It is then shown how to modify critical domain sizes of protected areas with Dirichlet and Robin boundary conditions for populations.

The Vulnerability of Malagasy Protected Areas in the Face of Climate Change

This study examines the vulnerability of Madagascar’s protected areas (PAs) to climate change, focusing on climate change velocity, and its impact on biodiversity. We analyzed current and near future climate data using principal component analysis (PCA) and climate change velocity metrics to predict shifts in climatic conditions from the present to the near future, while under the mild and extreme emission scenarios (SSP 126, SSP 585). Forward velocities, which are characterized by the minimum distances that must be overcome by species to keep in track with their appropriate comparative climate, are most pronounced in western and southern Madagascar. In contrast, the backward velocity, which uses future climatic conditions in grid cells in comparison to current conditions, is more common in the eastern regions of the island, and hints at the minimum distance that organisms would have to overcome in colonizing a new habitat. Even though the correlations between PA size and climate change velocity are weak, there is a tendency for larger PAs to exhibit more stable climatic conditions. Conservation strategies must prioritize enhancing the resilience of PAs through adaptive management to mitigate climate impacts. Our findings provide crucial insights for policymakers and conservation planners to develop climate-smart strategies that ensure the long-term efficacy of Madagascar’s PA network.

Composite Risk Assessment of HNS Discharged from Marine Industrial Facilities: A Case Study on Incheon Port, South Korea

This study conducted a composite risk assessment to evaluate the environmental impacts of phenol, a Hazardous and Noxious Substance (HNS) released or leaked from port facilities. The study area was designated as the vicinity of Incheon Port, South Korea, where the volume of petrochemical-related materials is substantial and various industrial facilities are located. For the composite risk assessment, various vulnerability maps were developed, incorporating the dispersion range of phenol calculated through numerical modeling. The vulnerability maps were generated by classifying socio-environment, legally protected areas, habitats, and species, followed by integrating these individual vulnerability maps to construct an integrated vulnerability map. The composite risk assessment was conducted by considering both the integrated vulnerability map and the dispersion range of phenol. The assessment results indicated that the highest risk by depth was observed in the lower layers due to the settling characteristics of phenol. Spatially, areas where islands and coastlines converge exhibited relatively higher risks. This was attributed to the high concentrations of phenol released from industrial facilities, such as crude oil refineries, petrochemical plants, and organic compound manufacturers, in regions characterized by intense human activity, sensitive habitats, and legally protected areas. Continuous monitoring of these high-risk areas is crucial for assessing the environmental impacts of HNS substances like phenol.

Environmental and social impacts of shifting park-use patterns during the COVID-19 pandemic: Insights from state and local park managers

Parks and protected areas offer a variety of ecosystem services and promote opportunities that enhance human health and well-being. However, these benefits may be jeopardized when overcrowding degrades environmental and social conditions in parks. The COVID-19 pandemic is assumed to have been associated with substantial increases in visitation to parks and protected areas, but patterns in use and degradation varied by site type (e.g., state versus local parks; urban versus rural). In this study, we aimed to understand how changing recreational use patterns during the COVID-19 pandemic impacted parks, and how those changes differed between state and local parks across urban-rural gradients. We distributed a survey asking state park superintendents (n = 36) and local park managers (n = 84) in the state of North Carolina to estimate the extent of environmental and social impacts in their parks both before and during the pandemic. We discovered that, based on managers’ responses, state parks were approximately 12 times more likely to experience heightened environmental impacts and 23 times more likely to experience heightened social impacts than local parks during the pandemic, even when controlling for impact levels prior to the pandemic. We found no significant differences between urban and rural parks. These findings suggest regional parks may be the most vulnerable to environmental and social disturbances during times of heightened visitation, and thus highlight a need for both more resources and more attention to governance issues for these parks. Management implicationsThis study found that state parks in North Carolina experienced more frequent social and environmental impacts, both before and during the COVID-19 pandemic, compared to local parks. This highlights the need to explore measures that can maintain state parks as sources of resilience and recovery during future crises while mitigating park impacts. Proposed strategies include:•Directing park usage to more resilient areas.•Establishing strategic partnerships between parks to enhance capacity.•Education and outreach to minimize visitor impacts.•Establishing emergency funds for parks most likely to be impacted during times of heightened visitation.•Expanding accessible greenspace in anticipation of increased visitation.

Building Collaborative Governance in the Extractive Sector

The extractive sector faces wicked problems — so-called because they are complex, ambiguous, dynamic and evolving. They usually lack one root cause and their solutions often create unintended consequences. However, collaborative governance offers a way to address the sector’s complex challenges. By studying examples of collaboration in other areas — environmental conservation, health care, education, urban planning and disaster response — the extractive sector can adopt best practices for its own purposes. Rather than a top-down, siloed approach, collaborative governance involves working with a variety of stakeholders, such as local communities, government, industry and civil society groups. Collaborative governance is a pragmatic and effective approach to problem-solving and fosters transparency, inclusivity and adaptability by integrating a range of perspectives and expertise, culminating in effective and equitable policy-making. Environmental impacts, social conflicts and a broad range of stakeholder interests are just a few of the challenges the extractive sector faces, making traditional top-down decision-making inadequate. The sector could incorporate collaborative governance in decision-making processes by adopting principles from Complex Adaptive Systems (CAS) theory. These principles include adaptability, use of local knowledge and decentralization to aid in balancing hard and fast regulations with on-the-ground realities, including playing a valuable role in conflict prevention. Among the problems the sector faces are economic dependence on finite, depleting resources, evolving technology, social conflict, a shifting regulatory environment, uncertain global markets and the imperative to respect cultural and Indigenous rights. Thus, a key part of collaborative governance would be training local community leaders to advocate for their interests and to manage their resources responsibly. Many other sectors offer valuable lessons in collaborative governance. For example, inclusive and shared decision-making in health care has produced better, more effective and tailored patient outcomes. Urban planning’s focus on sustainability can guide the extractive sector in managing environmental impacts and promoting community resilience. Stakeholders in conservation and natural resource management, including government, organizations and Indigenous communities, already collaborate to establish protected areas, engage in wildlife management and work on sustainable land use. Collaboration in education encompasses school boards, parent councils and other stakeholders. Disaster management and emergency response also have much to teach about collaborative governance. With NGOs, government, first responders and communities co-ordinating disaster preparedness, response and recovery efforts, disaster management has become much more effective. International development is another field that successfully uses collaborative governance. Collaboration between governments, NGOs, donors and communities helps address poverty, infrastructure development and local social issues, with a focus on local ownership, capacity building and sustainable development. The need for more collaborative approaches in the extractive sector is increasingly evident. New global standards demand collaboration, consultation and even consent from local communities, especially where Indigenous peoples are involved. Impact assessments, community consultations and benefit-sharing agreements are now the norm. Collaborative governance is expanding in the extractive sector; thus it is essential to critically assess current practices, learning from collaboration in other sectors in order to adapt key methods to specific contexts in the extractive sector. A blueprint for future collaboration requires thoughtful reflection on what has worked, what has not and why.

The influence of domestic dogs on the spatial and temporal distribution of tayra

The domestic dog Canis familiaris is an exotic species known to have impacts on native fauna and it may induce spatial and temporal segregation in other species as a mechanism to reduce agonistic interactions. The tayra Eira barbara, a medium‐sized, widely distributed mustelid, is one of the species that can be affected. To test this hypothesis, between 2020 and 2022, we installed camera traps in an agricultural landscape composed of a protected area, agro‐livestock areas, an urban area, and several rural households. We calculated the activity patterns, their overlapping coefficients and generated models to explain the species's occupancy and verify possible interferences. We obtained 32 records of tayras and 100 of domestic dogs. In only 8 of 73 sampling points, the two species occurred concomitantly. Activity overlap was 68%; however, at the points where both species occurred, the overlap was 43%. Tayra showed to be positively associated with forest areas, and negatively with agricultural exploitation areas. Dogs predominantly occupied agricultural areas and were negatively related to forest areas. In addition to dog interference, which seems to affect tayra's use of the landscape, environmental conditions are also essential in describing the occupancy of the subordinate species. It is possible that their scansorial habit is important to avoid agonistic events.

Impacts of wild herbivores on soil seed banks are explained by precipitation conditions in protected areas across semi‐arid to arid regions

Abstract Protected areas form the backbone of global conservation efforts. Vegetation is the primary foundation for achieving conservation goals, and soil seed banks is a cryptic biodiversity reservoir for recruiting species that may not be represented in above‐ground vegetation. Unfortunately, unmanaged grazing by wild herbivores has led to vegetation degradation in semi‐arid to arid regions. However, experimental evidence on the long‐term impacts of wild herbivores on soil seed banks is largely lacking. Here, with the aim of examining how wild herbivores impact soil seed banks, we investigated the composition of the germinable seed banks in three protected areas (Yathong, Mungo and Boolcoomatta) along a semi‐arid to arid precipitation gradient in south‐eastern Australia. The density and species richness of the soil seed banks increased with increasing aridity, which indicated that the soil seed banks in arid regions is an important biodiversity reservoir. The effects of wild herbivores on soil seed density were strongly dependent on precipitation. Wild herbivores disrupted the soil seed banks at the most arid site but promoted the accumulation of seeds in the soil at the least arid site. Grazing was linked to an increase in the frequency of the seeds of introduced species and decrease in the frequency of the seeds of perennials. Synthesis and applications: Disruption of the soil seed banks by the grazing of wild herbivores could lead to the failure of post‐rain pulses of vegetation growth and hamper efforts to restore vegetation in protected areas. Therefore, suppressing wild herbivore numbers is a strategy that could enhance soil seed bank reserves and revegetation efforts in arid protected areas.

Negotiating the legitimacy of conservation at mining frontiers: Evidence from Madagascar and the DR Congo

Political ecologists are increasingly interested in the dynamics of power and authority where mining and conservation converge. We contribute to this emerging literature by applying an 'actor-oriented' approach to explore the creation of protected areas in African mining frontiers. Concretely, we look at how 'multiple-use' protected areas have been layered on top of mining frontiers in eastern DRC and northern Madagascar. Both of these mining frontiers include artisanal, semi-industrial, and industrial mining activities and permits. In the DRC case, various state and non-state armed actors are also implicated in mining. Our results show that the legitimacy of conservation at mining frontiers evolves as a process involving indiscrete phases of negotiation, coercion, resistance and cooperation. When authorities and alliances supporting mining interests preclude coercive conservation strategies, conservation authorities need to negotiate their way through different phases of resistance and cooperation. We find that in both cases, local actors living at the extraction and conservation nexus assert their agency and 'forum shop', by switching their allegiances between conservation and mining actors.

Identifying complementary conservation and restoration priority areas for plant species

The coverage of protected areas (PAs) remains far from the Kunming-Montreal target and degraded ecosystems are greatly limiting the conservation efficiency of PAs. Therefore, this paper proposes a method to identify conservation and restoration priority areas to supplement existing PAs. A case study was conducted focusing on Yunnan, southwestern China, which intersects with three world biodiversity hotspots. First, the spatial ranges for 3768 representative conservation plant species were mapped using species distribution models. Subsequently, planning units were classified into three restorability categories, namely no-need restoration, potentially restorable and non-restorable units, according to land cover changes between 2000 and 2020. Then, conservation and restoration priority areas were identified by applying a two-step systematic conservation planning process. Finally, replacement cost analysis was applied to compare the effectiveness of existing PAs and the overall 30 % priority areas. Northwestern, southwestern, and southeastern Yunnan have high biodiversity conservation values. Especially in eastern and southeastern Yunnan, large amounts of restoration priority areas were identified. Conservation and restoration priority areas account for 15.80 % and 3.69 % of Yunnan's land, respectively. Compared to existing PAs, conservation priority areas can increase the number of species covered from 2461 to 3277, and further to 3566 when including restoration priority areas. Compared to existing PAs, the mean species coverage in the overall 30 % priority areas has increased from 27.28 % to 72.69 %. Notably, 12.86 % of existing PAs were identified as restoration priority areas. This study indicates that in addition to conservation measures, implementing restoration strategies in high conservation-value areas is equally important.

The Influence of a Regional Public Brand on Consumers’ Purchase Intention and Behavior Toward Eco-Agricultural Products: A Chinese National Park Case

Transforming ecological value into economic value is an important challenge regarding China’s protected natural areas. The key strategy is to develop a regional public brand and increase the premium of eco-products. A brand–quality–price model was proposed to analyze the factors influencing consumers’ purchase intention and behavior toward eco-agricultural products from China’s protected natural areas. The data came from a questionnaire survey sample of 300 consumers in Zhejiang Province. The results show that there is a gap between purchase intention and actual behavior: (1) For purchase intention, brand awareness, brand trust, perceived quality, and perceived price had significant positive influences. (2) For purchase behavior, brand awareness, and purchase intention had direct impacts. However, brand trust did not directly affect behavior. (3) Age, monthly income, and marital status had significant effects on purchase intention and behavior. However, purchase intention and behavior were not affected by gender, and the educational level had significant effects on purchase intention but had no significant effects on purchase behavior. (4) Consumers were willing to pay 17.13% more than the price of the ordinary products. This study provides important references for brand development and valuable experience for establishing ecological product value realization mechanisms in other protected natural areas.

Biodiversity loss in a gradient of urbanization: rodent community structure in a subtropical area of Northern Argentina

Abstract Urbanization promotes habitat degradation because it involves irreversible processes that homogenize habitats and favor the exclusion of native species. This research evaluates rodent community structure at different levels of urbanization in Misiones, Argentina. We expect that rodent communities are less diverse in more highly urbanized areas and that communities differ between each level of urbanization. To assess these hypotheses, rodent capture sessions were carried out from July 2017 to March 2020, totaling 21,985 trap-nights. Alpha and beta diversity were calculated for each level of urbanization. We captured a total of 684 individuals belonging to 8 sylvan-native and 2 commensal-exotic species. Species richness was greatest and evenness was lowest in natural protected areas. The native species Akodon montensis was the most abundant, while the remaining 7 native species represented less than 23% of the total of captures. The rural area showed the second-highest richness, and the community was principally represented by 2 native and 2 exotic species. The periurban area was ranked third in richness and with the highest evenness, dominated by A. montensis followed by Mus musculus and Rattus rattus. The urban area exhibited the lowest richness represented only by the 2 commensal-exotic species. In agreement with our expectations, these results show a negative association between urbanization level and small rodent diversity, evidenced by a reduction in the number of native species in highly urbanized areas.

Predicting the potential habitat of bears under a changing climate in Nepal.

In Nepal, the distributions of three bear species vary: sloth bears (Melursus ursinus) in the lowlands, Asiatic black bears (Ursus thibetanus) in the mid-hills, and brown bears (Ursus arctos) in the high Himalayas. We utilized 179 occurrence points for sloth bears, 199 for Asiatic black bears, and 41 points for brown bears to construct a habitat model incorporating climate and topographic variables. Employing various species distribution modeling algorithms in BIOMOD2, the model predicts suitable habitats spanning 10,971.75 km2 for sloth bears; 29,470.75 km2 for Asiatic black bears; and 6152.97 km2 for brown bears. Within protected areas, the habitat for sloth bears is 4120.56 km2, that for Asiatic black bears is 9688.67 km2, and that for brown bears is 4538.67 km2. Chitwan National Park emerged as the prime sloth bear habitat with a core area of 918.55 km2 and a buffer zone of 726.485 km2. The Annapurna Conservation Area was deemed suitable for Asiatic black bears and brown bears, covering 2802.23 km2 and 2795.91 km2, respectively. The models projected a significant reduction in the habitat of these bear species both inside and outside protected areas. As predicted under the Shared Socioeconomic Pathways (SSP)2-4.5 scenario, sloth bears may experience 54.9% (2050) and 44.7% (2070) losses, respectively, of habitat; Asiatic black bears, 11.2% (2050) and 16.8% (2070); and brown bears, 68.41% (2050) and 82.20% (2070) losses. The overlap between sloth bears and black bears spans 38.7 km2, and that between brown bears and black bears is 26.6 km2. Notably, all three bear species exhibited suitability correlations with the intermediate temperature of the driest quarter. Examining current and projected habitats provides essential information for guiding conservation strategies and ensuring the conservation of these bear species in the face of climate change.

Declining population of Harlequin Duck (<i>Histrionicus histrionicus</i>) on the Bow River, Alberta, Canada: 25 years of monitoring

Harlequin Duck (Histrionicus histrionicus) is a small sea duck that winters in coastal waters and breeds on fast-movingmountain streams in western North America. Because of its dependency on streams and coastal near-shore habitat with healthy macroinvertebrate populations, population trends of this species can be used as an indication of healthy freshwater and marine ecosystems. From 1995 to 2020 we conducted roadside surveys for Harlequin Ducks on the Bow River in Banff National Park, Alberta. We calculated the population’s trend by modelling maximum annual count, which showed a population decline over the 25 years of 3.3% per year. The trajectory varied over time: a relatively stable population from 1995 to 2005, a steep decline until 2011, then stabilising at a much lower level with a slight rebound in recent years. The predicted number of ducks from our state-space model closely tracked the maximum number of ducks observed in annual counts. During stable or slightly increasing population estimates the male:female (M:F) ratio fluctuated considerably but stayed high (1.4:1 and 1.3:1, respectively), and during the period of steep population decline the M:F ratio was at its lowest (1.1:1). This declining population trend is concerning because it is occurring in a protected area, but it is similar to data from other studies in the Rocky Mountains and at the coastal wintering area, suggesting that causes may not be solely due to issues on the breeding streams.

Evaluasi Fungsi Ekologis Taman Kota pada Lanskap Riparian Sungai Cimanuk, Indramayu

The riparian landscape of the Cimanuk River has been declared a local protected area. Cimanuk Park is located on the northern coast of Java Island, Indramayu Regency which is one of the tourist centers and icons of the city of Indramayu. City parks are closely related to ecological functions that affect user comfort. This study aims to identify the diversity of vegetation, evaluate ecological functions, determine the perception of the people of Indramayu towards Cimanuk Park which is used as an icon of the city of Indramayu and provide recommendations for improving the green system of Cimanuk Park. The method of this research uses the study of aspects of ecological functions including microclimate measurement, and noise level measurement, which consists of preparation, inventory, analysis, assessment and evaluation, and preparation of recommendations. It has 17 species with a total of 333 individuals. This study conducted an assessment of vegetation diversity using the KPI method. Most of Cimanuk Parks have good categories in modifying temperature and controlling air humidity and have moderate categories in resisting wind, and reducing noise. Meanwhile, from the results of the study, the THI value was in the uncomfortable category.

Promoting Responsible Tourism: Assessing Sustainable Practices, Community Engagement, and Environmental Conservation for Balancing Economic Growth and Ecological Preservation in Global Travel Destinations

This study explores the concept of responsible tourism and its role in balancing economic growth with ecological preservation in global travel destinations. By assessing sustainable practices, community engagement, and environmental conservation, the research aims to highlight the importance of a holistic approach to tourism development. Sustainable tourism practices, such as energy and water conservation, waste reduction, and eco-friendly infrastructure, are essential for minimizing the environmental impact of tourism activities. Moreover, community engagement is a critical aspect, as it ensures that local populations are actively involved in tourism decision-making and benefit from economic opportunities while preserving their cultural heritage. Environmental conservation efforts, including biodiversity protection, the establishment of protected areas, and eco-tourism initiatives, are crucial for maintaining the ecological integrity of destinations. This study employs a qualitative methodology, incorporating a comprehensive literature review, case study analysis, and expert interviews to gather insights into the challenges and successes of implementing responsible tourism. Case studies of destinations such as Costa Rica, Bhutan, and Kerala illustrate how these regions have integrated sustainable tourism practices while fostering community participation and environmental protection. The findings suggest that while responsible tourism presents numerous opportunities for long-term economic and ecological sustainability, challenges such as over tourism, resource constraints, and conflicting stakeholder interests remain. The study concludes that effective collaboration among governments, businesses, and communities, supported by clear policies and tourist education, is essential for promoting responsible tourism. This approach ensures that tourism not only contributes to economic growth but also safeguards the natural and cultural assets that make destinations attractive to visitors.

Challenge of political integration in the territorial management of a protected area based on the analysis of land use and land cover change

Challenge of political integration in the territorial management of a protected area based on the analysis of land use and land cover change

Protection beyond park boundaries: On the impact of systematic patrolling in Divisional Forest Office, Sarpang, Bhutan

AbstractProtected areas and biological corridors play a crucial role in conserving biodiversity and promoting connectivity between habitat patches. Bhutan, known as a stronghold for tigers (Panthera tigris), has dedicated a significant portion of its land to a network of protected areas and biological corridors. However, these areas face risks from illegal activities, posing challenges for their management. To address this, the Department of Forests & Park Services in Bhutan deployed an adaptive management framework, informed by the Spatial Monitoring and Reporting Tool in 2016 in the Divisional Forest Office, Sarpang, an important corridor area outside of official protected area boundaries. This study analyses 5 years of data (2017–2021) recorded through a monitoring tool to assess changes in ranger activities and on‐ground observations. The results show improved data availability, increased patrol effort, enhanced monitoring of wildlife, and a reduction in threat detection over time. Furthermore, camera trap surveys targeting tigers reveal a potential increase in the number of individual tigers utilizing the corridor since the adoption of the tool and other management actions. These findings highlight the effectiveness of these efforts in a critical wildlife corridor.

Hierarchical Analysis of Miombo Woodland Spatial Dynamics in Lualaba Province (Democratic Republic of the Congo), 1990–2024: Integrating Remote Sensing and Landscape Ecology Techniques

Lualaba Province, located in the southeastern Democratic Republic of the Congo (DRC), consists of five territories with varied dominant land uses: agriculture (Dilolo, Kapanga, and Musumba in the west) and mining (Mutshatsha and Lubudi in the east). The province also includes protected areas with significant governance challenges. The tropical dry forests that cover the unique Miombo woodland of Lualaba are threatened by deforestation, which poses risks to biodiversity and local livelihoods that depend on these forests for agriculture and forestry. To quantify the spatio-temporal dynamics of Lualaba’s landscape, we utilized Landsat images from 1990 to 2024, supported by a Random Forest Classifier. Landscape metrics were calculated at multiple hierarchical levels: province, territory, and protected areas. A key contribution of this work is its identification of pronounced deforestation trends in the unique Miombo woodlands, where the overall woodland cover has declined dramatically from 62.9% to less than 25%. This is coupled with a marked increase in landscape fragmentation, isolation of remaining woodland patches, and a shift toward more heterogeneous land use patterns, as evidenced by the Shannon diversity index. Unlike previous research, our study distinguishes between the dynamics in agricultural territories—which are particularly vulnerable to deforestation—and those in mining areas, where Miombo forest cover remains more intact but is still under threat. This nuanced distinction between land use types offers critical insights into the differential impacts of economic activities on the landscape. Our study also uncovers significant deforestation within protected areas, underscoring the failure of current governance structures to safeguard these critical ecosystems. This comprehensive analysis offers a novel contribution to the literature by linking the spatial patterns of deforestation to both agricultural and mining pressures while simultaneously highlighting the governance challenges that exacerbate landscape transformation. Lualaba’s Miombo woodlands are at a critical juncture, and without urgent, coordinated intervention from local and international stakeholders, the ecological and socio-economic foundations of the region will be irreversibly compromised. Urgent action is needed to implement land conservation policies, promote sustainable agricultural practices, strengthen Miombo woodland regulation enforcement, and actively support protected areas.