Use Of Natural Resources Research Articles

Synergistic optimization: A comprehensive life cycle assessment for high-performance concrete with recycled aggregates and Next-Gen nylon waste fibers

The increasing use of natural resources and pollution caused by construction industries has spurred interest in eco-friendly materials such as recycled aggregates and recycled fibers. This research focuses on evaluating the effects of incorporating varying proportions of RCA and NWFs into HPC on its engineering characteristics and emissions. The environmental effects of the formulated blends on the HPC mixes were evaluated. The system boundary was determined based on cradle-to-gate theory, and Ecoinvent 3.10 was used as the background database for assessing the impacts of concrete mixes. Life cycle Impact assessment was carried out with the help of SimaPro software using CML baseline method. The findings reveal that introducing 0.25–0.5 % NWFs optimizes STS for all RCA percentages. NWFs also effectively mitigate the negative influence of RCA on CS. Incorporating 0.25 % NWFs enhances durability aspects related to permeability. Emissions related to CS are minimized in concrete mixes with 0.25 % NWF, particularly at 75 % RCA substitution levels. Portland cement dominates emissions in concrete, constituting 84.03 % without RCA and escalating to 91.35 % at complete substitution. It significantly influences the GWP, ETP and ADP. NCA exerts the highest environmental impact on FAETP 18.53 % without RCA and notably affects ODP and HTP, while RCA proves more sustainable, with a 66 % reduction in GWP compared to NCA, due to its recycled origin and lower energy demands in production. The optimal transport distance for 75RCA ranges from 25 km to 145 km with specific limits for different impact categories.

Bryofloristic diversity and conservation value of a protected area in the Brazilian semi-arid region

We collected 137 samples (71—rainy season; 66—dry) for the Brazilian state of Paraíba. With a total of 23 species (one hornwort, 14 mosses and nine liverworts), we updated the bryoflora of Paraíba, a hotspot of bryophytes, by one rare species (Weissia controversa), increasing the total number of species to 188. The floristic composition in the Poeta e Repentista Juvenal de Oliveira State Park is affected by chronic anthropogenic disturbances, and is typical of arid environments, regardless of the season. This indicates homogenization of the habitat from the loss of ecological niche due to the disordered use of local natural resources. However, the record of Philonotis hastata, categorized as Near Threatened by the IUCN; the geographic expansion of a species; and the presence of rare species for Brazil reinforce the importance of the Conservation Unit for bryophyte biodiversity. Despite the floristic composition, we identified that interpretations about biology, environmental functionality and species distribution are more consistent for environmental assessment and decision-making on conservation actions.

Theoretical and legislative approaches to the use of certain terms and concepts in the field of environmental safety

The scientific article highlights the legislative and theoretical approaches to the use of certain terms and concepts in the field of environmental safety, on the basis of which proposals are made for their optimal use in the relevant normative legal acts and in scientific circulation. It is noted that the stability of information and legal support, including in the environmental sphere, is possible subject to the unification of legislative terms, a clear normative consolidation of their content in order to have the same understanding and application in practice. It is concluded that the identification of the concepts of “ecology” and “environment” is erroneous, because “ecology” is that part of it that concerns the natural component of the environment. In this regard, as well as in view of the need to bring national legislation to international standards in the sphere under study, it is more appropriate to use the synonymous term “environment” for the concept of “environment,” which would cover not only the natural component, but also the habitat of mankind as a whole. Arguments are given that the most acceptable title of the relevant section (Book) of the future criminal law, which would take into account the content and meaning of the terms used in it, characterizing first of all the generic object of criminal offenses in the studied sphere, is the title “Criminal offenses against nature and environmental safety.” Such a structural unit of the Special Part of the Criminal Code of Ukraine should contain both criminal offenses against environmental safety and torts against the environment, which are actually identified with criminal violations against the use of natural resources. After all, individual acts in this area can encroach both on relations against environmental safety and on the order of use of the state’s natural resources, while directly or indirectly affecting public health.

The past is the future: from natural acid-base indicators to natural reagents in sustainable analytical chemistry

Abstract This article reviews the use of natural resources in analytical chemistry throughout history. Plant extracts were employed as indicators in chemistry for identifying the acidity or alkalinity of liquids as early as the 1650s. Later, as the industrial revolution altered people’s lives, synthetic chemicals were used instead. Modern techniques of analysis have replaced conventional ones as a result of advancements in physics and technology. The industrial revolution was an era of excitement until the toxic pollutants released from industries severely damaged people and the environment. The concepts of green chemistry and green analytical chemistry were proposed as potential solutions to the problems. The use of natural extracts as chemical analysis reagents has been reconsidered recently as a sustainable alternative. While new technologies such as artificial intelligence (AI) will influence future trends in analytical chemistry development, the primary goal is to move toward sustainable analytical chemistry, which includes using natural reagents and reducing the amount of chemicals consumed and waste produced.

Baseline socioeconomic characterization and resource use of the community in the Mefakiya watershed

Baseline characterization is used during the project to show progress toward the goal and objectives and after the project to measure the amount of change. The main objective of the study was to investigate the socio-economic characterization and natural resource use in the Mefakiya learning watershed. Both qualitative and quantitative data were collected. Quantitative data were collected using a structured questionnaire through face-to-face interviews with households at the intervention site. Sixty representative households were selected randomly and interviewed. Constraints and potentials were identified via focus group discussions. Descriptive statistics were used to analyze the quantitative data. The majority of the sample households (90%) were male-headed. Agriculture (crop and livestock production) is the principal (98.3%) occupation of the sample households in the Mefakiya watershed. Maize, finger millet, and teff, the major crops cultivated in the watershed, are produced by 98, 92, and 68% of the households, respectively. The study area is characterized by high natural resource degradation that is interconnected in nature. Therefore, an integrated approach is more important and necessary for the sustainable use of watershed resources and further development in all aspects of the watershed in the study area.

Gender roles in natural resource use in Madagascar

ABSTRACT Understanding gender roles in natural resource use is essential for culturally-tailored effective conservation. Despite its conservation priority, little is known about the gender roles of forest product use in Madagascar. This study used over seven years of data from 1,255 interviews on the extraction, use, and sale of forest, freshwater, and marine resources, to examine gender roles. We found that gender significantly affects natural resource use in Madagascar. While men were primarily responsible for natural resource collection, women collected nearly all resources in at least one household. Both genders collected resources, with subsistence use as the primary incentive for resource collection. Yet proportionally, women purchased twice as much of their resources as men, and men collected resources to generate income more than women did. Gendered spaces resulted in women collecting most of the resources within rivers, whereas men collected in oceans and forested lands, with key implications for gender-aware representation in conservation management. We use this understanding of gender roles to advise natural resource management strategies which can ensure the continued delivery of ecosystem services while promoting gender equity.

Correlation Studies on Growth, Yield Parameters and Yield of Maize as Influenced by Conservation Tillage Practices and Site-Specific Nutrient Management in Maize (Zea mays L.)

To meet the ever increasing needs of the growing human population ensuring sustainable use of natural resources, maintaining the standards essential for competing in the global market especially in case of major cereals like rice, wheat and maize is a never ending challenge. Keeping this in mind, to increase the productivity of maize by resource conservation techniques with different nutrient management practices, an experiment was laid out at a farmer’s field of Chella, Kamarapara, West Bengal, during pre-kharif season of 2022. The treatments consisted of 2 levels of tillage practices and 7 levels of SSNM treatments. The experimental finding revealed no significant difference between grain and stover yield with different tillage treatments. Whereas significantly higher grain and stover yield `was seen with SSNM through NE, lower grain and stover yield was recorded with control. Correlation studies revealed that plant height, dry matter accumulation, crop growth rate, cob girth, cob length, number of grain rows per cob, and number of cobs were highly significant and positively correlated with grain yield.

Circular Economy: A Technological Innovation Strategy for Sustainability in Air Transport

This work aims to identify innovations, technological advances, and best practices to migrate towards a circular economy in air transport. The relevance of the research lies in the contribution to the generation of circular economy knowledge in the field of administration with application in the aeronautical industry. By analyzing literature and best practices, the circular economy could be a viable solution to reduce the use of natural resources in aircraft manufacturing and airport operations. Among the main findings are innovations and technological developments in new materials, fuels, building methods, and best practices implemented at airports to obtain energy and generate less waste. It has also been identified that applying circular economy principles in this mode of transport would contribute to sustainability efforts and increase the competitiveness of organizations in the sector.

Financial Globalization and Economic Growth Amid Geopolitical Risk: A Study on China-Russia Far East Federal District

Geopolitics, natural resource efficiency and financial globalization have arisen as a new concept for low CO2 to achieve sustainable economic growth (EG). Therefore, developed and developing economies focus on Geopolitics risk (GPR), natural resource (NRS) efficiency and financial globalization (FG) to cope with CO2 neutrality targets. In order to understand the elements that contribute to achieving CO2 neutrality, this study sought to establish a relevant connection between geopolitics, the efficiency of NRS, financial globalization (FNG), and economic growth. For the abovementioned objectives, modern econometric methods, such as the canonical cointegration, CS-FGLS and GMM were adopted to evaluate the China-Russia Far East dataset between 1990-2022. In order to achieve CO2 neutrality in the long run, the study's elements are crucial, according to the results. In addition, GMM shows that each of the parameters affects CO2 neutrality. As a result, the ecological Kuznets curve rules the economic landscape, and long-term CO2 neutrality is greatly facilitated by geopolitics, efficient use of natural resources, financial globalization, and economic growth. Consequently, numerous domains necessitate far-reaching and revolutionary policy changes, such as economic integration to mitigate geopolitical risk, effective management of natural resources, efficient financial systems, and sustainable technology.

Influence of fintech, natural resources, and energy transition on environmental degradation of BRICS countries: Moderating role of human capital

The rapid pace of economic development experienced by the BRICS countries is accompanied by increased carbon (CO2) emissions resulting from the excessive use of energy and natural resources. However, the emergence of recent technologies has led to the offering of efficient production methods with improved financing channels. This study analyzes the role of financial technologies, digitalization, natural resources, energy transition, and energy innovations on CO2 emissions. It also tests the moderating effect of human capital in BRICS countries from 1995 to 2021. Initially, Augmented Mean Group (AMG) estimation approach is applied to conduct empirical analysis. Due to asymmetric data distribution and non-linear relationships among variables, the Method of Moments Quantile Regression (MMQR) approach is also applied to estimate the effect of the variables across different quantiles of CO2 emission. The findings indicate that digitalization, financial technologies, energy transition, energy innovations, and natural resources reduce CO2 emission, whereas human capital increases it. However, the moderating effect of human capital on the association between digitalization, energy transition, and CO2 emission is significant and positive, indicating that human capital strengthens the negative impact of these factors on environmental degradation. Human capital does not significantly moderate the relationship of natural resources, financial technologies, and renewable energy innovations with CO2 emissions.

One Health in human-environment systems: Linking health and the sustainable use of natural resources

Abstract Social-ecological system (SES) approaches have been used for strategic analyses of sustainable use of natural resources like rangelands, fishing grounds, livestock or forests. Elinor Ostrom’s concept of “governing the commons” contradicts the so called “tragedy of the commons” that assumes that common pool resources are inevitably overused and irreversibly destroyed. We expand the SES to One Health in Social-Ecological Systems (OHSES) by including humans as a resource system that contributes to the human capital of a nation’s gross domestic product (GDP). Ill health leads to a reduction of health and wellbeing benefits through premature death, disability or temporary reduction of work capacity. The OHSES analysis framework uses game theory and mathematical modelling for strategy evaluation and comparison. It enables us to analyse the system’s current situation and find possible Nash equilibria, Pareto-optimal solutions, and best resource management strategies while maintaining sustainable ecosystem services. A first example on the elimination of dog rabies in Africa shows that when compared to human post-exposure vaccination, coordinated mass dog vaccination is the best strategy for all countries, leading to human capital benefits of US$10 billion over a period of 30 years with the possible elimination of the disease. Inaction and all other strategies have lower welfare benefits and could not lead to the elimination of dog rabies. Further case studies relating human and animal health and sustainable natural resource use are proposed. Epistemological assumptions and ethical issues of a OHSES approach are discussed in the light of pressing needs to combine human and animal health with the sustainable use of natural resources to address the broader impact of the contemporary threats such as antimicrobial resistance, biodiversity loss and climate change. One Health statement This article is a theoretical and methodological contribution to One Health science. It extends the social ecological systems approach of “governing the commons” by Elinor Ostrom through the inclusion of human resources as part of resource system and resource units as One Health in Social-Ecological Systems (OHSES). The concepts of “governing the commons” and “One Health” overlap through the participatory transdisciplinary processes or interactions embedded in both approaches that lead to outcomes or added value for managing shared natural resources and promoting human and animal health. A first case study on the elimination of rabies in Africa is summarized, demonstrating the power of a game theoretical strategy analysis for addressing complex problems of both health and natural resource management. We emphasize system thinking, participatory transdisciplinarity, collective action, equity and gender and the added-value as the main principles of One Health implementation to be evaluated. Several holistic and interdisciplinary approaches exist to safeguard health. Three of the most influential concepts are One Health, EcoHealth, and Planetary Health with actually important differences between them (Lerner and Berg, 2017 ; Zinsstag et al ., 2023a ). Here we add a quantifiable framework to the qualitative concept of Health in Social-Ecological Systems (HSES), coined in 2011 (Zinsstag et al ., 2011 ). OHSES encompasses not only human and animal health but also biodiversity, ecology, climate change, agricultural systems, and various social sciences as an integrated systemic mixed quantitative and qualitative approach to relate environmental sustainability and the health of all species.

Appraisal of Green Communication Technology Deployment in Nigeria

The idea behind “green” processes and technologies is the use of upgraded, ecologically friendly processes and technologies in a way that preserves natural resources and doesn’t disturb the environment. Clean technology and environmental technology are other names for green technology. These days, most governments take steps to promote these technologies because of their value. Governments therefore suggested a number of financial incentives that produce electricity using renewable resources. As its primary objective, green technologies seek to address societal demands while minimizing the use of natural resources and causing no harm to them. The idea is to create materials that are entirely recyclable or reusable. Green technology generates energy through novel and inventive methods. The goal of green communication is to explore sustainability in relation to energy efficiency, the environment, and communication goals. Green communications have an obligation to promote ecological network equipment and systems and to fortify corporate environmental responsibility. The paper presents Nigeria renewable green energy sources, green electronics, recycling, communication technology areas of application. The paper also presents a careful consideration of materials and methods to ensure the chosen deployment are environmentally sustainable. Despite the challenges, utilizing green ICT methods in Nigeria is not just a choice, it is essential for a number of advantageous causes as people throughout the world become more environmentally aware, implementing green ICT practices can improve Nigeria’s standing internationally. It will demonstrate the nation’s dedication to sustainability.

Kearifan Lokal Dan Pendekatan Dalam Pemanfaatan Sumber Daya Alam Untuk Ekonomi Desa Sesaot

Local wisdom is a cultural heritage that has been acquired and passed down from generation to generation in a community or society. Local wisdom includes knowledge, values, technology, practices and skills possessed by the community in utilizing the natural resources around them. Wise and sustainable use of natural resources is important in the context of village economic development, especially in Indonesia which has abundant natural wealth. Research Method Observer as an instrument (human instrument) This means that the researcher himself has the function of determining the focus of the research, selecting informants as data sources, carrying out data collection, analyzing data, and making conclusions about his findings. The research results show that local wisdom in the use of natural resources for village economic development, especially in Sesaot Village, West Lombok Regency, West Nusa Tenggara Province, Indonesia. Local wisdom is a cultural heritage that includes knowledge, values, technology, practices and skills passed down from generation to generation in a community. Wise and sustainable use of natural resources is important in the context of village economic development in Indonesia which has abundant natural wealth. The local wisdom approach in the use of natural resources includes the knowledge, practices and expertise possessed by local communities. In Sesaot Village, the community has long developed local wisdom in utilizing the natural resources around them, including in managing forests using a customary system that has existed since their ancestors. By optimizing local wisdom, communities are able to utilize natural resources sustainably while preserving nature through environmentally friendly practices. Utilization of natural resources for village economic development provides many benefits, including increasing income, creating jobs, developing industry, strengthening the local economy, and improving the quality of life of village communities. Political ecology approaches, human welfare ecology, and anthropological perspectives are used to understand and apply local wisdom in environmental management and village economic development

Effects of green energy and productivity on environmental sustainability in BRICS economies: The role of natural resources rents

By developing a theoretical framework, this paper constructs two models for environmental sustainability, each with an ecological footprint and CO2 emissions. The empirical study considers panel data from Brazil, Russia, India, China, and South Africa (BRICS) based on the need for consistent economic growth with minimum environmental cost in these five major emerging countries. The data period ranges from 1994 to 2018. According to the findings from several estimation techniques, total factor productivity and renewable energy consumption improve environmental quality. However, natural resources rents and economic growth are detrimental to environmental sustainability. Therefore, it is concluded that the mere blind use of natural resources to achieve economic growth without raising productivity and green energy is ecologically unsustainable. Appropriate policies are discussed to promote the productivity of governments via emerging technologies and digitalisation.

Aboveground Biomass Inversion Based on Object-Oriented Classification and Pearson–mRMR–Machine Learning Model

Cities play a crucial role in the carbon cycle. Measuring urban aboveground biomass (AGB) is essential for evaluating carbon sequestration. Satellite remote sensing enables large-scale AGB inversion. However, the apparent differences between forest and grassland biomass pose a significant challenge to the accurate estimation of urban AGB using satellite-based data. To address this limitation, this study proposed a novel AGB estimation method using the eastern part of the Zhahe mining area in Huaibei City as the study area, which integrates land cover classification, feature selection, and machine learning modelling to generate high quality biomass maps of different vegetation types in an urban area with complex feature distribution. Utilizing the GEE platform and Sentinel-2 image, we developed an object-oriented machine learning classification algorithm, combining SNIC and GLCM to extract vegetation information. Optimal feature variables for forest and crop-grass AGB inversion were selected using the Pearson–mRMR algorithm. Finally, we constructed nine machine learning models for AGB inversion and selected the model with the highest accuracy to generate the AGB map of the study area. The results of the study are as follows: (1) Compared with the pixel-based classification method, the object-oriented classification method can extract the boundaries of different vegetation types more accurately. (2) Forest AGB is strongly correlated with vegetation indices and physiological parameters, while agri-grass AGB is primarily associated with vegetation indices and vegetation physiological parameters. (3) For forest AGB modelling, the RF-R model outperforms other machine learning models with an R2 of 0.77. For agri-grass AGB modelling, the XGBoost-R model is more accurate, with an R2 of 0.86. (4) The mean forest AGB in the study area was 4.60 kg/m2, while the mean agri-grass AGB was 0.71 kg/m2. High AGB values were predominantly observed in forested areas, which were mainly distributed along roads, waterways, and mountain ranges. Overall, this study contributes to a better understanding of the health of local urban ecosystems and provides valuable insights for ecosystem protection and the sustainable use of natural resources.

Use of sludge from water treatment decanter in cement composites

The objective of this manuscript is to present a sustainable alternative for the use of waste from Water Treatment Plants (WTPs), specifically water treatment sludge (WCS), in civil construction. The proposal is to use water treatment sludge as a construction material, more specifically in the partial replacement of cement in self-compacting mortars (SCC). Due to the significant use of natural resources in civil construction and the consequent environmental degradation, the use of water treatment sludge (WCS) as a construction material may be an option. However, the low quality of river water and the need for drinking water force water treatment plants to use greater quantities of chemical compounds, resulting in a significant waste known as WCS. The methodology used for dosing self-compacting concrete (SCC) follows the process described by the Gomes method, which is applicable to both concrete and self-compacting mortars. In this study, the partial replacement of cement at 2.5% and 10% with water clarification mud (WCS) in self-compacting mortars (SCC) was analyzed and it was found that the compressive strength increased from 27.3% to 30% for the specimens, with the addition of 2.5% and 10% of WCS, respectively. A life cycle assessment was carried out to prove the environmental benefits of replacing cement with WCS. The results preserve the feasibility of applying WCS in civil construction while at the same time highlighting the need for additional research on the topic.

PRIEŠMOKYKLINIO AMŽIAUS VAIKŲ APLINKOS TVARUMO SAMPRATOS UGDYMAS, SUSIPAŽĮSTANT SU GAMTOS IŠTEKLIAIS PAKRUOJO RAJONE – DOLOMITINIU AKMENIU

It is often said that nature is our home and that what nature grows are gifts for us to use. When exploring nature, the question arises: what can be obtained from it, and what can be taken home without harming nature? Natural resources are found in living and non-living environments and are used by humans or can be used to satisfy consumer needs. Some examples of natural resources include solar energy, geothermal energy, minerals, climate, water, soil, vegetation, fauna, and landscape. Environmental sustainability is defined as a combination of social and economic development and environmental protection efforts to ensure a high quality of life for current and future generations. For many, environmental sustainability is associated with the protection of ecosystems, the use of renewable sources, and environmentally friendly behaviour. It's very important to talk to children about sustainability too. They are our future, and their habits, knowledge, and awareness are crucial to the fate of the planet. However, finding a clear explanation of sustainability for children is not an easy task. It can sound like this: sustainability - are the micro-changes that we can make to help take care of our planet. When participating in joint activities, preschool children can grow in understanding, describing themselves as a part of nature, and explaining in their own words what human needs are and their impact on the environment. They also demonstrate initiative on how to protect nature and how to use natural resources responsibly. The responsible use of natural resources is an important aspect to preserve our nature. Preschool children have a great opportunity to learn about minerals found in the local region. Children also develop an awareness of natural resources, environmental protection, and the history and culture of the region. Understanding how fossil fuels are used in everyday life can help children appreciate the environment, encourage conscious consumption, and spread ideas of sustainability. Keywords: natural resources, preschool education, environmental sustainability, dolomite rock

Features of the microbial biological “Flavobacterin” impact on the yield and quality of potato tubers of the Udacha variety

Relevance. Organic production is focused on maximizing the use of natural resources. Particular importance is attached to natural nitrogen fixation. Nitrogen fixation provides agricultural systems with nitrogen fixed from the atmosphere and converted into forms accessible to plants. The microbial biological “Flavobacterin”, which exhibits nitrogen-fixing activity and also suppresses a wide range of phytopathogenic fungi and bacteria, was created at the All-Russian Institute of Agricultural Microbiology.Methods. Field studies of the “Flavobacterin” effects on potatoes were carried out from 2018 to 2022 in an organic crop rotation located at the Experimental Station of the Institute for Engineering and Environmental Problems in Agricultural Production Branch of FSAC VIM.Results. The soil of the experimental plot is soddy-podzolic, light loamy gleyic on residual carbonate moraine loam, characterized by a slightly acidic reaction and a high content of organic matter. Udacha variety potatoes were cultivated. The studies were carried out with organic fertilizer — BIAGUM compost, prepared from chicken manure by industrial method. Potato tubers were treated with a “Flavobacterin” when planting, and then on the leaves. Weather conditions in summer during the years of research differed significantly from each other. In all years of the study, with the exception of the dry year 2021, the application of “Flavobacterin” significantly increased potato productivity by an average of 4.4 t/ha, without compost. In the same years, the use of compost together with “Flavobacterin” increased potato productivity by an average of 2.6 t/ha compared to options where compost was used without biological.

For Every Love, A Pain: Impacts of Anthropic Use of Amazon Resources and Preservation Proposal

Objective: This work aims to identify how anthropogenic actions have been limiting the natural resources of the region and how the reduction of the availability of these same resources also limit anthropic actions. Theoretical Reference: Topics such as the Amazon biome, climate change and the anthropic use of natural resources were addressed. To understand the social universe of the Amazon, he also delved into traditional communities and peoples and their agrarian trajectories for the use and preservation of the environment. Method: It is a research of a social and applied nature, of a qualitative approach, with exploratory and explanatory objectives, with case study delineation as a technique of investigation, with bibliographic analyzes. Results and discussion: This research identified the anthropic actions that most affected the Brazilian Eastern Amazon and brought as a proposal alternatives of environmental planning in a sustainable way that can reduce the consequences of these activities to sustainable limits and thus bring a balance between the activities of nature and the activities of man. Research Implications: It contributes to the development of future research on the social and environmental impacts that each of the anthropic activities generates (or can still generate) in the Brazilian Eastern Amazon. Originality/value: This is an unprecedented piece of research for the Brazilian Eastern Amazon that, at the moment, is about severe environmental alterations as a result of the anthropic use of its natural resources and brings light, proposals for the preservation of the region's sociobiodiversity.

Traditional Territory in a Protected Area: Territorial Dynamics and Wildlife Management in the Amanã Sustainable Development Reserve, Amazonas, Brazil

Implementing sustainable management strategies for common-use resources influences the territorialization processes of traditional peoples and communities. This article aims to provide historical context on the use of natural resources in the Amanã Lake region, Maraã-AM. It also seeks to describe the territorial boundaries and hunting areas of one riverine community, presenting a proposal for establishing the sustainable management of subsistence hunting. The data cover a fifty-year period and were obtained through semi-structured interviews, systematic mapping of hunting locations, and participatory mapping of resource use in the region. The proposed zoning for the management of wildlife was based on previously established models in the region and on discussions with the villagers. Over the period, two territorial logics were identified, and their combination has had significant impacts on the territoriality of the studied community. The hunting area used by community members shrinked as its designated use area but at a different pace, leading to overlaps and conflicts over resource use. The proposed spatial wildlife management (of 22.216,22 ha of area) was considered appropriate by the villagers, but there is still a need to develop this wildlife management strategy based on local territorialities.