Charcoal Production Research Articles

Vegetation Fires in the Lubumbashi Charcoal Production Basin (The Democratic Republic of the Congo): Drivers, Extent and Spatiotemporal Dynamics

In the Lubumbashi charcoal production basin (LCPB) in Southeastern DR Congo, agricultural and charcoal production activities regularly give rise to fires that lead to considerable degradation of the miombo open forest. This study analyzes the drivers of the spatiotemporal distribution of active fires and burnt areas in the LCPB by processing MODIS and Landsat data. In addition, a kernel density analysis method (KDE) was used to estimate fire risk, while the effect of the road network and dwellings on vegetation fires was highlighted in areas between a 0 and 3000 m radius. The obtained results revealed that fires in the LCPB generally occur between April and November, mainly during the day, between 11 a.m. and 12 p.m. These fires are concentrated in the central and southwestern part of the LCPB, more specifically in the savannahs and near roads. From 2002 to 2022, an average of 11,237 active fires and an average of 6337 km2 of burnt areas were recorded in the LCPB. Each year, these fires peak in August, and despite their steady decline, the few fires that have affected the forests have caused more devastation (more than 2790 km2/year) than those observed in the fields and savannah. These figures highlight the imperative need to put in place fire prevention and management measures in the LCPB, with particular emphasis on awareness, monitoring, and fire-fighting measures.

Impact of dose and adjuvant on herbicidal efficacy of birch‐based pyrolysis liquid

AbstractReduction of pesticide use to benefit the environment is a topical issue in the EU. There is a call for development and more widespread use of sustainable alternative weed control measures. Pyrolysis liquid (PL), a by‐product of charcoal and biochar production, contains numerous compounds, including organic acids, alcohols, phenols and furans. PL has shown promising results when used against several broad‐leaved weeds but its effect on grassy weeds is largely untested. To provide an alternative to synthetic herbicides, PL should be effective and applicable at field scale. In this research, we initially evaluated the potential of birch (Betula sp.) based PL to control mono‐ and dicotyledonous plants under greenhouse conditions and determined if efficacy is improved by addition of an adjuvant. Second, the efficacy of PL for controlling Elymus repens (L.) Gould was compared with glyphosate and two other synthetic herbicides in a no‐tillage system under field conditions. As expected, dicotyledonous plants were more sensitive to acid‐based herbicides than monocotyledonous plants. In contrast to our expectations, the herbicidal efficacy of PL was lower than an acetic acid‐based herbicide and addition of an adjuvant did not improve efficacy. In conclusion, when used at commercially and practically realistic doses, the efficacy of PL control on monocotyledonous weeds such as E. repens is weak. More product development is needed to improve PL quality and efficacy and to establish practical and cost‐effective application levels for weed control on the field scale.

Sosialisasi Kelayakan Aspek Keuangan Pembuatan Briket pada UMKM Produksi Arang di Desa Waringinkaya

Waringinkarya is one of the villages located in the Lemah Abang subdistrict of Karawang Regency. Waringinkarya Village is known for its extensive potential in rice farming areas. Based on the livelihood aspect of the village's population, it is quite diverse, with the majority engaged in farming. The processing of agricultural waste such as rice shells into charcoal briquettes holds high economic value and can serve as an alternative to enhance the economic well-being of the village residents. The focus of this project is a UMKM engaged in charcoal production. The main objective of the project is to promote the utilization of agricultural waste in the production of high-value charcoal briquettes. The results of the service project include providing information on production methods and financial projections obtained from the processing of agricultural waste into briquettes.
 Keywords: Waste, Agriculture, Briquette, UMKM, Financial

The Involvement of Marginalized Menja Society Children in primary education: A case study of the Bench Sheko Zone, Ethiopia

The study aimed at examining the involvement of marginalized Menja Society Children in primary schools of Bench Sheko Zone. The research utilized a case study design to explore how in-school and out-of-school factors affect the educational participation of Menja Society Children in the Bench Sheko Zone. Qualitative data were collected through interviews, observations, focus group discussions, and document analysis. The snowball sampling technique was used to select informants for the study. The study revealed that factors such as distance, low literacy rates, religious marginalization, economic challenges, limited peer interaction, lack of respect, and unfair treatment are the primary barriers preventing these children from participating in education. Additionally, cultural practices like pot making, agricultural work, and charcoal production also contribute to the marginalization of Menja Society Children. In conclusion, the study underscores the importance of addressing the complex and multi-faceted challenges that marginalized Menja Society Children have been facing in accessing education. The study emphasizes the importance of providing support and resources for Menja children, such as educational materials in their native language and culturally sensitive teachers. It also calls for a comprehensive and collaborative approach to address the educational challenges faced by marginalized Menja Society Children, prioritizing their needs and promoting inclusivity within schools and the wider community. The study recommends creating an inclusive and supportive environment for marginalized students within schools, prioritizing their educational needs, and developing appropriate solutions to ensure equal access to education. It also suggests ongoing awareness campaigns and efforts to promote inter-ethnic relations through various activities. Additionally, providing training for teachers and leaders in cultural diversity and inclusive teaching methods is crucial for establishing a more inclusive learning environment for all Menja children.

Assessing the Impacts of Traditional Charcoal Production Sites on the Environment in Daynile District, Mogadishu-Somalia

This article examines the environmental impact of traditional charcoal production in the Daynile district of Mogadishu, Somalia. The study reveals that current charcoal production practices have caused severe deforestation, desertification, and biodiversity loss. The research evaluates how these production sites affect soil quality, vegetation, and the well-being of internally displaced persons (IDPs) in the area. Data was collected through interviews conducted with the target population, using a GPS camera to capture photos of kilns, affected plants, and soils, along with voice recorders for transcription and notebooks for structured questionnaires. The findings indicate that emissions from the kilns pose health risks to workers and nearby residents, leading to respiratory and gastrointestinal issues, and even fatalities. Soil erosion and reduced plant life were also observed. The study emphasizes the need for alternative energy sources to reduce reliance on traditional charcoal production and mitigate its negative environmental impact. The research has policy implications for the Ministry of Environment and Climate Change in Somalia.

Assessing the impact of charcoal production activities on the Shea Nut tree vegetation cover

Charcoal remains the main energy cooking source for urban dwellers in Uganda. The Shea Nut tree produces quality charcoal which is efficient and locally made. Therefore, it is facing increasing threats from the local communities so as to meet the mushrooming demand. The study analyses the state of the Shea Nut tree, drivers of charcoal production, predict Shea Nut tree vegetation coverage, and establish mechanisms for sustainable utilization and conservation of the Shea Nut trees in Kapelebyong District. Landsat images were classified using likelihood classification in ArcGIS and interviews were conducted whilst geospatial, Stata, and Nvivo tools were used for analysis. The findings reflect a sharp declining trend in the coverage of the shea Nut trees by 2.3% and 6% from 2002-2012 and 2012-2022 respectively. The major drivers include high demand from urban areas, the need for income, and unemployment. As a result, it is predicted that by 2032, the coverage will have reduced to only 713 hectares (7.3%) from 1277 hectares (10.6%) in 2022. Therefore, charcoal production with other land uses has greatly resulted in Shea Nut tree deterioration. The study recommends the use of alternative energy sources, the provision of alternative income-generating activities for the local communities, Government of Uganda through NFA needs to enforce the ways through which Shea Nut trees are managed and utilized in order to minimize illegal cutting.

Soil organic carbon stores in the mangrove forest restoration of ex-ponds in the Salo Palai Village of Kutai Kartanegara

Mangrove forests in the Mahakam Delta have traditionally been used by people for a variety of purposes, including fuel, hut construction, and charcoal production. Such use is still acceptable as long as it does not reach commercial scale. Where mangrove forests have greater potential for carbon absorption when compared to dry land. In this study, several analyses of bulk density, soil carbon (%), total soil organic carbon (g/cm2), total soil organic carbon (tonnes/ha) were analysed from 3 points with 3 depths (0-50.50-100.100- 150). Then an analysis was carried out using the t test to test whether there was a very significant difference or not. The results of this study showed that ponds without rehabilitation had a total bulk density value of 7.16 g/cm2 with a total soil organic carbon store of 0.34 tons/ha. In the former ponds the rehabilitation area has a total bulk density value of 8.64 g/cm2 with a total soil organic carbon store of 1.01 tons/ha. Based on the results of the t test analysis, it shows that t count > t (0.01) so that it can be said that rehabilitated former ponds provide a very significant difference to carbon storage.

Alaban wood (Vitex pinnata) as a promising feedstock in the community-scale charcoal industry: A case study of KPHP Kendilo, Indonesia

Indonesian forest production management unit, also called KPHP, have initiated various programs to develop the prosperity of local societies around forest area, including their independence in the energy sector. Charcoal is an ancient green energy which is still traditionally produced by those people for daily usage. Currently, the demand of charcoal for many modern industries in the world has been growing, showing its high potential as future export commodities since Indonesia has a richness in the forest biomass resources for charcoal feedstock. Therefore, we conducted a suitability analysis of the community-scale charcoal production at KPHP Kendilo, one of the forest management units located in East Kalimantan province. Alaban wood (Vitex pinnata) is considered the most potential biomass in this area, indicating its high availability in nature for charcoal feedstok. It was converted by a drum kiln technique using ratio of fuel wood and raw material at 1 : 2 (dry matter) for approximately 4 hours. It showed that the plant having diameter of above 15 cm possessed the highest charcoal yield (6.83 ton/ha), with appropriate energy properties (7,001 kcal/kg). Finally, this study points out the promising of Alaban wood in KPHP Kendilo for charcoal production in the rural communities.

ВИЗНАЧЕННЯ ТЕПЛОТИ ЗГОРЯННЯ РОСЛИННОЇ СИРОВИНИ ТА ДЕРЕВНОГО ВУГІЛЛЯ

The values of the highest heat of combustion for the dry ashless state of combustion of 35 samples of vegetable raw materials and 35 charcoal were determined. The need for calculating indicators of their technical and elemental analysis was established. Mathematical and graphical relationships between the actual and estimated values of the highest heat of combustion of plant raw materials for the production of biogas and charcoal were developed. A statistical analysis of the dependence data was performed. The results of the analysis indicate the adequacy of the developed dependencies, and allow us to draw a conclusion about the possibility of predicting with high accuracy the value of the higher heat of combustion of vegetable raw materials by carbon or oxygen content, and charcoal for this determination of the yield of volatile substances or non-volatile carbon.

‘Paleoenvironmental study of modern charcoal making activity on forest soils in the Northern Vosges Mountains (Bitche, France): A multidisciplinary study of two remaining charcoal platforms and associated soils sequences’

AbstractThis multidisciplinary study aims to decipher the impact of ancient charcoal production on past and present‐day soils in the northern Vosges Mountains. Soil observations in the field and laboratory were complemented by charcoal and phytolith studies on large thin sections, molecular analyses of organic pollutants, and phytolith analysis on bulk samples. The complex technosol platform records an ancient natural soil sequence buried by a human‐made platform on which charcoal accumulated. The current upslope soil is an entic Podzol. Palaeoecological data collected in the buried soil are reliable owing to low bioactivity due to soil acidity. Podzolisation predated the platform construction. The presence of ashes induced low soil alkalisation developed in the charcoal hearth remains and appears to have generated the migration of subsequent iron/clay/organic bands throughout the platform sediment and the buried soil. Charcoal studied in thin sections revealed mainly Quercus and Fagus taxa. Phytolith studies suggest that a less dense or degraded forest preceded platform construction, probably due to former woodland coppicing or earlier disorganised wood gathering. The specific distribution of polycyclic aromatic hydrocarbons sorbed on charcoal has persisted in soils throughout centuries, but we have no evidence that charcoal‐making activities contributed to diffuse global pollution.

Polycyclic Aromatic Hydrocarbons (PAHs) and Bis(2-ethylhexyl) Phthalate (BEHP) in the Soil of Teff-Acacia decurrens-Charcoal Production System in Northern Ethiopia

The current study is aimed at investigating the level of polycyclic aromatic hydrocarbons (PAHs) and bis(2-ethylhexyl) phthalate (BEHP), which pose a potential risk to human health, in soil samples collected from a teff-Acacia decurrerns-charcoal production system (TACP system) in northern Ethiopia. Soil samples were collected from the TACP system and from an adjacent teff monocropping system (TM system) from 0 to 20 cm soil depth. Individual PAHs and total concentrations of PAHs and BEHP generally exhibited no significant variation between the TM and the TACP systems over three rotations. In the land-use systems, the mean concentration of PAHs decreased in the order phenanthrene > fluorene > pyrene > chrysene. Fluorene (22.84–24.69 ng g−1 dry soil), pyrene (21.99 ng g−1), and chrysene (21.79 ng g−1) were detected in the TACP system only, suggesting that they were from charcoal production. The maximum concentration of BEHP recorded in the soil samples was 104.00 µg g−1, which could be attributed to the polyethylene (PE) bags used for planting the Acacia decurrens seedlings of the TACP system. In soil samples, the sum of all PAHs analyzed ranged from not detected (ND) to 170.69 ng g−1, which is below the limits of prevention established by European regulations for soils (3000 ng g−1) and previous studies. Carcinogenic equivalent (BaP-TEQ) and mutagenic equivalent (BaP-MEQ) concentrations calculated for the individual PAHs in the land-use systems ranged from ND to 0.374 ng g−1 and from ND to 0.218 ng g−1, respectively, which is far below many international safety standards. Our results indicate that the charcoal production and the use of the charcoal residues as soil amendment in the TACP system is safe concerning soil contamination by PAHs and BEHP and the risk of cancer and mutation.

Analysis of the charcoal production situation in Brazil and in the state of Pará

Charcoal is a product used for various purposes in the pharmaceutical, chemical, steel and metallurgical industries, as well as for domestic use, gasifiers for producing electricity in rural areas, among others. The aim of this study was to analyze the production of charcoal from planted and native forests in Brazil and in the state of Pará. The databases used to compile scientific articles were: Periódicos Capes, Web of Science, Google Scholar, Scopus and Scielo, using the keywords: charcoal, production, economics, extractivism and forestry. Charcoal production in Brazil and Pará is mainly directed towards steel and metallurgical plants. In Brazil and Pará in the years studied, there was a reduction in the production of charcoal from extractivism, while the production of charcoal from planted forests increased.

Comparison of Technical and Operational Conditions of Traditional and Modern Charcoal Kilns: A Case Study in Italy

The global charcoal trade is steadily growing, with high-income countries importing significant quantities of this material from regions where its production is often associated with severe environmental issues, including forest overexploitation, illegal logging, and environmental pollution. Promoting local charcoal production in high-income countries is crucial to addressing these challenges. In this study, we have chosen to focus on the European context, specifically emphasizing Italy as a case study. Our study aimed to comprehensively compare five distinct charcoal production systems, including both traditional and modern solutions, with a specific focus on evaluating the quality of the resulting charcoal. Additionally, improvements were evaluated to enhance production efficiency. Traditional systems cannot satisfy production requests, resulting in inefficiencies in manpower, costs, times, and yield. Conversely, recent innovations consider mobile and stationary kiln prototypes. Mobile kilns offer flexibility and cost savings but require operator expertise, limit automation, and have long cycles. In contrast, stationary systems operate continuously, increasing productivity and efficiency, despite higher investment costs. Notably, charcoal quality showed minimal differences. These findings highlighted the potential of new technologies to enhance efficiency, reduce cost and environmental impact, and promote sustainable charcoal production.

Unleashing nature’s potential of Corymbia: Development of commercial genotypes and adaptation of populations for the forestry industry

The PCMF|IPEF's Corymbia Project aims to develop commercial genotypes and adapt populations of Corym-bia species. These species are considered a promising option for diversification in forestry, addressing the increasing biotic and abiotic challenges. Moreover, they serve as a valuable raw material for the forestry indus-try, including cellulose, panels, solid wood and charcoal-based steel production. The initial phase of the project involved obtaining germplasm from old populations in Brazil, such as Corymbia citriodora (CCC) and C. torel-liana (CT), as well as importing less-distributed species in Brazil, like C. henryi (CH), C. maculata (CM), and C. variegata (CCV). Simple and triple crosses were performed among these species to enhance the diversity of hybrids within the evaluated genus. The ongoing work includes obtaining hybrids through controlled or spon-taneous pollination, enriching the genetic base with imported materials from Australia, calibrating nutrition, studying the stability and adaptability of productivity in different environments, monitoring pests and diseases, and evaluating wood quality. Promising results have been achieved thus far. C. torelliana exhibited the highest survival rate, surpassing 95% in all experiments, even under contrasting climatic conditions. In terms of volu-metric growth, C. variegata and C. henryi outperformed Eucalyptus urophylla, the country's main cultivated species, in some locations. The basic density of CCV, CCC, and CH species exceeded 600 kg per m³ at 6 years of age. Concerning cellulose production, C. variegata and C. henryi demonstrated an Average Annual Cellulose Increment exceeding 12 tons per hectare per year in the most productive location. For charcoal pro-duction, the specific consumption ranged from 4.7 m3 (CH) to 4.9 m3 (CCV) per ton of charcoal. The next steps involve evaluating survival, volumetric growth, and genetic parameters of C. citriodora (F1), C. henryi (F1), and C. torelliana (F2) progenies in at least 10 different Brazilian environments. The objective is to ad-vance to the next generation of species improvement, including the cloning of transgressive individuals, pri-marily the hybrids obtained in the project's initial stage, which were established in early 2023.

Mini-Kilns for Charcoal-Making: An Eco-Friendly Solution for Small-Scale Production of Charcoal and Wood Vinegar

Charcoal is one of the most essential energy sources in the world and is used mainly for domestic and industrial purposes. Brazilian charcoal production occurs in rudimentary masonry kilns without concern for process safety or energy waste. This work aimed to develop a mini carbonization system of three kilns coupled to a vertical smoke burner for optimized and environmentally correct charcoal and wood vinegar (WV) production on small farms. The project was divided into three parts for dimensioning: the three-kiln set, the WV condensing device, and the smoke burner. The condenser was designed following the procedures from the standards of TEMA (Tubular Exchangers Manufacturers Association); ASME (Society of Mechanical Engineers of the United States) Section VIII, Division 1; and the NR-13 (Regulatory Standard) of ABNT (Brazilian Association of Technical Standards). In contrast to the current scenario, in which primitive carbonization technologies are still employed, bringing about low charcoal yields and significant pollution release, the use of a mini-kiln that allows charcoal production and wood vinegar recovery combined with pollutant smoke burning is an interesting eco-friendly solution. Thus, the mini-kiln model presented here brings a low cost and environmental safety to the charcoal production chain, reaching sustainability parameters and offering higher income opportunities to small producers.

Environment Issues and Risk Management in Vietnam Construction Sector and In Industrial Zones

The purpose of this paper is to address ENVIRONMENT ISSUES AND RISK MANAGEMENT in Vietnam CONSTRUCTION SECTOR AND IN INDUSTRIAL ZONES. In this paper, we suggest that Vietnam cities should have policies to encourage and give priority support to production and business establishments that apply clean and environmentally friendly technologies such as gas technology instead of coal technology, firewood in ceramic production, and charcoal production. Also we demand capital, technology... to strongly develop the capital's industry, linking production with the market and labor, and solving the problem of environmental pollution.

Automatic detection of charcoal kilns on Very High Resolution images with a computer vision approach in Somalia

In Somalia’s drylands, charcoal production is a major driver of forest degradation enabled by civil conflict and institutional weakness. Up to now, the extent and exact location of charcoal production has usually been estimated by visually detecting charcoal kilns on Very High Resolution (VHR) images. Taking advantage of the availability of a dataset of charcoal kilns delineated on VHR images by the Food and Agriculture Organization (FAO) experts, we designed a computer vision (CV) approach to automatically identify charcoal kilns on VHR images. The methodology relies on a curated subset of the expert-labeled dataset and a collection of panchromatic and pan-sharpened multispectral Natural Color (RGB) VHR for the years 2018 and 2019. Kiln delineations paired with the VHR images are visually reviewed and used with a Faster R-CNN model, an object detection deep learning method. A two-stage methodology is used to train the best models for panchromatic and RGB images, respectively. The first stage uses a small number of high quality pairs to define the best parameters of the models while the second stage uses a larger set of pairs to fine tune the previous models. The results indicates that charcoal kilns are detected with a precision of 90% in panchromatic images and of 80% in RGB images. The models are then used to predict the presence of kilns over the available VHR images. Omission errors are prioritized over commission errors to mitigate the difficulty in detecting kilns in some specific situations. Comparison between the FAO expert kiln dataset and objects predicted by the CNN model is giving encouraging results. With a visual screening complementing the proposed workflow, CV can aid charcoal kiln monitoring in Somalia while alleviating manual work.

Energy Performance of Different Charcoal Production Systems

This study aimed to assess the energy performance of three different charcoal production systems: “encosta” kiln, “rectangular” kiln, and “fornalha” kiln. Data collection involved measuring carbonization product yields and essential process variables, enabling determination of material and energy flows, and evaluation of two main energy indicators: the EROI and the energy balance. The study found that all evaluated systems had a negative energy balance, indicating inefficiency. The encosta kiln system displayed the best energy performance with the highest EROI (0.90 ± 0.45) and the greatest energy intensity (264.50 MJ t−1 ± 132.25), despite having faced technological, operational, and mechanization limitations that explained its limited use on a global scale. Research that evaluates the sustainable production of charcoal has grown in recent years, however, and it is necessary to invest in studies that evaluate the existing energy flow. Thus, the energy performance indicators presented in this study offer valuable insights for decision-making in charcoal production, potentially maximizing efficiency of the systems. Optimizing carbonization system energy performance can be achieved by implementing operational parameters focused on reducing avoidable energy losses, such as improving thermal insulation and introducing systems for heat recovery or combustion gas utilization.

Behavioral activity and range patterns of the endemic Gelada monkey (Theropithecus gelada) in and around Jer Silase Monastery in North Shoa Zone, Ethiopia

Abstract The present study investigated the activity, range, and habitat utilization patterns of the Endemic Gelada Monkey (Theropithecus gelada) in and around Jer Silase Monastery in North Shoa Zone, Ethiopia. The study was conducted from January 2021 to October 2021 by considering the dry and wet seasons and stratifying the study area into natural forest, cliff/rocky, and farmland habitats. An instantaneous scan sampling method was employed to collect behavioral data. The activity patterns of three selected focal groups of Gelada monkeys were studied. GPS points of their predominant behavioral activities were recorded daily every 15 minutes from 7:00 to 18:00 for 12 days every month. A total of 5,592 individual activity records were obtained from 2312 scan samplings taken over 120 study days. Feeding comprised 54.52% of the activity time, followed by moving at 20.67% and socialization at 11.95%. A multivariate analysis of variance (MANOVA) revealed that the time allocated to different activity types varied significantly over the year with the month (Roy’s Largest Root = 2.7, F4,22 = 13.2, p < 0.001, partial η2 = 0.653). The longest mean monthly travel distance was 2817.61 ± 582.57 m, recorded at the Cliff/rocky habitat during the wet season. Gelada monkeys’ daily range length and home range size extended more in the dry season. These findings may be explained by reduced habitat quality associated with livestock grazing, agricultural expansion, and charcoal production. Therefore, appropriate conservation measures should be implemented to minimize such adverse effects and conserve the endemic Gelada Monkey.

Socio-Economic Value and Availability of Plant-Based Non-Timber Forest Products (NTFPs) within the Charcoal Production Basin of the City of Lubumbashi (DR Congo)

The overexploitation of forest resources in the charcoal production basin of the city of Lubumbashi (DR Congo) is reducing the resilience of miombo woodlands and threatening the survival of the riparian as well as urban human populations that depend on it. We assessed the socio-economic value and availability of plant-based non-timber forest products NTFPs in the rural area of Lubumbashi through ethnobotanical (100 respondents) and socio-economic (90 respondents) interviews, supplemented with floristic inventories, in two village areas selected on the basis of the level of forest degradation. The results show that 60 woody species, including 46 in the degraded forest (Maksem) and 53 in the intact forest (Mwawa), belonging to 22 families are used as sources of NTFPs in both villages. Among these species, 25 are considered priority species. NTFPs are collected for various purposes, including handcrafting, hut building, and traditional medicine. Moreover, the ethnobotanical lists reveal a similarity of almost 75%, indicating that both local communities surveyed use the same species for collecting plant-based NTFPs despite differences in the level of degradation of the miombo woodlands in the two corresponding study areas. However, the plant-based NTFPs that are collected from miombo woodlands and traded in the urban markets have significant economic value, which ranges from USD 0.5 to USD 14.58 per kg depending on the species and uses. NTFPs used for handicraft purposes have a higher economic value than those used for other purposes. However, the sustainability of this activity is threatened due to unsustainable harvesting practices that include stem slashing, root digging, and bark peeling of woody species. Consequently, there is a low availability of plant-based NTFPs, particularly in the village area, where forest degradation is more advanced. It is imperative that policies for monitoring and regulating harvesting and promoting the sustainable management of communities’ plant-based NTFPs as a priority, be undertaken to maintain their resilience.