Reclamation Plan Research Articles

Mechanism of Law Enforcement against Violations of Reclamation Obligations by Mining Business License Holders

This study explores the effectiveness of regulations governing reclamation obligations by Mining Business License (IUP) and Special Mining Business License (IUPK) holders in the context of post-mining environmental restoration. Despite the existence of various regulations, there are still legal loopholes and overlapping regulations that hinder effective reclamation implementation. This research uses a normative juridical approach by analyzing existing legal norms, as well as a conceptual approach to explore legal concepts related to reclamation and corporate social responsibility. The results show that many companies do not fulfill their reclamation obligations due to weak law enforcement, lack of quantity and quality of supervision, and unclear regulations. In addition, community participation in the reclamation process is minimal. To address these issues, the study recommends a series of reforms, including increasing the number and quality of mine inspectors, implementing technology in supervision, and stricter and more consistent enforcement of legal sanctions. The development of realistic reclamation plans and community participation in the reclamation process are also a key focus. The study emphasizes the need for comprehensive reforms in regulations and law enforcement mechanisms to ensure IUP and IUPK holders' compliance with reclamation obligations, which in turn will support environmental restoration and the welfare of affected communities.

Estimation of the distribution of deflation sites on the territory of the Nenets Autonomous Okrug by data of remote sensing

Geoinformation assessment of deflation processes in the Arctic conditions makes it possible to move to a new technological level in the planning of forest reclamation of the landscapes of the Arctic zone. The use of forest reclamation and phytomelioration of accumulative forms makes it possible to control desertification processes. To achieve the purpose of the study – to assess the spatial distribution of deflated surface areas on the territory of the Nenets Autonomous Okrug, a geoinformation analysis of current space sensing data was carried out and the degree of degradation (deflation and anthropogenic transformation) of the territory in controlled areas was revealed, on the basis of which the necessary measures are proposed to prevent land deflation and it is planned to create an information system for monitoring and forecasting the state of soil and vegetation cover. The decoding of satellite images of deflation sites in the research area made it possible to develop vector cartographic GIS layers, which show selected coastal, continental not grown and overgrown massifs. The conducted geomorphological differentiation of deflation sites makes it possible to effectively use such parameters as tiering, exposure, meso- and microclimatic differences, as well as plan anti-deflation measures. Vector cartographic layers of the spatial distribution of sandy accumulative forms have been developed and their morphometric characteristics have been determined, the features of the development of continental and coastal deflation have been established, the areas of which are 31.51 and 20.86 thousand hectares, respectively, the total number of sites allocated by vector contours exceeds 166 thousand, and their sizes vary from 0.001 hectares to more than 5.5 thousand hectares. As a result of a spatial assessment of 68 large sandy massifs overgrown with vegetation, their area of 543.85 thousand hectares has been established.

Research on the Impact of Coastal Land Reclamation on Geomorphic Complexity and Tidal Energy Dissipation—A Case Study of Zhoushan Islands, Hangzhou Bay

ABSTRACTCoastal mudflats are vital land resources. In recent years, coastal reclamation has emerged as a vital strategy for alleviating coastal land supply shortages and for developing marine resources in coastal areas. However, large‐scale coastal reclamation changes the natural landscape properties of sea areas, triggering alterations in the surrounding hydrodynamic and ecological environments. Despite the significant impact of coastal geomorphic features on tidal energy loss and disaster prevention, few studies have explored the intrinsic connection between the complexity of coastal landscapes and the rate of tidal reduction. This relationship is crucial for predicting potential tidal energy loss responses to large‐scale changes in geomorphologic features caused by accelerating coastal land reclamation. This study focuses on Hangzhou Bay as the research area and develops a model that combines the correlation between the rate of tidal reduction and the complexity of coastal landscapes. The model is constructed using fractal geometry theory and quantitative methods, while also incorporating principles from ocean dynamics theory. The model is applied to assess the impacts of reclaimed land on the geomorphic complexity and tidal energy dissipation in the Zhoushan Islands. Results indicate a high correlation between differential tide reduction rates and coastal geomorphic complexity. Application of this model reveals that traditional reclamation planning and design substantially alter coastal morphology. Consequently, the significant reduction in the fractal dimension (D) and shape index (S) leads to a tidal reduction rate decrease of over 88%, posing substantial threats to coastal and estuarine bay disaster prevention and ecosystem services. The study proposes effective control indicators and scientific reclamation planning measures, providing a theoretical basis and novel methods for the rational utilization and sustainable development of coastal mudflat resources.

Perencanaan Biaya Tahun 2025 pada Kegiatan Reklamasi di Banko Barat PT Bukit Asam Tbk Tanjung Enim Sumatera Selatan

Based on Law no. 3 of 2020 article 140 concerning Mineral and Coal Mining which states that "Every holder of a Mining Business Permit (IUP) and Special Mining Business Permit (IUPK) is required to submit a reclamation plan and post-mining plan when applying for a Production Operation IUP or Production Operation IUPK as basis for placing reclamation guarantees. The aim of this research is to calculate the direct and indirect costs required for PT Bukit Asam's reclamation plan. The research method used in this research is using activities in the form of visits and direct observations in the field and also collecting articles as support. Direct costs include recountouring costs, revegetation costs and maintenance costs, which are planned at Rp. 12,889,010,229. Meanwhile for indirect costs, the amount is determined from the indirect cost graph, the plan is Rp. 3,054,695,424, so the total cost of the reclamation plan for the West Banko Pit is Rp. 15,943. ,705,653 with an escalation calculation of 5.51%, it becomes IDR 19,758,945,354.

Simultaneous stochastic optimisation of mining complexes: Integrating progressive reclamation and waste management with contextual bandits

ABSTRACT Managing environmental performance of waste dump facilities in mining complexes is an integral part of long-term production planning. Sustainable long-term production scheduling solutions are desired to mitigate risk and return the environment to a productive post-mining state. A simultaneous stochastic optimisation framework for long-term production scheduling in mining complexes is developed that integrates waste management and progressive reclamation. The waste dump placement schedule is jointly optimised with the extraction sequence, destination policy, and stockpiling decisions in a single stochastic mathematical programming framework. This includes the timing of progressive reclamation activities in parallel with production to enhance waste dump rehabilitation. Uncertainty related to the production of acid rock drainage is quantified by simulating geochemical properties of waste and managing the blending of uncertain waste properties within the optimisation framework. With respect to the framework for simultaneous stochastic optimisation, contextual bandits are explored to improve the metaheuristic solution approach and solve the corresponding large-scale optimisation model. The framework is tested in a multi-mine copper-gold mining complex leading to improved environmental performance. Risk of acid rock drainage is decreased by 52.5% in the waste dump facilities. Reclamation planning activities for meeting environmental requirements are scheduled prior to closure. The solution approach more effectively improves the objective function with contextual bandits leading to a 24% improvement in the study presented.

Coal mining and water resources: impacts, challenges, and strategies for sustainable environmental management

The intricate relationship between coal mining and water resources is discussed, as well as coal mining affects the quality and availability of water is highlighted. Coal deposits play a major role in energy production, and at the same time, coal mining causes adverse environmental effects. For this reason, the article is devoted to the study consequences of coal mining on water contamination and soil conditions. The investigation results show that coal mining causes dangerous and harmful particles to reach the surface of the water, degrades the soil, and causes chemical exposure. Hydrology and water quality throughout the mining lifecycle are influenced by such consequences, which can be observed across mining regions and under different extraction methods. In this regard, there exists a need for effective strategies and implementing best practices for mining operations, adopting preventive measures for acid mine drainage, and advanced water management techniques. Also, the experience of effective environmental management is discussed. Mining reclamation plans, adherence to specific standards, and the role of rocks selection in reclamation success are discussed. Considering the above balancing energy needs with sustainable environmental practices is crucial to ensuring the coexistence of mining and global water resources.

Policy planning and practical implementations of coastal adaptation strategies to reduce the impact of sea level rise in the coastal region of Kanyakumari District, Tamil Nadu, India

Coastal adaptation is a scientific process, and social, economic, and political adjustment of coastal management policies to minimize the climate impact and increase the resilience in the coastal system. The Kanyakumari coastal region encompasses industrial, ecological, residential and tourist hotspots with high sensitivity for the impact of sea level rise. We used mixed policy tools to evaluate the impact in the coastal region and develop adaptation strategies which are integrated into existing management. To be an effective implementation of adaptation policy, we propose five guiding principles: (i) Develop a coastal settlement management plan for accelerated sea level rise in each fishing hamlet by incorporating the plan into sub district planning. (ii) Entitle a Multipurpose Cyclone Shelter (MCS) in each fishing hamlet and each one access for refugee seekers during a cyclone and later for internally displaced persons (IDPs). (iii) Develop a database system at village level to set up the coastal adaptation policies against sea level rise and a database system should be update time to time (climate, population, migrants, vulnerability data). (iv) Setup an Agricultural Conservation Practices (ACP) and Wetland Reclamation Plan (WRP) in the wetland-rich coastal plain region. (v) Practical approaches to linking the coastal adaptation plan in the study area to the Sustainable Development Goals (SDGs) targets and indicators are proposed.

A framework for selecting and assessing soil quality indicators for sustainable soil management in waste dumps

The primary objective of this study was to develop soil quality indexes (SQIs) to reveal the changes in SQ during the restoration of vegetation in the reclaimed waste dumps of the Hequ open-pit coal mine. The study built an SQI evaluation model for waste dumps based on the soil management assessment framework. The total data set (TDS) consisted of nine physicochemical property indicators. The selection of the minimum data set (MDS) involved the utilization of principal component analysis (PCA) and Norm values. The SQ was comprehensively evaluated for nine indicators, taking into account the non-linear membership function and the improved Nemerow index. The findings suggested a notable disparity in the SQ between the reclaimed area and the unreclaimed area, yet the overall SQ fell short. In the TDS index system, the organic matter has the highest weight and a greater contribution to the soil quality of the waste dumps. In the MDS indicator system, the weights of organic matter and total nitrogen are both 0.5. According to Nemerow index method, the average SQIN of 5 plots is calculated to be 0.4352 ± 0.194. The average value obtained from TDS is 0.581 ± 0.236, and the average value obtained from MDS is 0.602 ± 0.351. The weighted additive method was employed to compute three SQIs, all of which yielded satisfactory outcomes. And the above evaluation methods indicate that the overall soil quality level of the waste dumps is at a moderate level. The sequence of SQ in various waste dumps was as follows: No.4lower > No.1 > No.2 > No.3 > No.4upper. Specifically, the non-linear membership function indicated that pH, available nitrogen (AN), available phosphorus (AP), surface moisture content (SMC), and bulk density (BD) were crucial in limiting SQIs in total waste dumps. The crucial limiting SQIs in unreclaimed areas were total phosphorus (TP) and total nitrogen (TN). This analysis demonstrates its efficacy in formulating strategies for the SQ evaluation and targeted soil reclamation plans of waste dumps.

Technologies of Ecological Mediation

Different world views and ontologies require different technologies to deal with environmental issues. Land reclamation plans in Bali’s south, meant to open up new space for tourist development, triggered strong but varied responses in the Balinese population, from rejection to enthusiasm. All actors claim to aim towards a prosperous Bali, and at the protection of a degrading environment, but notions of prosperity and protections and the means and technologies used differ tremendously which leads to ethical conflicts. This paper identifies three actor groups based on the technologies they use to mediate relationships in the ecologies they inhabit. Drawing on modern interventionist technology and development and implied universal moralities, scientists aim to manage environment and normalize ecologies for economic benefits or environmental protection. In contrast, religious Balinese actors, for whom environments are dwelling places of spirits and gods, make use of their bodies as means of mediation to communicate with the non-human and restore the balance between environment, humans and god. A third kind of technology used in the reclamation case is a broad mix of media, from traditional theatre to new social media, that are meant to mediate between locally rooted ontologies and global activism, communicate resistance to a broad public, and thus save a (sacred) environment and Bali. In the Bali case, technologies appear ambivalent as they contain contradictory forces and their relationship with the environment is highly complex, which makes consequences quite unpredictable and ethics quite diverse.

Effectiveness of Rehabilitation of Former Limestone Quarry Land: A Case of Ecologi-cal Market in Gari Village, Gunung Kidul Regency

The objective of the study was to evaluate the environmental, economic and social benefits of the reclamation of limestone from the quarry to pasar ekologis. Community involvement in reclamation planning is one of the government's strategies to accommodate the community's aspirations for the type of reclamation so that a sense of concern for the maintenance of Pasar Ekologis Argo Wijil can be properly carried out. The research was carried out in Gari Village, Gunung Kidul Regency. Data was collected through direct observation to measure plant height, observe the growth of vegetation in Pasar Ekologis Argo Wijil, and interview structures with traders and visitors. Pasar Ekologis Argo Wijil contains several plant species, including Terminalia mantaly, Pterocarpus indicus, Syzygium Mytifolium, and Tamarindus indica. Plant growth can be beneficial in pasar ekologis as it helps to reduce air pollution, ensuring safe activities can take place. The success of the reclamation of ex-mining limestone cannot be separated from the participation of the people of Gari Village. The community of Pasar Ekologis Argo Wijil has taken the initiative to increase green open spaces and promote vegetation growth by planting and replenishing more plants. The management of the pasar ekologis is enriched by the combination of traditional market culture and ecological concepts. Pasar ekologis was originally planned for Sunday mornings only. Activities in Pasar Ekologis Argo Wijil provide an opportunity for the community to improve the local economy. The reclamation of ex-mining limestone for a traditional market with an ecological concept promotes environmentally responsible behaviour.

CRIMINALIZATION OF CIVIL SOCIETY AND INDONESIA ENVIRONMENTAL POLITICS: CASE STUDY OF TANJUNG BENOA RECLAMATION

There is a serious problem with Indonesia's environmental politics because the government supported policies that potentially harmed the environment, including the reclamation project. Reclamation has harmed the mangrove forest and coral reef, as well as the fishing area. Civil society questioned the commitment of Indonesia's government to protecting the mangrove forest in Indonesia. The problem is worsened when activists and indigenous communities are criminalized. Activists are threatened by legal action due to their political activism. This research attempted to understand the role of civil society in changing government decisions by using a case study of the cancellation of the reclamation plan in Tanjung Benoa, Bali. Primary data is obtained through direct observation in Tanjung Benoa, Bali, and supported by secondary data from journals, news outlets, and official reports. There are two main findings. Firstly, the criminalization of civil society showed that the contradiction of the Indonesian constitution and law enforcement is clearer. Secondly, the government finally canceled the reclamation project in Tanjung Benoa due to massive protests from communities and civil society.
 Keywords: Environmental Politics, Indonesia, Tanjung Benoa, Civil Society, Reclamation

Morphology and phylogeny of Nitzschianandorii sp. nov. (Bacillariophyceae), a new small-celled lanceolate species from a post-mining reservoir.

Post-mining reservoirs are distinguished by characteristic environmental conditions where specific diatom communities can be observed. Reservoirs created as a part of the reclamation plan after human mining activities are marked by unique chemical and physical water parameters. In the course of research on the diatoms from Bogdałów reservoir, we examined the taxonomic and morphological diversity of Nitzschia taxa from the section Lanceolatae occurring in a post-mining lignite reservoir. Our study describes a new species of Nitzschia from a post-mining reservoir, Nitzschianandorii Olszyński, Zakrzewski & Żelazna-Wieczorek, sp. nov. Morphometry and morphology analyses of new species were performed with light and scanning electron microscopy. Chloroplast morphology analysis was conducted with differential interference contrast microscopy and confocal laser scanning microscopy. Molecular data from SSU 18S, rbcL and psbC sequences were obtained from cultures of this taxon. Differential diagnosis of Nitzschianandorii Olszyński, Zakrzewski & Żelazna-Wieczorek, sp. nov. with co-occurring taxa: N.lacuum and N.alpinobacillum was performed using morphological traits and nMDS analysis of the valves' morphometry.

LAND ARRANGEMENT PLANNING ON RECLAMATION LAND OF PT. MEGA MULTI ENERGY, NORTH BARITO, CENTRAL KALIMANTAN

PT. Mega Multi Energi (PT MME) operates in the coal mining industry which causes land changes, so planning for land reclamation is carried out. This research aims to determine the slope, landform management, and reclamation planning. Results of slope stability analysis to design single slope and overall slope dimensions. A detailed topographic survey has been carried out by PT. MME uses LiDAR mapping with a total work area of ± 5000 Ha. This technology uses the latest advanced LiDAR or Light Detection and Ranging sensor which is designed for activities in the form of topographic surveys and 3-dimensional imaging, operated by plotting millions of laser beam points on objects at one time and then modeling them in the form of a 3-dimensional point cloud. The rocks that make up the slopes in the mining area of PT. MME is dominated by claystone and sandstone. An individual slope design with a height of 10 meters and a slope of 60° shows a safety factor (FK) value of > 1.5. Landform regulation is intended to reduce the speed of runoff, erosion sedimentation, and landslides, the shape and design of the slope must be gentle. Implementation of the reclamation plan starts with land preparation, erosion and sedimentation control, topsoil management, and revegetation.

The Patterns of Migration of Potentially Toxic Elements from Coal Mining Subsidence Areas and Associated Soils to Waterlogged Areas.

It is crucial for effectively controlling potentially toxic element (PTE) pollution to understand the pollution situation, ecological risks, health risks, and migration patterns of PTEs. However, currently, no research has been conducted on the migration patterns of soil PTEs from coal mining subsidence areas to waterlogged areas under different restoration modes. In this study, a total of 15 sediment samples and 60 soil samples were collected from landscaped wetlands, aquaculture wetland, fish-photovoltaic complementary wetland, photovoltaic wetland, and waterlogged areas with untreated coal mining subsidence. The PTE pollution status, ecological risks, health risks, migration patterns, and the important factors influencing the migration were analyzed. The results indicated that the comprehensive pollution level of PTEs in waterlogged areas with coal mining subsidence can be reduced by developing them into landscaped wetlands, aquaculture wetlands, fish-photovoltaic complementary wetlands, and photovoltaic wetlands. Additionally, the closer to the waterlogged area, the higher the Cu content in the subsidence area soil is, reaching its peak in the waterlogged area. The Cd was influenced positively by SOC and pH. The research results were of great significance for formulating reclamation plans for waterlogged areas and controlling PTE pollution.

Reclamation Plan for Production Operation Phase of Quartz Sand Mine in Riau Islands

PT. X is a quartz sand mining company located in Riau Islands. PT. X has a mine life of 5 years, starting in the first year of 2023 until the last year of 2027. Mining activities have a negative impact on the environment, therefore reclamation activities are carried out at the production operation stage. The purpose of this study is to determine the area of land to be reclaimed, techniques and equipment to be used in reclamation, land stewardship, revegetation, maintenance, and reclamation costs. This research uses the actual calculation method this method has 4 stages, namely the preparation stage, the data collection stage, the research stage in the field, and the stage of preparing the final report. At the data collection stage using primary and secondary data owned by PT.X. Reclamation of the production operation stage carried out by PT. X uses Hybrid Coconut plants. Hybrid coconut will be reclaimed on former mining land during the life of the mine whose work process is carried out in tandem with quartz sand mining activities. The reclamation cost plan of PT. X consists of direct costs and indirect costs. The total cost plan of reclamation of PT. X amounted to Rp. 583,799,620.00.

Geophysical Research on an Open Pit Mine for Geotechnical Planning and Future Land Reclamation: A Case Study from NW Macedonia, Greece

In open pit mining areas, knowledge of geotechnical conditions (e.g., overburden thickness, background slope, and fault locations) ensures geotechnical safety during exploitation as well as reclamation planning. The Greek Public Power Corporation initiated a research program after stability issues emerged on the southern side of the Mavropigi open pit mine in NW Macedonia. Geotechnical wells revealed steeply dipping bedrock and thin tectonic contact, indicating the need for the detailed imaging of the subsurface for future stability measures. For this purpose, a geophysical investigation aimed to extract information mostly for the dip of the interface between schist bedrock and overlaying Neogene sediments and/or limestones. Based on the high contrast of electrical properties between schists and limestones, as well as the differences in acoustic impedance and formation thickness, the seismic reflection and electrical resistivity tomography (ERT) methods were selected. The suitability of the seismic reflection for its application in this area was checked by generating synthetic seismic data, which resulted from the simulation of seismic wave propagation for geological models of the area. The acquisition parameters were determined after the noise test. Field seismic data processing produced a depth-migrated section, which revealed the existence of a fault. The use of dipole–dipole and gradient arrays, in 2D and 3D electrical resistivity measurements, ensured both the lateral and vertical mapping of schist bedrock and detected limestone bodies within the overburden. Also, the tectonic contact zone between limestone and schist formations was properly imaged. The comparison between geoelectrical and seismic sections indicated that the seismic reflection method provided a more accurate estimate of fault inclination. Finally, the geophysical survey enriched the geotechnical models necessary for sustainable mining (e.g., rational exploitation, the optimization of productivity, and zero accidents) including the planning of future reclamation.

Tree-level landscape transitions and changes in carbon storage throughout the mine life cycle

Opencast mining activities destroy native vegetation, directly impacting the carbon sequestration capacity of the regional ecosystem. Restoring tree species have significant impacts on carbon storage. However, changes in carbon storage across tree-level landscape and the impact of tree-level landscape transitions on carbon storage remain poorly described in the literature, and this information is urgently needed to support management decisions. In this study, we combined field data and remote sensing techniques to create field data-driven maps of the tree-level landscape. This enabled the assessment of carbon storage and quantification of the impact of tree-level landscape transitions on carbon storage. We founded that carbon storage rises in initial/stable stages, decreases in development stage during mining expansion and reclamation. The choice of restoration tree species significantly influenced carbon storage. Pinus tabuliformis-R. pseudoacacia accumulated more carbon storage, making it a more suitable model for ecological reclamation of Pingshuo opencast mine. Furthermore, changes in carbon storage are influenced by land-use policies. Land-use policies and reclamation efforts counterbalance carbon loss associated with construction. Various tree-level landscape transitions were examined, with Pinus tabuliformis transitions notably affecting carbon storage, offering insights for ecological reclamation planning. Our research provides a reference for carbon storage assessment in opencast mining areas, enhances understanding of carbon storage changes in mining areas, assists in formulating ecological reclamation plans, and contributes to the “dual‑carbon” goals and climate change mitigation.

The simple network-based measuring system for improving the evaporation estimation

Abstract This paper presents a novel method for measuring the data for evaporation estimation as the key ingredient for the final decision of the reclamation form in the area of the Most Basin. The area has been intensively mined for many decades, resulting in significant landscape devastation, loss of natural habitats, and negative environmental impact. Currently, it is assumed that by 2050, three large-scale reclamation projects will be implemented in the area and it is necessary to decide which form of reclamation to choose. Whether to build lakes according to the currently valid rehabilitation and reclamation plan or to leave the area of the quarries in succession with the support of spontaneous inflow of water up to a naturally sustainable water level. Whether the first or second option is approved, or a combination of both, the prediction of evaporation from the free water surface will always be of great importance. To deal with this goal, the available meteorological data must be combined with a suitable calculation method. In our work, we suggest utilizing a measuring network of meteorological devices that describe the character of the weather in a given area of interest in a long-term time series. Together with the state-of-the-art calibration of models for calculating evaporation, the measurement network helps to provide more accurate evaporation data for a given area. Based on the analysis of research results, it will be possible to choose a specific right decision and thus contribute to the long-term sustainability of these reclamations.

Abandoned mine land program: Examining public participation in decision‐making

AbstractFor centuries, coal extraction and production provided low‐cost energy that powered the American economy. Currently, an estimated 5.5 million people in the Appalachian region live within one mile of an Abandoned Mine Land (AML) site. The site remediation has been funded and promoted by the AML program under the Surface Mining Control and Reclamation Act (SMCRA) of 1977, and public engagement has been required. However, little is known about the AML program and the public engagement requirement for site remediation decision‐making. Relying on State and Tribal Reclamation Plans and community surveys, we investigate how AML states and tribes engage the public and which barriers limit successful participation in the AML program. We found that AML states and tribes rely heavily on traditional methods of public engagement, such as public meetings, hearings, and comment periods, rather than nontraditional methods that could include more diverse stakeholders. We also found (1) lack of information on public participation opportunities and (2) unclear project selection and awards processes as key barriers limiting public engagement. Three recommendations specific to AML program are suggested.

Reclamation Plan on Stone Land of The Ex-Nickel Mining at PT Vale Indonesia Tbk Central Pinnacle Condemnation

Environmental and occupational safety issues in the world's mining business have always been the most important issues. The main problems that arise in ex-mining areas include environmental changes which include chemical changes, physical changes and biological changes (Hoskin, 2002). Reclamation is an activity carried out throughout the stages of the mining business to organize, restore and improve the quality of the environment and ecosystem so that they can function again according to their designation (Ahmad, 2006). Primary data collection was obtained using a mobile phone as evidence of the implementation of research activities for research location data, reclamation locations were taken using GPS (global position system) and drones. Secondary data is given directly from supervisors in the company. Land arrangement is intended to obtain a surface finish that is stable and has a natural shape so that it is in harmony with the shape of the pristine landscape, supports the success of plant growth, facilitates access to further work throughout the area, and increases the aesthetic value of the land (Munir, 2017). All irregular heaps are tidied up and leveled, deposits that have the potential to form a collection of water are filled with the result of pushing material from the leveled heap. Ex-mining land with irregular and uneven terrain (holes, relatively steep slopes) must be laid out in such a way as to be stable with low landslide and erosion hazard potential (Noor Rizqoon, 2004). Piling of rocks using top soil as thick as 50 cm on rocky ground. Activities that are no less important are sowing topsoil, making contour drains and making planting holes, these activities are carried out by making arrangements for making drainage and pocket ponds have been completed. Planting holes with a spacing of 3.5 meters and 4 meters can be ascertained that in 1 hectare of reclamation land for Konde Central Pinnacle 714 planting holes can be made, so it can be concluded that the planting holes for Konde Central Pinnacle are good with spacings of 3.5m and 4m.