bluuebunny/crossref_metadata_2025_split huggingface dataset:
Mitigation and public coordination for Flood Disaster Risk Reduction (FDRR) in the implementation of North Luwu sustainable development
Authors: Kastono  , Manaf M , Muhibuddin A , Suriandjo H S , Hasbi  , Muspida A , Sudirman  , Widodo S , Abdulbar F 
Published: December 2022

Abstract
In flood-prone areas, coordination between parties in disaster risk reduction activities is very important. This is because disasters will directly impact the disruption of people’s lives and livelihoods, as well as hinder the process of sustainable development. This study aims to develop a public coordination scheme for flood risk reduction activities based on public resources available in North Luwu Regency. Public resources come from government agencies and the potential of the community available in North Luwu Regency with their respective tasks at the stage before, during, and after the disaster. Public coordination is expected to support the implementation of sustainable development based on disaster risk reduction in North Luwu Regency. The preparation of the public coordination scheme was preceded by a geospatial flood hazard assessment based on the characteristics of the Rongkong Downstream Watershed using a Geographic Information System (GIS). The results of the assessment form the basis for the implementation of the preparation of public coordination for DRR. North Luwu Regency is dominated by coastal land units bordering Bone Bay, plains to mountains. High rainfall, critical land use, and low-lying settlements cause the research area to be in a high to very high risk zone experiencing flooding. Sustainable development can run effectively if its implementation is based on disaster risk reduction policies with public coordination. Public coordination is carried out between government agencies and the community, who work together according to their respective roles and tasks at the pre-, during, and post-disaster stages. The results of the study indicate that more sector involvement is needed in the pre-and post-disaster stages. This indicates that public coordination before a disaster is risk prevention and reduction activity that should be prioritized in the implementation of development before hampering the sustainability of development.
Sintang Regency flood analysis of 2021
Authors: Putra Pamungkas Buana , Auliyani Diah , Adi Rahardyan Nugroho 
Published: December 2022

Abstract
A flood is a hydrometeorological disaster caused by several factors simultaneously. This paper aims to analyze the flood that hit the Sintang Regency in 2021. We analyze the flood spatially according to the method formulated by Watershed Management and Technology Center (WMTC), Surakarta. Sintang Regency grows at the Y-junction of two major rivers in the Kapuas Watershed, namely the Kapuas and Melawi River. The biophysical conditions in the upstream area affect the water level at the confluence. The results showed that 50% of the upstream Kapuas watershed is covered by forest. About 51% of land typology is vulnerable and the daily rainfall in October reached 138 mm, exacerbating the flooding in 2021. The flood emergency response status applies from October 21 to November 30, 2021. The floods inundated 12 of 14 districts in the Sintang Regency. Residents affected by flooding are caused by the location of their settlements on the riverside – the floodplain. One of the adaptations to the annual flooding carried out by the local community is to build houses on stilts. In addition, there is also lanting – a typical floating house. The location of lanting will adjust to the water level of the river.
Study of ecodrainage system for hydrometeorological disaster mitigation
Authors: Wuryanta A 
Published: December 2022

Abstract
Hydrometeorological disasters such as floods and landslides are triggered by high rainwater. The disasters often cause loss of property, loss of fertile soil layers, and loss of life. Ecodrainages such as biopore holes, silt pits, and infiltration wells are soil and water conservation technique that can be useful for reducing surface runoff and increasing infiltration so that they can be used for hydrometeorological disaster mitigation. The study was carried out in the Keduang Sub-Watershed, Wonogiri District. The purpose of the study was to calculate the volume of rainwater during the year 2017 and the volume of rainwater that could be stored. Based on the Minister of Public Works Regulation of the Republic of Indonesia No.14 / PRT / M / 2010, each person needs an average of 60 liters/day of clean water. Monthly rainwater data were obtained from the Department of Agriculture and Food Crops Wonogiri district; the population data were obtained from the Central Bureau of Statistics (BPS), and administrative and sub-watershed maps were analyzed from the Indonesia Topographic Map (RBI) scale of 1: 25,000. Total rainwater during the year 2017 was 1,027,523,049.78 m3, while the population in the year 2017 was 492,725 people. Based on the calculation, the need for clean water was 10,790,677,500 liters (10,790,677.5 m3). The average runoff coefficient in the study area was 38.57%. Therefore during 2017, there was a rainwater surplus of 631,117,906,037.99 liters (631,117,906.04 m3) in The Keduang Sub Watershed.
Community participation in soil and water conservation as a disaster mitigation effort
Authors: Indrawati D R , Supangat A B , Purwanto  , Wahyuningrum N , Subandrio B 
Published: December 2022

Abstract
Upstream watershed management that is not suitable for its carrying capacity causes watershed degradation, shown by the land degradation and landslides in the upstream area (on-site), sedimentation, flooding, and drought in the downstream area (off-site). One of the disaster mitigation efforts is the implementation of soil and water conservation in the upstream watershed, which requires community participation. Generally, community participation is still passive participation. The research aimed to identify community participation in soil and water conservation, and efforts to increase community participation in mitigating hydro-meteorological disasters. The research was conducted in the Micro Naruan Catchment, upstream of the Keduang Sub Watershed, the Bengawan Solo Watershed. Data were collected through observation, in-depth interviews, and Focus Group Discussions. The data are community perceptions of soil and water conservation, local wisdom related to soil and water conservation, and community participation of soil and water conservation activities from planning to evaluation. As mitigation efforts, soil and water conservation activities include planting perennial crops and controlling surface and gully erosion. The results show that: 1) people in the upstream watershed do not fully understand the linkages between upstream and downstream in the watershed; 2) community participation in soil and water conservation is not yet optimal; and 3) the community has local wisdom in soil and water conservation. To increase community participation in soil and water conservation, it is recommended that the techniques and patterns applied are not only to reduce disaster risk but also to improve the community’s economy.
Determine alternatives environmental sustainability of bauxite downstream industry management through integration MICMAC - ANP method: a case study of Ketapang Industrial Area, Ketapang Regency, West Kalimantan Province
Authors: Hendrik  , Fauzi A , Widiatmaka  , Suryaningtyas D T , Firdiyono F 
Published: December 2022

AbstractRed mud industrial cluster site is associated with increased risk of dam failure and there is an urgent need to address the environmental problem caused by the hazardous and toxic waste of red mud in alumina industry. The objective of this study was to determine the alternatives waste management of Ketapang Industrial Area by integrating the MICMAC-ANP method. The data source is from forum group discussion (FGD) and an in-depth interview with experts. The results of the study using the MICMAC showed that the relay variables were human resources, recycling technology, and raw material guarantee. Furthermore, integrated MICMAC-ANP method showed that the agreed-upon solution for environmental management is to form a partnership among companies, Ketapang industrial management, and regional-owned enterprises, with the regional-owned enterprise having the largest share of the product produced from economic waste. This can be seen from the weighting of each element that indicates the regional-owned enterprise element has the greatest weight, which is 0.4. Meanwhile, waste disposal criterion is quite important (0.44) in determining alternative environmental sustainability management of downstream bauxite industry. The primary consideration to achieve environmental sustainability management of the downstream bauxite industry are CSR, Labor, Tax, PPM, and transportation, which have a weight that is relatively similar (0.2). Regionally owned enterprises (0.4) play the most important roles in environmental management of the sustainable bauxite mining downstream industry related to economic waste management (the use of red mud).
Evaluation of the Implementation of Mangrove Thematic Environmental Education in Indramayu, West Java
Authors: Rosviani L , Kusmana C , Rachmawati E , Gunawan H 
Published: December 2022

Abstract
Mangroves are one of the natural habitats that we must preserve. One of the damage to mangrove forests is caused by the lack of knowledge and awareness of the community. Efforts to preserve through this knowledge and awareness can be given to the next generation from an early age. One of the conservation efforts is the existence of mangrove thematic environmental education spread from the west to the east of Indramayu. This study aim to identify the general conditions of each mangrove school and to evaluate the implementation of Mangrove Thematic Environment Education from students knowledge, attitudes, and behaviors. The analysis to be assessed is the influence of learning on knowledge, attitudes, behavior, and the influence of infrastructure on student attitudes and behavior. T-values Results Calculate learning variables with knowledge (10,707), attitudes (6,072), and behavior (3,338). While the test results for aspects of facilities and infrastructure did not have a significant influence on student attitudes and behavior. The facilities and infrastructure contained in the school have not fully supported the activities of students to study mangroves. Evaluation related to mangrove Thematic Living Environment Education, namely the need to improve learning methods and facilities externally so that students are more familiar with mangroves.
The dynamics of land cover in conservation areas using cloud computing platform: Cases in Gunung Merbabu National Park
Authors: Ardiaristo A , Prasetyo L B , Syaufina L , Kosmaryandi N 
Published: December 2022

Abstract
It is critical to consider all aspects of conservation areas, inside and outside, when maintaining them. Land cover dynamics in conservation areas mostly have not yet been considered in conservation area management practices, both geographically and temporally. The advancement of technology with cloud computing can speed up and simplify the acquisition of data and information on the dynamics of land cover changes. This study aimed to analyze the dynamics of land cover change in the Gunung Merbabu National Park (GMbNP) area from 1995 to the present. The method for determining land cover change dynamics was used and assessed by creating a code for land cover classification using the random forest classification algorithm on the Google Earth Engine (GEE) platform. The results showed that from 1995 to 2020, pine forests in GMbNP area decreased by 575.765 ha from the previous 1427,961 ha in 1995. The dynamics of land cover changes outside the area need to be the concern of area managers because agricultural land and built-up land are increasing of 5.42% and 113.2%, significantly beyond the area. Referring to those dynamic conditions, it should be a concern in planning and policy-making conservation management.
Comparison of municipal solid waste landfill management in Depok City and Klaten Regency
Authors: Ratnawati B , Yani M , Suprihatin S , Hardjomidjojo H , Cholik TN , Ardiyani Q T 
Published: December 2022

Abstract
Management at a Municipal Solid Waste Landfill (MSWLF) is necessary to save the environment from pollution. MSWLF, which previously used a sanitary landfill system, has changed to an open dumping system. An open dumping system can cause decay to the environment. This study aims to compare municipal solid waste disposal site management in two different regions. The research location is Depok City and Klaten Regency. This research was carried out from February to April 2022 with data collection techniques carried out by interview techniques, field observations, and literature studies. The analysis technique was carried out using descriptive analysis to describe the current management conditions of the two regions. In addition, it uses Strength, Weakness, Opportunity, Threats (SWOT) analysis to obtain recommendations for management improvements that can apply in the region. The Cipayung MSWF which was originally built with a sanitary landfill system has turned into open dumping, while the Troketon MSWLF is currently still able to process incoming waste using a controlled landfill system. The difference in the management of the two MSWLFs is influenced by financing, operational, and institutional aspects.
Current status of household e-waste management in Jakarta, Indonesia
Authors: Soesanto H , Maarif M S , Anwar S , Yurianto Y 
Published: December 2022

Abstract
Managing electronic waste or e-waste in Jakarta Province, Indonesia, is essential to support sustainable development goals (SDGs). E-waste contains toxic materials and is harmful to the environment while having the potential for a circular economy if appropriately managed. This study aims to analyze electronic waste management, formally originating from households in Jakarta Province, from the aspects of the e-waste collection mechanism, the type of e-waste, the amount of e-waste, and the flow of e-waste information using a descriptive method. The research findings are that the Jakarta Regional Government collects e-waste through three mechanisms: e-waste direct pickup (35.5%), e-waste drop box (0.6%), and e-waste temporary garbage collection (63.9%). The total amount of e-waste managed formally was 33,289 kg in 2021. In practice, there are five types of e-waste: television, lights, batteries, printer cartridges, and other e-waste. The effectiveness of the e-waste collection process needs improving. The amount of e-waste collected can be increased. One of the robust recommendations for improving e-waste management in Jakarta is integrating innovative digital platform-based technology and multi-actor collaboration. This research supports preliminary data and information on the circular economy’s potential and the formulation of specific regulations on e-waste in Indonesia.
Stakeholders analysis in agroecotourism development at Panjalu Ciamis
Authors: Saputro K E A , Hasim  , Karlinasari L , Beik I S 
Published: December 2022

AbstractThe Agroecotourism Village concept is an alternative for sustainable village development. This concept integrates economic growth, rural community involvement, and environmental sustainability. The synergy of stakeholders involved in development is necessary to support agroecotourism village development. This research aimed to identify the stakeholders involved in agro-ecotourism development at Panjalu Village, Ciamis Regency, West Java, Indonesia. Data research was collected through literature, observation, and key informant interviews. The data was analyzed quantitatively descriptive using the stakeholder’s analysis method. There are 37 stakeholders identified involved in agroecotourism development at Panjalu. The stakeholders studied are divided into five categories: central government, local government, community, business, and academics. Six key players are found in this result study: Ciamis Tourism Office, Ciamis Agricultural and Food Security Office, Panjalu Village Government, Panjalu Village Owned Enterprises, Citanduy River Regional Hall, and West Java Natural Resources Conservation Center. Each key player has a different form of relationship with other stakeholders depending on the role and authority of the stakeholders in the development of agroecotourism at Panjalu consists of communication, coordination, and cooperation.
Key elements structure in mangrove ecotourism management of Peropa’ea Protected Forest in North Buton Regency
Authors: Asniar  , Kusmana C , Arifin H S , Kuncahyo B 
Published: December 2022

Abstract
Mangrove ecosystem in Peropa’ea protected forest area has an aesthetic landscape that has a potential to be developed as ecotourism. The development of ecotourism in the protected forest area of Peropa’ea as a utilization effort of environmental services is a better strategy because it may reduce pressure on mangrove forest resources and bring socio-economic benefits to the community and area. The Peropa’ea Protected Forest Management Unit (KPHL) has prepared a service business plan environment in the form of “Banda Kawasa” mangrove ecotourism for the period 2015 to 2025. Some steps needed to be studied such as key elements in the development and management of mangrove ecotourism. Therefore, the purpose of this study was to identify elements and sub-elements in the development and management of mangrove ecotourism. The method used in this research was Interpretative Structural Modelling (ISM) with an element of related institutions, constraints, objectives, and priority programs in the development and management of mangrove ecotourism. The results indicated that the Provincial Forestry Office and Forest Management Unit (KPHL) Peropa’ea were the institutional key player in the development and management of mangrove ecotourism. Limited funding and supporting infrastructure for mangrove ecotourism was the main management constraint, and the program priority was to develop an integrated and sustainable mangrove ecotourism management plan. Therefore, it is recommended to improve the coordination among related institutions to develop and maintain the sustainability of mangrove ecotourism in this area.
Water quality status based on Pollution Index and Water Quality Index of Ciliwung River, DKI Jakarta Province
Authors: Aprilia M , Effendi H , Hariyadi S 
Published: December 2022

Abstract
The Ciliwung River receives loads from various sources of pollution along the border, both from agricultural waste, industrial waste, and domestic waste. The various wastes that enter the river cause a decrease in water quality. This study aims to determine the water quality status of the Ciliwung River in the Jakarta segment based on the Pollution Index (PI) and the Pesce-Wunderlin Water Quality Index (WQI). Monitoring on Ciliwung River water quality in the Jakarta segment was carried out in February-September 2021 at 18 observation stations. Most of the parameter tested for the water quality of the Ciliwung River in Jakarta does not meet the river water quality standards of class II based on Attachment VI of Government Regulation of the Republic of Indonesia Number 22 of 2021, such as total suspended solid, total dissolved solid, dissolved oxygen, ammonia, nitrite, total nitrogen, biochemical oxygen demand, chemical oxygen demand, total coliforms, and fecal coliforms. The water quality status of the Ciliwung River in the Jakarta segment is in medium to bad condition based on the Pesce-Wunderlin Water Quality Index and classified as moderately to extremely polluted based on the Pollution Index.
Monitoring thirty years of LULC change (1990 - 2021) from Landsat images of JATABEK, Indonesia
Authors: Ambarwulan W , Syetiawan A , Rahadiati A , Rahmawan G A 
Published: December 2022

Abstract
Monitoring land use/land cover (LULC) change is urgently needed in a sustainable environmental management process. Many management aspects require accurate information about past, present, and future projections to develop sustainable management strategies. Jakarta and its surrounding cities (Tangerang and Bekasi) called JATABEK is one area frequently flooded. This research aimed to derive the LULC map and its change by integrating remote sensing and Geographic Information Systems. Multi-year Landsat images conducted mapping using machine learning and Random Forest (RF) classifier processed through Google Earth Engine (GEE). The results showed that the two main classes that experienced drastic changes in JATABEK were built-up land and paddy fields which increased and decreased by 244% and 69%, respectively. In addition, RF and GEE are very robust in complex areas such as JATABEK. This is proved by the overall accuracy and Kappa coefficient above 80%. Planners and managers used a holistic picture of LULC in JATABEK to establish flood management strategies.
Identification method of vegetation cover changes derived from mosaic Landsat-8 Data: Case Study Sumatera, Kalimantan, and Java Island
Authors: Kartika T , Kushardono D , Setiawan Y , Ibrahim A , Kustiyo  , Sutanto A , Noviar H , Khomarudin M R , Carolita I , Tosiani A , Ubay M S N , Taufik M , Al-Khudri A 
Published: December 2022

Abstract
Vegetation cover changes information is essential in forest and plantation management. Low-resolution remote sensing in mosaic data format has been widely used for vegetation cover change mapping on a global scale by implementing the threshold method. However, the problem with this method in Landsat-8 - which has a higher resolution - is that it is challenging to obtain the appropriate value due to the diversity of Indonesia’s land ecosystems. This research aimed to determine the threshold value for detecting devegetation and revegetation to identify vegetation cover changes rapidly. This research used Oldeman Climate Classification with zone A and B as the references. The threshold values to classify vegetation cover changes were derived from the delta Normalized Burn Ratio (dNBR) of Analysis Ready Data (ARD) Landsat-8 - taken in Sumatera as the pilot area. Moreover, the proposed method was also applied to Kalimantan and Java Islands, with have identical climates. The results indicated that dNBR threshold for devegetation was more than 0.376, while revegetation was less than -0.269. These results were evaluated using high-resolution satellite imagery and ground-truth information. It concluded that Kalimantan Island obtained good results in mapping vegetation cover change with the threshold; however, Java Island required further adjustment for the threshold.
Modelling and mapping forest structure from aerial LiDAR data
Authors: Ruiz L A , Crespo-Peremarch P 
Published: December 2022

Abstract
A methodology for estimating forest structure and fuel variables from airborne LiDAR data is presented, based on the following steps: (1) data pre-treatment to obtain the digital terrain model and the canopy height model; (2) extraction of features or attributes from the LiDAR data for each sampling plot; (3) generation of prediction models for structure variables at plot level; and (4) its extension for the generation of maps of forest variables in larger areas. The methodology was applied to a study area of 4,100 ha in the municipality of Cuenca, where a LiDAR flight was carried out with a nominal density of 4 points/m2. For the generation of the prediction models, stepwise multiple regression was used, taking as reference measurements made in 110 field plots, obtaining values of R2 greater than 0.9 for total biomass, volume and fraction of canopy cover, and above 0.86 for basal area, stem biomass and root biomass. The generated models were applied to the entire work area for the creation of maps of forest structure variables, and the entire procedure was integrated into a specific software application.