bluuebunny/crossref_metadata_2025_split huggingface dataset:
The nexus between ecological competence, forest area management, and sustainable agroecosystem performance for communities around Mount Merbabu National Park (MMbNP)
Authors: Esthi R B , Irawan N C , Setiawan I 
Published: November 2022

Abstract
MMbNP, with an area of approximately 5,725 hectares through several regulations, is designated as a conservation area and limits human activities to preserve agroecosystems and support natural and cultural tourism activities. MMbNP has the potential to provide food and a source of income for people living around the area, but the intersections that occur cause social, economic, and ecological conflicts of interest. This study aims to determine the relationship between ecological competence, forest area management, and sustainable agroecosystem performance. With a total of 60 respondents, this study used purposive location selection methods and snowballed random sampling to determine the sample size. The data analysis examination uses a partial least square and a descriptive-analytical method. The results of the study state that ecological competence is significant for forest area management. Forest area management has a significant effect on sustainable agroecosystem performance. Environmental competence significantly affects the performance of sustainable agroecosystems through forest area management. The conclusion is that implementing systematic and comprehensive management stimulates the community’s active participation in silviculture and biodiversity and increases environmental competence. The performance of sustainable agroecosystems strengthens the role of government, the local economy, health and nutrition, community and culture, and also promotes environmental conservation.
Lifecycle Assessment of the Contact Smart Card Product in Indonesia
Authors: Murti Z , Yanuar A I , Tasurun D P , Pratiwi A I , Aditiyawan  , Suryana Y , Rochmadi T 
Published: November 2022

Abstract
Smart Contact Cards have been widely used in Indonesia, especially in the banking sector. Bank Indonesia data shows an increase in the production of Card-Based Payment Instruments (APMK) consisting of Credit Cards, Debit Cards and Debit+ATM Cards. This is also followed by an increase in transactions using APMK from year to year. The large amount of contact Smart Card waste that is disposed of every year presents a major risk of environmental pollution. This study evaluates the potential environmental impact of the contact Smart Card product based on a life cycle assessment (LCA). The input data for all elements are obtained from the literature study with Gate-to-Gate System Constraints. The assessment was carried out with the help of OpenLCA v.1.8.0 software, ELCD 3.2 database and CML (Baseline) impact assessment method. The results of the analysis show that Marine aquatic ecotoxicity is a significant potential environmental impact with a magnitude of 96%, followed by Acidification and Human Toxicity. Each contact Smart Card has 62,04526 kg1,4-DBeq in Marine Aquatic Ecotoxicity Potential, 2,22473 kgSO2eq as Acidification Potential and 0.37285 kg1,4-DBeq as Human Toxicity Potential. Further examination also shows that most of the impact comes from the choice of materials used. Copper material as the main material for the chip module plays an important role in providing environmental impact.
Adaptation test for upland rice genotypes in Balunijuk village rice fields with ultisol type
Authors: Mustikarini E D , Prayoga G I , Santi R , Wardani K 
Published: November 2022

Abstract
Innovation to produce upland rice superior varieties is by developing local upland rice varieties with high yield and lodging resistance. Upland rice varieties also must have high adaptability in suboptimal land. This research aims to identify and determine the upland rice line F8 that is tolerant to lodging with high yielding potential.The research was carried out from September 2021 to January 2022 in Balunijuk Village Rice Fields, Bangka Regency. This research was conducted using an experimental method. The design used was a Randomized Block Design (RBD). The treatments consisted of 5 F8 lines and 5 comparison varieties. Data analysis used ANOVA followed by Duncan Multiple Range Test (DMRT). The results showed that generally upland rice genotypes were not able to adapt to inundation conditions, low pH, and Fe stress. Genotypes that were able to adapt were PBM UBB 1 (red rice), Danau Gaung and 21B-57-21-21-23 line (white rice), with the lodging index of 0% for these three genotypes, and a Fe toxicity scale with a value of sensitive. The genotype with the lowest yield was Inpago 8 and 23F-04-10-18-18 line. Genotypes with leaf length, number of grain per panicle, number and weight of pithy seeds per plant height increased seed yield/plot.
Corporate Sustainability for Indonesia’s Sustainable Society
Authors: Miftahadi M F , Rachman I , Matsumoto T , Kusuda T , Utomo T H A , Pradipta A , Mahardika S B 
Published: November 2022

Abstract
Economy and corporate activities are significant elements relating to sustainable drawbacks. The 2030 agenda is a supremely transformational vision ensuring no one is left behind and guarantees full benefits for today and future generations. However, there is a limited understanding of their relationship and how their critical root causes them. Therefore, this study explores the complicated history of Indonesia’s sustainability within a systematic qualitative review from primeval documents to recent trends data. As a result, the pattern of nature degradation concerning nation growth has been interpreted. A corporate sustainability perspective has been designed as a problem solver. The knowledge management of sustainability and carbon management hierarchy tools have also been introduced. Hopefully, this study expresses extensive reasoning for Indonesia’s road map to a sustainable society.
Importance of standardization and sustainability approach for higher biodiesel blends implementation
Authors: Febriansyah H , Aziz A , Soraya D F , Septiani M 
Published: November 2022

Abstract
This study aims to assess the role of the National Standardization Agency of Indonesia (BSN) and identify indicators of sustainability for higher biodiesel blends after implementing B30. This study considers quality conformity enforcement and sustainability perspective for sustainable biodiesel implementation. Surveys and interviews were conducted to gather primary data as a qualitative approach from biodiesel stakeholders. This study results that BSN represents a national standardization body in Indonesia and has contributed to biodiesel development and policy to implement biodiesel blends in Indonesia. Since 2006, BSN has released three series of Indonesia National Standard (SNI) 7182 for biodiesel standards. The implementation of the standard is regulated by the Ministry of Energy and Mineral Resources (MEMR) which enforce biodiesel business entities to conform with the biodiesel quality and the volume of biodiesel allocation. MEMR regulation number 41 the year 2018 is applied to give a fine for biodiesel business entities that do not comply. Since 2020, Indonesia has increased the biodiesel blends to 30% or B30. Increasing biodiesel contents could reduce the emission, while Indonesia still referenced EURO 2 standard and has a plan to apply EURO 4 standard in 2021.
Developing a business incubator measurement model
Authors: Suhandojo  , Askinatin M , Pradnyapasa D A , Heldini N 
Published: November 2022

Abstract
The industrial revolution 5.0 leads to a society 5.0 focusing on human welfare that pays attention to environmental sustainability and can begin with the process of creating environmentally friendly products. This study aims to prepare an ecosystem for creating environmentally friendly products by the following 2030 SDGs agenda through the support of the creation of an incubator organization as a vehicle for the growth of new competitive entrepreneurs. The methodology is compiled by elaborating the dimensions formed from the organization of a business incubator into variables based on the results of literature studies, in-depth interviews, and constructed assumptions. PI-ST2P Pelalawan Technopark is an example of measuring business incubators. This model can be the material for planning the development of the function of a business incubator. In addition to these two dimensions, it is necessary to develop the identification of variables and criteria according to providing organizational networks and the type of incubation services.
The effect of chemical activation of biochar on biogas purification
Authors: Pertiwiningrum A , Rhema T , Wuri M A , Fitriyanto N A , Tontowi A E 
Published: November 2022

Abstract
Biogas become one of many alternative energies that are claimed to contribute to greenhouse gas mitigation. The improved technology to gain good quality biogas has been developed over many years such as carbon dioxide adsorption and methane enrichment. Implementing biochar-based renewable sources can replace activated carbon-based fossil fuels. This study is developing activated biochar-based rice husk by chemical activation to replace 25% volume of natural zeolite to adsorb carbon dioxide in biogas purification. Three treatments of adsorption time variation were used in this study: 10, 20, and 30 minutes. The results showed that activation of biochar repaired the capability of biochar to adsorb carbon dioxide and methane levels in biogas. The best result was shown by biogas purification for 30 minutes with a methane enrichment of 24% compared to biogas before purification. Our results highlight the activated biochar based-rice husk becomes a candidate for an adsorbent in biogas purification and the chemical activation process as a strategy to improve the capability of the adsorbent.
The nexus between green strategic consensus, innovation, and performance evidence from eco-friendly food agro-industry companies in Indonesia
Authors: Suswadi  , Irawan N C , Aulia N N 
Published: November 2022

Abstract
Many companies with an agro-industry base have not implemented a green strategy in their business, so it impacts strategic consensus, product innovation, and company performance. Barriers to implementing a green vision and strategy occur because many top management teams have not yet reached a green consensus in their business. The green strategy consensus is when all levels of management, from top to bottom, agree and commit to putting in place a work culture, business model, and eco-friendly product innovation. This study aims to determine the effect of the green strategy consensus on eco-friendly product innovation and the performance of food agro-industry companies in Indonesia. We distributed 100 questionnaires through LinkedIn to the top management team at food agro-industry companies in Indonesia, with the result that 50 people returned the questionnaire. Data analysis used partial least squares on three variables and 15 indicators. The results showed that the green consensus positively affected environmentally friendly product innovation. The green consensus also positively affects the performance of food agro-industry companies in Indonesia. Eco-innovation has a positive effect on company performance. Finally, the green consensus significantly affects company performance through eco-innovation.
Utilization of flue gas desulfurization gypsum waste as a partial substitution of cement for the production of concrete bricks
Authors: Rifai A S , Gunawan I , Hambali R 
Published: November 2022

Abstract
This research aims to determine the use of flue gas desulfurization gypsum waste as a partial substitution of cement for the manufacture of concrete bricks. Flue gas desulfurization gypsum is waste from the tin processing that takes place. This research uses flue gas desulfurization gypsum waste compositions of 5%, 15%, 25%, and 35% by weight of cement. The design of the concrete brick was mixed with a design compressive strength value of 5 MPa and is included in the class II quality category according to SNI 03-0349-1989 concerning concrete bricks for masonry walls with a water-cement factor value of 0,4. The size of the test object is 40 x 10 x 20 cm, where the making of concrete brick uses a hydraulic press machine with a total sample of 40 pieces. The results showed that the use of flue gas desulfurization gypsum could increase the compressive strength with a substitution percentage of 5% with an optimum average compressive strength value of 8,569 MPa and the optimum water absorption value with a 5% substitution percentage of 9,315%. The percentage above 5% experienced a decrease in the average compressive strength and an increase in the average water absorption capacity of the concrete bricks.
Towards a sustainable new state capital (IKN): sustainable zoning plan formulation based on quantitative zoning approach
Authors: Ristanto D A , Jatayu A , Sihotang R Z F 
Published: November 2022

Abstract
Indonesia’s state capital relocation to Kalimantan Island started with the ratification of the Bill on the State Capital (IKN). The relocation was one of the development strategies to replace the old “Java-Centric” development approach. This change will hugely affect the socio-economic-environmental condition on the Kalimantan Island itself, especially around Balikpapan-Samarinda corridor, as that region is the focus of the new state capital development. Urban expansion and conurbation in that corridor will have various impacts, including changing economic structure, environmental degradation, and especially social imbalance and exclusion of local/traditional tribes in that region. This research will aim to evaluate and formulate a better zoning plan in the IKN area with a shifted focus on improving and preserving environmental quality and social inclusivity of traditional villages. This research will use a quantitative zoning method based on urban containment and the forest city concept. This research results in the improvement of the zoning plan in the IKN area. There is a special cultural enclave zone consisting of the traditional village and its cultural activities as conservational areas. The zoning regulation is also improved to direct the expansion process in Balikpapan-Samarinda corridor and prevent urban sprawl, allowing the region to develop more sustainably.
Preparation and Characterization of Liquid Smoke from Wood Sawdust Azadirachta excelsa (Jack) M. Jacobs and its Application as a Natural Rubber Coagulant
Authors: Triawan D A , Nasution A V , Sutanto T D , Nesbah N , Widiyati E , Adfa M , Banon C , Nurwidiyani R 
Published: November 2022

AbstractAzadirachta excelsa(Jack) M. Jacobs (AE) sawdust is a waste from the furniture industry that is not utilized and causes environmental problems. AE sawdust that contains cellulose, hemicellulose, and lignin can be used as liquid smoke for various applications. This study aims to perform the production, characterization, and application of liquid smoke as a latex coagulant. AE liquid smoke was produced at ± 300-350 °C by pyrolysis temperature for 6 hours. The yield of AE liquid smoke was 30.59% with characteristic smoke in odor, reddish brown in color, the pH value was 3.58 ± 0.015, specific gravity was 1.08 g/mL, and total organic acid contain was 10.410 ± 0.2%. FTIR spectrum of liquid smoke shown OH, C=O and C-O stretching vibrations of carboxylic acids. The results showed that along with the increase in the concentration of AE liquid smoke that latex coagulation timing was accelerated. Interestingly, at a concentration of 14% AE liquid smoke demonstrated a faster coagulation time than the positive control. The application of AE liquid smoke into the latex was accelerated the coagulation time, removing unpleasant odors from natural rubber, and improving the latex texture but changing the color of natural rubber from white to grey and it might be a substitute for formic acid as a natural rubber latex coagulant.
Eco-design practice towards sustainable furniture: A Review
Authors: Septiani M , Putri N C , Verma G , Sasongko N A 
Published: November 2022

Abstract
Eco-design is a practice that incorporates environmental aspects into all stages of the product development process with the intent to reduce the environmental impacts throughout the lifecycle of a product. This study aims to elaborate on eco-design strategies in the development of sustainable furniture. This paper is based on published research on eco-design, eco-design in furniture, and sustainable furniture. A study of European product policy regarding eco-design is also included. A combination of eco-design qualitative and quantitative tools offers a practical way of eco-design implementation. Ecodesign practice adapted from integrating DfE and LCA is presented. With the presented case study, a more comprehensive design decision can be made if the eco-design approach is used. The environmental aspect of the product may influence how products are designed, selected, and manufactured in comparison to using the traditional design method.
Adsorption of Fe metal in groundwater by magnetite-kaolinite
Authors: Mardiah I A , Sari F I P , Adisyahputra  
Published: November 2022

Abstract
The magnetite-kaolin was synthesized via coprecipitation method with variation kaolin-magnetite = 1:1, 2:1, 3:1 and the material used to remove Fe metal in groundwater. The kaolin clay, magnetite, and kaolin-magnetite composite was characterized by X-ray diffraction, Fourier transform infra red, and adsorption efficiency test for Fe metal ion. The results indicated magnetite particle adhering to the surface of kaolin by lewis interaction. The results for adsorption kaolin:magnetite = 1:1, 2:1, 3:1 in groundwater showed better results compares to kaolin and magnetite. The optimum kaolin-magnetite adsorb Fe metal in 2:1 ratio with a stirring time of 60 minutes and the eficiency adsorption values is 73.35%. Based on this results, kaolin-magnetite composite can be relied in water treatment with the advantages of high adsorption capacity and the presence of magnetic properties to facilities the procces of transferring adsorbent and adsorbat.
Utilization of drone for reclamation at the Batu Ampar block PT Timah Tbk
Authors: Gaunna A , Andini D E , Franto  
Published: November 2022

Abstract
The Batu Ampar block is one of the ex-mining blocks in Bangka Regency where land revegetation has been carried out in 2019 and 2020. Observation of land realization is carried out by testing the accuracy of mapping using a base map from drone data and the success of the canopy cover level in accordance with the accuracy of the classification of the base map based on Regulations Head of the Geospatial Information Agency Number 15/2014. The results of processing and analysis show that the CE90 and LE90 accuracy test values for drone data geometry are 0.44 m and 0.86 m for the GCP georeference is said to be in class 3 on a scale of 1:2500 and class 1 on a scale of 1:5000. In the process without GCP georeference, the CE90 and LE90 values of 8.5 m and 6.8 m do not correspond to any class on the ideal scale for the layout of the Batu Ampar reclamation block mapping.
How to tackle the global challenge of falls?
Authors: Seppala Lotta J , van der Velde Nathalie 
Published: November 2022

Abstract
Worldwide, falls and accompanying injuries are increasingly common, making their prevention and management a critical global challenge. The wealth of evidence to support interventions to prevent falls has recently (2022) been distilled in the first World Falls Guideline for Prevention and Management for Older Adults. The core of falls prevention includes (i) risk assessment and stratification; (ii) general recommendations on optimising physical function and mobility for all and (iii) offering a holistic, multidomain intervention to older adults at high risk of falls, in which the older adult’s priorities, beliefs and resources are carefully considered. In recent decades, sustainable and adequately resourced falls prevention has proved challenging, although evidence suggests that suboptimal implementation of falls prevention is ineffective. Future research should focus on understanding the most successful approaches for implementation. To further optimise falls prevention, recent developments include technological innovation to identify and prevent falls, including exergaming. Further work is warranted to understand how to best incorporate the concepts of frailty and sarcopenia in falls prevention and management. This themed collection includes key articles in the field of falls prevention, covering several topics including risk factors, effective interventions, older adult’s views, implementation issues and future perspectives.
Elucidation of decomposition pathways of linoleic acid hydroperoxide isomers by GC-MS and LC-MS/MS
Authors: Miyazaki Ruriko , Kato Shunji , Otoki Yurika , Rahmania Halida , Sakaino Masayoshi , Takeuchi Shigeo , Sato Toshiro , Imagi Jun , Nakagawa Kiyotaka 
Published: November 2022

ABSTRACT
Food lipid oxidation provides various volatile compounds involved in food flavor via the decomposition of lipid hydroperoxide (LOOH). This study predicted the pathways which can coherently explain LOOH decomposition focusing on hydroperoxy octadecadienoic acid (HpODE) isomers (9-EZ-HpODE, 9-EE-HpODE, 10-HpODE, 12-HpODE, 13-ZE-HpODE, and 13-EE-HpODE) which are the major LOOH contained in edible oils. Each standard was first prepared and thermally decomposed. Generated volatile and non-volatile compounds were analyzed by GC-MS and LC-MS/MS. The results showed that all HpODE decomposition was based on the factors such as favorable scission, radical delocalization, and cyclization. Interestingly, the formation of 8-HpODE and 14-HpODE were demonstrated during HpODE decomposition. The insights obtained in this study would explain the generation pathways of flavor involved in food quality.
Improving dynamic predictions with ensembles of observable models
Authors: Massonis Gemma , Villaverde Alejandro F , Banga Julio R 
Published: November 2022

Abstract

Motivation
Dynamic mechanistic modelling in systems biology has been hampered by the complexity and variability associated with the underlying interactions, and by uncertain and sparse experimental measurements. Ensemble modelling, a concept initially developed in statistical mechanics, has been introduced in biological applications with the aim of mitigating those issues. Ensemble modelling uses a collection of different models compatible with the observed data to describe the phenomena of interest. However, since systems biology models often suffer from a lack of identifiability and observability, ensembles of models are particularly unreliable when predicting non-observable states.

Results
We present a strategy to assess and improve the reliability of a class of model ensembles. In particular, we consider kinetic models described using ordinary differential equations with a fixed structure. Our approach builds an ensemble with a selection of the parameter vectors found when performing parameter estimation with a global optimization metaheuristic. This technique enforces diversity during the sampling of parameter space and it can quantify the uncertainty in the predictions of state trajectories. We couple this strategy with structural identifiability and observability analysis, and when these tests detect possible prediction issues we obtain model reparameterizations that surmount them. The end result is an ensemble of models with the ability to predict the internal dynamics of a biological process. We demonstrate our approach with models of glucose regulation, cell division, circadian oscillations and the JAK-STAT signalling pathway.

Availability and implementation
The code that implements the methodology and reproduces the results is available at https://doi.org/10.5281/zenodo.6782638.

Supplementary information
Supplementary data are available at Bioinformatics online.