bluuebunny/crossref_metadata_2025_split huggingface dataset:
EKOWISATA BERBASIS KONSERVASI BEKANTAN
Authors: El Faruqy Javied , Muchamad Bani Noor 
Published: April 2024

Proboscis monkey is mascot animal of South Borneo that is going through population decrease and considered as endangered animal. There is required effort with aim to preserving these animals. One of the conservation programs that can be implemented is nature based-tourism development with proboscis monkey as the object. In order to support this program, a proboscis monkey conservation based-ecotourism is designed with aim to educate about importance of proboscis monkey preservation. The designed object spread on two points, that is Muara Kanoco Village and Curiak Island that had been appointed by SBI as ecotourism area. This ecotourism emphasize on educative concept with human-nature symbiosis method. Educative concept is making the nature as learning space, while human-nature symbiosis is making human and nature have a good reciprocal relationship..
REDESAIN MA'HAD BAKKAH MARTAPURA DENGAN PENDEKATAN ARSITEKTUR PERILAKU
Authors: Aji Na'im Royyani , Dahliani Dahliani 
Published: April 2024

Ma'had Bakkah is a Salafi boarding school in Martapura that has grown organically sporadically following the need for space and land acquisition. Sporadic developments resulted in the inefficient arrangement of building masses and counterproductive circulation of the daily activities of students so the area needed to be redesigned. The redesign of Ma'had Bakkah uses a post-occupancy evaluation method by making student behavior the main study. The initial stage of post-occupancy evaluation is to collect data on existing assets and behavior on a macro and micro basis. The data obtained are the existing site, function, form, and the counterproductive level of the existing circulation based on three variables; steps, duration (seconds), and lines of reading the Qur'an. The set data was analyzed to produce the concept of the site, function, form, and value of the existing efficiency of Ma'had Bakkah. The results are redesigned concepts on-site, function, and form with the acquisition of post-redesigned circulation efficiency of 48% of the pre-redesigned circulation in the variable meter, steps, duration (seconds), and lines of reading the Qur'an.
PERANCANGAN STUDIO ANIMASI DI BANJARBARU
Authors: Herdhiani Muhammad Ferza , Wastuty Prima Widia 
Published: April 2024

The growth of the animation and video film sector was the highest in 2018 at 10.18%. This sector is a new opportunity for animators and VFX artists. Animation creators in South Kalimantan need a place to accommodate their skills in the form of an animation studio. The existence of an animation studio in Banjarbaru, South Kalimantan, opens up job opportunities for graduates of high schools (SMK) who focus on making animations. An animation studio will require a building design that will provide comfort for its users, so the space program needs to be considered and arranged efficiently. The problem raised in the studio design is how to design an animation studio that has an effective relationship between spaces and can provide ideas in the development of stories and the process of making animation? This problem is solved by preparing a space program based on the flow of the animation making work process and differentiating activity zones. The animation studio carries the concept of "Nature Feels" for relaxation and provides a sense of comfort in the work process. This atmosphere can also stimulate ideas in animation making.
KAWASAN AGROWISATA BUAH NAGA DI PELAIHARI
Authors: Permadi Imam , Heldiansyah J.C 
Published: April 2024

Pelaihari has a lot of tourism potential, but the tour focuses more on natural beauty, so it requires a supporting tourist attraction, namely dragon fruit tourism. The design of Pelaihari Dragon Fruit Agrotourism is a great opportunity for the tourism sector to introduce more dragon fruit production in Pelaihari. The purpose of developing agro-tourism is to increase the diversity of tourism and increase the tourist attraction of Pelaihari. Tourism can be a means of recreation that provides comfort and education that provides teaching. By applying the metaphorical method to the design of building designs, educational recreational circulation, various interesting tourist rides that can provide visitors with a memorable experience.
ARENA AIRSOFT GUN DI KABUPATEN TANAH LAUT
Authors: Asshidiqi Hasby , Hadinata Irwan Yudha 
Published: April 2024

Pelaihari sub-district is one of the sub-districts in Tanah Laut Regency which is the center of government and offices for the regional government. Pelaihari sub-district is the most developed sub-district in Tanah Laut Regency. The tourism sector in Pelaihari District is very well developed, people outside Pelaihari make Pelaihari a tourist destination during holidays or weekends. Airsoft guns are replicas of firearms that are now used as sports equipment. Airsoft gun hobbyists realize the battlefield by shooting between teams. Strategizing or just getting an adrenaline rush is the goal of the airsoft gun game. Airsoft gun has now become a recreational sport which means that airsoft gun can be used as a tourist destination. Although classified as an extreme sport, airsoft gun can be a family-friendly tourist destination if it is equipped with good facilities and uses the right scenario.
MARKAS SEKTOR PEMADAM KEBAKARAN DI BANJARMASIN
Authors: Halim Muhammad , Sarbini Gusti Novi 
Published: April 2024

Beside being known as the City of Thousand Rivers, Banjarmasin is also known as the “City of a Thousand Fire Fighters. It has a large number of fire station, especially from the local community. However, this creates new problems of uncontrolled fire extinguishers and lack of efficiency and effectiveness in their work. According from this, it felt necessary to encourage the government to improve their performances of the fire station. Design use universal architecture method to get a modular design and could be built in wherever place, especially at fire-prone area. The result is a fire department that can satisfy needs and provide of users in the aspects of service, education and controlling based on the area division.
MUSEUM KISAH KESULTANAN PASIR KABUPATEN PASER DI KALIMANTAN TIMUR
Authors: Mardiati Mardiati , Oktaviana Anna 
Published: April 2024

The Museum of the Story Sultanate of Pasir Regency in East Kalimantan is a museum that takes the historical history of the story of the Sultanate of Pasir events so that people and visitors know how the story of the Sultanate of Pasir events and also know and remember the sultans who have existed..The design of this. story museum space.uses the.concept of sequence with the problem seeking method as a problem solver. The concept of sequence refers to the sequence of spaces that ultimately the circulation of space can be.in line with the.story of the Sultanate of Pasir. In order for visitors to understand what is displayed in the exhibition display space, it.is necessary.to have a sense.of space character.and.visualization so that the sequence to be achieved can be an experience and insight for visitors.
PANTI SOSIAL TRESNA WERDHA DI BANJARBARU
Authors: Najibah Fadhliatun , Dahliani Dahliani 
Published: April 2024

Panti Sosial Tresna Werdha (PSTW) in Banjarbaru is an alternative residence intended for neglected elderly. The neglected elderly are categorized into two types, including economically neglected and socially neglected. This affects both physical and non-physical needs. To meet their needs, Tresna Werdha social institutions provide housing and various facilities that support elderly activities. Apart from physical needs, non-physical needs are the most important thing for the elderly. To be able to interpret the non-physical aspects for the elderly, it is necessary to review using the Behavioral Architecture method. This method aims to review space elements which will then be eaten with an understanding of home by aspects of Order, identification and dialectic processes. This is still a basis to be applied to the analysis. So the need for the theory of the hierarchy of basic human needs (maslow) to translate the analysis into a concrete form (architecture) in the form of physical needs physiological.needs, safety.needs, belongingness.needs, esteem.needs and.self.actualization. The concept refers to the five aspects of Maslow's theory which is contained in the concept of function and site in the design of the Panti Sosial Tresna Werdha (PSTW) in Banjarbaru.
SEKOLAH DASAR ALAM INKLUSIF BANJARBARU
Authors: Darajat Tuhfatul , Sa'ud Mohammad Ibnu 
Published: April 2024

Nature school is an alternative environment-based education that is currently developing in Indonesia. Natural schools are schools that use the school's natural environment as an arena for learning and interacting with the community. This helps students develop into human beings with character. Humans who are not only able to take advantage of nature, but also able to love and care for nature. Natural schools have a big vision and mission in supporting educational equity. The existence of inclusive education is one effort that is able to provide rights to children who tend to be less able in terms of many things such as economic or physical limitations.

Inclusion is a government program that has a big goal of equalizing education for all people, inclusion is a program that unites all children, including children with disabilities, in one school. Natural schools are considered to be more effective as a basis for inclusive programs because of the principles of natural schools that liberate all curiosity and interest in learning. Natural schools use nature as the main medium for real and direct learning, this is also what is expected to trigger a sense of independence in children with disabilities because the nature does not provide convenience just like that and also provides a calming effect on children and provides a pleasant atmosphere when learning and playing in same time.

Persons with disabilities are the main goal of the inclusion program, the high dropout rate has forced the government to make new policies related to education. Feelings of insecurity are the biggest cause for children with disabilities preferring to drop out of school. This problem continues to this day, so educational facilities that are comfortable for them must be put forward immediately for the sake of better equality of national education and intelligence.
Modern possibilities of MRI-based diagnosis of multiple sclerosis. Literature review
Authors: Degtyarev I. Yu. , Zavadovskaya V. D. , Kurazhov A. P. , Zorkaltsev M. A. , Alifirova V. M. , Sukhanova K. S. 
Published: April 2024

Multiple sclerosis remains the most common demyelinating disease of the central nervous system and ranks first among neurological diseases that lead to disability in young people. The most important diagnostic and prognostic marker, especially at an early stage of the disease, is magnetic resonance imaging (MRI), which currently remains the only method that allows to explore the entire central nervous system in vivo.The review presents literature data on modern achievements in MRI-based diagnosis of multiple sclerosis. Key attention is paid to such promising methods as assessment of brain and spinal cord atrophy, brain perfusion MRI, and diffusion tensor imaging. Implementation of these approaches in MRI can help solve the problem of early diagnosis of multiple sclerosis and determine more reliable markers of a response to ongoing therapy.
Hepatic stellate cells and their role in the formation of the progenitor cell niche
Authors: Zhdanov V. V. , Chaikovskii A. V. , Pan E. S. 
Published: April 2024

The processes of proliferation and differentiation of progenitor and stem cells in the body are ensured by a specific microenvironment, the stem cell niche. Universal components have been identified for all niches: supporting cells, extracellular matrix, and soluble biological factors. A niche is a dynamic system whose activity depends on regeneration needs.The review presents data on the structure of the hepatic stem cell niche and one of its main components – stellate cells and their role in pathology.
Vulvovaginal atrophy: current methods of diagnosis and treatment
Authors: Zainetdinova L. F. , Telesheva L. F. , Medvedev B. I. , Khakhulina V. V. 
Published: April 2024

Aim. To review modern methods of diagnosis and treatment of vulvovaginal atrophy (VVA), which is one of the manifestations of genitourinary syndrome of menopause in periand postmenopausal women.Materials and methods. A review of domestic and foreign literature on the prevalence and modern methods of diagnosis and treatment of VVA was carried out.Results. Unlike vasomotor symptoms, VVA progresses with age, causing a significant impairment in women’s quality of life. Symptoms usually begin to bother perimenopausal patients, but their frequency and severity increase significantly in postmenopausal women. Diagnosis of VVA can present some difficulties, as many women perceive their condition as a natural manifestation of aging and do not seek medical care. Currently, drug and non-drug therapies for VVA have been proposed, each of which has its own characteristics, indications, and contraindications. However, the safety and effectiveness of some of them have not been fully proven.Conclusion. VVA is common in periand postmenopausal women. Modern aspects of the diagnosis and treatment of this pathology can significantly improve the quality of life of patients with VVA symptoms. However, further research is needed to confirm safety of the proposed treatment methods, and search for new techniques is required.
Multifactorial, biomarker-based model for assessing the state of patients with schizophrenia
Authors: Cheremnykh E. G. , Savushkina O. K. , Prokhorova T. A. , Zozulya S. A. , Otman I. N. , Pozdnyakova A. N. , Karpova N. S. , Shilov Yu. E. , Klyushnik T. P. 
Published: April 2024

Relevance. Objective comparison of biological markers and real clinical presentation is especially difficult in mental disorders, which are classified according to a large number of diagnostic criteria and a wide variety of symptoms. Therefore, the development of an effective system of biochemical markers and assessment of their relationship to optimize the diagnosis and treatment of schizophrenia are relevant.The aim of the study was to develop a statistical model that combines known and tested biochemical markers for mental illnesses in patients with schizophrenia.Materials and methods. The study included 47 women aged 18–50 years (median age – 22 years) with the diagnosis of schizophrenia (ICD-10, F20) and 25 healthy women of the same age. The model was based on the functional activity of complement, thrombodynamics parameters, markers of inflammation, glutamate and energy metabolism, and antioxidant defense, which were shown to be associated with the severity of schizophrenia. The listed markers were evaluated in plasma, platelets, and erythrocytes of sick and healthy individuals.Results. Statistical software found pair correlations and features of the distribution of all markers as random variables in the examined groups and evaluated correlations between pairs of markers. Ten biomarkers were identified and united into a system that was adequately described by the logistic regression model. The model was evaluated using the Pearson’s test (χ2(11) = 57.6, p = 0.001) and calculation of correct predictions (91 and 80%) for samples of patients and healthy people, respectively.Conclusion. Calculating the logistic equation resulted in the probability that the patient has schizophrenia involving the immune system, hemostasis, and oxidative stress. This model can be considered as a new formalized approach to the preclinical diagnosis of mental illnesses.
3-D Leakage and Seismic Hazard Assessment for a Potential CO2 Storage Site in the Southern San Joaquin Basin, CA
Authors: Kohli A. , Kim T.W. , Li Y. , Kovscek A. R. 
Published: April 2024

Abstract
We investigate the hazards of leakage and induced seismicity for a potential CO2 storage site in the southern San Joaquin Basin, CA. Total injection is scheduled for 12.3 MtCO2 with variable rates over 18 years followed by 100 years of monitoring. We extend our prior analysis from 2-D to 3-D to account for variations in rock properties and the state of stress with depth. The CO2 saturation and pressure fields are simulated in a 3-D reservoir model that is optimized to minimize the pressure change on faults and the overall size of the CO2 saturation plume. We estimate CO2 and brine leakage rates along faults and existing wells that intersect the storage formation using the NRAP OPEN-IAM tool. We construct a vertical stress profile for site from pilot well data and estimate the probability of fault slip using the Fault Slip Potential tool. Faults and existing wells that penetrate the storage reservoir allow for brine and CO2 leakage, but leakage rates to USDW are negligible. Faults that are well oriented for slip in the stress field and within the pressure plume of the injector present the greatest hazard of induced seismicity. In the optimal simulation case, the probability of slip on potentially active faults does not increase significantly over the storage period and decreases rapidly to pre-injection values during the monitoring period. This study improves our prior protocol for CO2 storage hazard assessment by considering how 3-D variations in rock properties impact the potential for leakage and slip on faults.
Water-Extended Low-Density Granite-Based Geopolymer for Low-Temperature Well Cementing Applications: The Impact of Precursor Selection and Particle-Size Distribution
Authors: Agista Madhan Nur , Gomado Foster D. , Khalifeh Mahmoud 
Published: April 2024

Summary
Well cementing in areas close to the seabed remains a challenge due to unique conditions such as cold temperatures and weaker formations, leading to delayed cement hardening, extended drilling operation, and well integrity issues. Considering Portland cement’s limitations in cold areas and significant CO2 emissions through its manufacturing process, the need for more sustainable alternatives is highlighted. A low-density geopolymer through the water-extended approach was developed based on a previous study on low-temperature applications. Utilizing granite-based materials, this study optimizes the mix design by refining precursor particle sizes, using high-calcium blast furnace slag (BFS), and incorporating an amorphous potassium silicate activator. The research methodology includes sets of well cementing evaluations such as viscosity measurements, pumpability tests, and mechanical strength assessments. In addition, characterization techniques such as particle-size distribution (PSD) analysis, scanning electron microscopy (SEM), X-ray diffraction (XRD), thermogravimetric analysis (TGA), and isothermal calorimetry were used. These tests were crucial in understanding the material’s behavior under the specified application conditions. The findings reveal that the proposed geopolymer mix exhibits acceptable hardening time and mechanical strength development at lower temperatures, making it suitable for the challenging conditions of cold shallow-depth cementing. The study proves the feasibility of using high water content for geopolymers with acceptable properties and the novelty of its approach in the optimization of precursor particle sizes and the addition of higher calcium BFS. The geopolymer’s performance, even with a high water/solids ratio, highlights its versatility as a potential sustainable and efficient alternative to Portland cement.
Preparation of low-cost ceramic flat membranes from bauxite sludge and kaolin for dyeing wastewater treatment
Authors: Gao Ruoting , Gao Hang , Sun Ronglin , Zhang Wenjie 
Published: April 2024

Abstract

In this study, a ceramic membrane matrix was prepared using mineral sludge compounded with kaolin as a sintering additive and an alumina ceramic membrane film layer was prepared by spraying method and applied to dyeing and printing wastewater treatment. The matrix ceramic membrane with mechanical strength of 69.12 MPa, pore size of 35.77 nm, and permeation flux of 6459.84 L·m− 2·h− 1·bar − 1 was finally prepared at a composite addition ratio of 0.75:1 of mineral sludge and kaolin, a starch content of 9 wt%, a polyvinyl alcohol (PVA) content of 4 wt%, and a sintering temperature of 1150℃. The PVA content of 5.5 wt%, alumina (Al2O3) content of 10 wt%, sintering temperature of 1100℃, sintering time of 180 min, and the number of spraying times of 4 times under the experimental conditions of the monolayer ceramic membrane by spraying method, the acid resistance rate was 99.09% and the alkali resistance rate was 99.93%. The results showed that after accessing the MBR system, the single-layer ceramic membrane had a high treatment effect on NH4+-N, which realized the resourceful use of mineral sludge and the low-cost application of the ceramic membrane.
The ‘3-30-300 rule’ for urban nature exposes acute canopy deficits in 8 global cities
Authors: Croeser Thami , Sharma Roshan , Weisser Wolfgang , Bekessy Sarah 
Published: April 2024

Abstract

The ’3-30-300 rule’ is a recently proposed metric which sets minimum standards for access to nature in cities for human wellbeing. It specifies homes, schools and workplaces should have a view of 3 trees, be located in a neighbourhood with over 30% tree canopy cover and be within 300m walk of a park. This metric is an important progression for assessing urban nature because it is easy to understand, highly local, and sets a pass/fail benchmark for green infrastructure. Using a global dataset of over 2.5 million buildings in eight cities, we show that most buildings fail the ’3-30-300’ rule due to inadequate tree canopy. The ‘3’ standard was met more often, while ‘300’ was patchy. Further analysis indicates that existing trees are too small for adequate canopy cover. Cities must invest in improving planting conditions to support tree growth and enhance governance to reduce premature removals and excessive pruning.
Volatile vs Total intravenous Anaesthesia for major non-cardiac surgery: A pragmatic randomised triaL (VITAL)
Authors: Yeung Joyce , Jhanji Shaman , Braun John , Dunn Janet , Eggleston Lucy , Frempong Samuel , Hiller Louise , Jacques Claire , Jefford Monica , Mason James , Moonesinghe Ramani , Pearse Rupert , Shelley Benjamin , Vindrola Cecilia 
Published: April 2024

Abstract
Background
Improving outcomes after surgery is a major public health research priority for patients, clinicians and the NHS. The greatest burden of perioperative complications, mortality and healthcare costs lie amongst the population of patients aged over 50 years who undergo major non-cardiac surgery. The Volatile vs Total Intravenous Anaesthesia for major non-cardiac surgery (VITAL) trial specifically examines the effect of anaesthetic technique on key patient outcomes: quality of recovery after surgery (quality of recovery after anaesthesia, patient satisfaction and major post-operative complications), survival and patient safety.
Methods
A multi-centre pragmatic efficient randomised trial with health economic evaluation comparing total intravenous anaesthesia with volatile-based anaesthesia in adults (aged 50 and over) undergoing elective major non-cardiac surgery under general anaesthesia
Discussion
Given the very large number of patients exposed to general anaesthesia every year, even small differences in outcome between the two techniques could result in substantial excess harm. Results from the VITAL trial will ensure patients can benefit from the very safest anaesthesia care, promoting an early return home, reducing healthcare costs and maximising the health benefits of surgical treatments.
Trial registration
ISRCTN62903453