bluuebunny/crossref_metadata_2025_split huggingface dataset:
Pengembangan Wisata Kampung Heritage Kelurahan Pakelan melalui Video dan Peta Potensi untuk Meningkatkan Branding Wisata
Authors: Ansyorie Mohammad Musthofa Al , Ichwanto Muhammad Aris , Ariestadi Dian , Winarno Agung , Yudhistira Chrisnanda Iqbal , Novianti Novianti 
Published: February 2024

The city of Kediri has many historical buildings that should be preserved, one of which is located in the Pakelan Village area which was a former Chinatown area in the past. Pakelan Village, Kediri City has tourism potential to be developed with many interesting characteristics such as social life, culture, and several unique buildings, with this uniqueness the tourism potential in Pakelan Village is very large. This potential must be encouraged and developed by the socio-cultural characteristics of the community. The development of sociocultural-based tourism potential through making videos and potential maps is an effort to improve the branding of the tourist area. With service activities from the Malang State University team, they will focus their activities on developing available local wisdom to improve the tourism sector so that it has great competitiveness and is able to become a branding owned by Pakelan Village. In the implementation of tourism branding activities in the Pakelan Village area, involving the Malang State University team who will develop videos and maps of tourism potential. The output of this activity is a final report in the form of the results of the development of the heritage village area of Pakelan Village, Kediri City, and Copyright in the form of videos and maps of tourism potential by carrying out the concept of a sociocultural-based heritage area to improve tourism branding.
Kota Kediri memiliki banyak sekali bangunan sejarah yang patut dilestarikan, salah satunya berada di wilayah Kelurahan Pakelan yang merupakan bekas kawasan Pecinan di masa lampau. Kelurahan Pakelan, Kota kediri memiliki potensi wisata untuk dikembangkan dengan banyak karakteristik yang menarik seperti kehidupan sosial, budaya serta beberapa bangunan yang unik, dengan adanya keunikan tersebut potensi pariwisata di Kelurahan Pakelan sangat besar. Potensi ini harus didorong dan dikembangkan sesuai dengan karakteristik sosial budaya masyarakat. Pengembangan potensi wisata berbasis sosioculture melalui pembuatan video dan peta potensi merupakan upaya dalam meningkatkan branding kawasan wisata tesebut. Dengan kegiatan pengabdian dari tim Universitas Negeri Malang akan memfokuskan kegiatannya dengan mengebangkan kearifan lokal yang tersedia untuk meningkatkan sektor pariwisata supaya memiliki daya saing yang besar dan mampu menjadi sebuah branding yang dimiliki oleh Kelurahan Pakelan. Dalam pelaksanaan kegiatan peningkatan branding wisata Kawasan Kelurahan Pakelan, dengan melibatkan tim Universitas Negeri Malang yang akan mengembangkan video dan peta potensi wisata. Luaran dari kegiatan ini adalah laporan akhir yang berupa hasil pengembangan Kawasan kampung heritage Kelurahan Pakelan, Kota kediri dan Hak Cipta beruapa video dan peta potensi wisata dengan mengusung konsep kawasan heritage berbasis socioculture untuk meningkatkan branding wisata.
Implementasi Spot Playground Berbasis Military Training sebagai Spot di Embung Desa Banjarejo
Authors: Wicaksana Muhammad Aryabima , Widiastuti Fanny Iga , Debytiantama Gamaliel Brian , Qadri R Muh Airmar Al , Ansyorie Mohammad Musthofa Al 
Published: February 2024

Banjarejo Village is one of the villages within the administrative area of Pakis District, Malang Regency. As a village with an area classified as lowland, Banjarejo village has a lot of potential that is very promising to be developed into a tourist village. Thus, it is necessary to develop the location of the umbulan water reservoir in Banjarejo Village. The intended development is the addition of tourist spots around the location to attract tourists. The planned tourist spots should have a child-friendly concept and can also be used as tourist spots that increase children's agility so that children can play while practicing their agility. The military training-based agility playground spot is a play spot that can attract tourists, especially those with children. In addition, this playground spot can increase the agility and liveliness of children. This playground spot is based on military training because the spots on the playground resemble military training. This playground spot will be implemented in the umbulan source reservoir area in Banjarejo Village. With this military training-based playground spot, it can increase the attractiveness of tourists to visit the umbulan source reservoir in Banjarejo Village.
Desa Banjarejo merupakan salah satu desa yang berada dalam kawasan administratif Kecamatan Pakis Kabupaten Malang. Sebagai desa dengan wilayah yang tergolong pada dataran rendah, desa Banjarejo memiliki banyak potensi yang sangat menjanjikan untuk dikembangkan menjadi desa wisata. Hampir dikeseluruhan desa ini diketahui memiliki banyak sumber air, sebagaimana hasil survei pendahuluan ke lapangan terdapat setidaknya 9 titik air yang bersumber dari tebing. Dengan demikian perlu dilakukan pengembangan terhadap lokasi wisata Embung Sumber Umbulan Desa Banjarejo. Pengembangan yang dimaksudkan adalah penambahan spot wisata disekitaran lokasi untuk menarik minat wisatawan. Spot wisata yang akan direncanakan hendaknya memiliki konsep yang ramah anak dan juga dapat dijadikan sebagai spot wisata yang meningkatkan ketangkasan anak sehingga anak-anak dapat bermain sekaligus melatih ketangkasannya. Spot playground ketangkasan berbasis military training merupakan spot bermain yang dapat menarik wisatawan khususnya yang memiliki anak. Selain itu spot playground ini daapt meningkatkan ketangkasan dan keaktifan anak. Spot playground ini berbasis military training karena spot-spot yang ada di playground tersebut menyerupai pelatihan-pelatihan militer. Spot playground ini akan diimplementasikan di kawasan Embung Sumber Umbulan yang ada di Desa Banjarejo. Dengan adanya spot playground berbasis military training ini dapat meningkatkan daya tarik wisatawan untuk berkunjung ke Embung Sumber Umbulan Desa Banjarejo.
Interesting case report on Chiari network
Authors: Kumar Dheeraj , Singh Gajram , Singh Mahendra , Singh Jyotsana 
Published: February 2024

The Chiari network is a congenital remnant that is typically found in the right atrium and is generally not associated with significant pathophysiological implications. Usually, this is detected on general routine health checkup screening or casual examination. But, occasionally in certain cases, it is possible for this condition to results in diagnostic ambiguity when assessing right atrial disorders. Additionally, it has potential to contribute to the development of thromboembolism by inducing flow blockage. The Chiari network can be accurately diagnosed by echocardiography. This network appear as a highly mobile, highly reflectant echo target at many regions in the right atrium during transthoracic and transesophageal echocardiography. In this study, we provide a case involving an 18 year old male students studying cardiac technology who was diagnosed incidentally during echocardiography practical classes with Chiari network, mild TR and mild PR. The value and precision of echocardiography are becoming more widely recognized and being used more frequently. The potential for finding normal anatomical variations and their potential incorrect interpretation as pathological states coincides with the wider implementation of this imaging method.
Perspectives of rural farmer households on food security through a qualitative study in Indonesia
Authors:   Universitas Cahaya Prima, Yusriadi Y , Junus D ,   Universitas Gorontalo, Wijayanti R ,   STKIP PGRI Bangkalan, Hasnawati H ,   Universitas Cahaya Prima, Cahaya A ,   Universitas Cahaya Prima
Published: February 2024

In developing countries, rural farmers contribute significantly to food production, but their households are still vulnerable to poverty, food insecurity, malnutrition, and stunting. Although quantitative studies have explored the factors that influence farmers' dietary diversity, the data can be improved by integrating farmers' experiences and perspectives on whether and how these factors affect their dietary diversity. Malnutrition and food insecurity are more prevalent in developing and underdeveloped nations like Africa and Southeast Asia. Due to increased work, this country usually sees a rise in stunting, malnutrition, and increased physical activity. Stunting has a higher prevalence than other nutritional disorders, such as malnutrition, according to Nutrition Status Monitoring (NSM) data over the last three years. The frequency of stunting in children under five has risen from 27% in 2016 to 29% in 2017. This will assist in designing and implementing interventions. Forty rural farmers in Bone Regency, Indonesia, became informants in targeted interviews as part of the qualitative study (20 male and 20 female farmers). According to the research results, both male and female informants were concerned about the availability and variety of food. They feel that household food production is essential to achieve food security. Food sales are affected by prices, household income, distance to markets, and the range of food available. Household food production, knowledge, nutrition, availability, use of information, time, and household income are significant determinants of the variety of food consumed. In farming households, gender influences and variations on the distribution and use of food collected and income are explored. Men have more time to engage in agricultural endeavors that promote dietary diversity. Based on these findings, efforts to increase dietary diversity should address current food security and production challenges, support increased farm incomes and market access, utilize designs that address gender issues, and include nutrition capacity building, diverse practices, and social behavior change strategies. Key words:	rural farmers, food security, food diversity, nutrition, market access, Indonesia
An extensive investigation of the anthropometric measurements in males with 47,XXY (Klinefelter Syndrome) from birth to five years of age and the impact of early hormonal treatment (EHT)
Authors: Schmidt Kara , Gropman Andrea , Sadeghin Teresa , Jackson Toreh Alysandra , Samango-Sprouse Carole 
Published: February 2024

Aim: 47,XXY (KS) is the most frequently occurring sex chromosome aneuploidy (SCA) with an incidence rate of 1:500 to 1:650 live male births. 47,XXY is characterized by androgen insufficiency and hypogonadism, diminished phallus size, hypotonia, and increased stature. This investigation examines the relationship between Early Hormonal Treatment (EHT) and growth in boys with 47,XXY from birth to 5 years.
Methods: A cohort of 134 males with 47,XXY was seen as part of a natural history study and anthropometric measurements were completed at each evaluation for height (HGT), weight (WGT), and head circumference (HC). Data was analyzed for these factors in the group receiving testosterone as EHT (T group) and a no treatment (No-T) control group.
Results: Significant differences in HC were observed between the T group and No-T group for birth to 12 months. There was no other significant difference in HC for boys between the ages of 13 to 60 months. Only significant differences were observed in the birth to 12 months group for HGT between the T group and No-T group. There were only significant differences in WGT in the birth to 12-month age range between the T group and the No-T group, as well as in the 12-24-month age range.
Conclusion: EHT is not associated with reducing or advancing growth in children with 47,XXY over 2 years old. After 24 months of age there is no discernible difference between boys with 47,XXY with EHT and without EHT.
A test-tube vinification method for high-throughput characterisation of the oenological and aromatic potential of white wines
Authors: Claudel Patricia , Dumas Vincent , Thibon Cécile , Lemarquis Grégory , Jaegli Nathalie , Sivsivadzé Ana , Baltenweck Raymonde , Hugueney Philippe , Duchêne Éric 
Published: February 2024

The quality of wine largely depends on aroma perception, but the genetic basis explaining the variations of aroma compound concentrations in wines is still fragmentary. To unravel links between genetic variations and aroma compound variations in hundreds of genotypes, we developed a small-scale, high-throughput test-tube vinification (TTV) method capable of producing white wines that reveal the genetic potential at the scale of a single vine stock. We evaluated this method on commercial grapevine varieties (Riesling, Gewurztraminer, Chardonnay, Chasselas, Floreal, Muscat à petits grains blancs) and genotypes resulting from a bi-parental cross, covering a wide aromatic palette. The wines produced were described by usual oenological parameters and GC-MS profiling of volatile compounds. We compared the wines obtained with the TTV method to commercial wines and to wines obtained from larger fermentation volumes (5–10 L). Our results show that the TTV method is suitable to produce white wines on a very small scale, i.e., less than 100 mL and that these small-scale wines faithfully reflect the aromatic potential of the different varieties, as would larger volume methods. The proposed method is a high-throughput approach to assess the oenological potential of hundreds of grapevine genotypes from grape material harvested on a single vine. This wine-focused direct phenotyping method will pave the way for a better understanding of the genetic determinism of wine aromas, especially for molecules that are not directly present in grapes, such as volatile thiols and 1,1,6-trimethyl-1,2-dihydronaphthalene (TDN).
Type III Popliteal Artery Entrapment Syndrome with Concurrent Chronic Exertional Compartment Syndrome
Authors: Armando Chenée , Sherbondy Paul , Simoni Eugene , Cole Sandra 
Published: February 2024

Case:
The patient, a 21-year-old female Division I track and field athlete, presents with bilateral calf pain, tightness, numbness, and swelling during activity. Initially diagnosed with chronic exertional compartment syndrome (CECS), she underwent bilateral four-compartment fasciotomies. After 4 months, she experienced persistence of some of her prefasciotomy symptoms and was referred to vascular surgery. A fibrous band was compressing the popliteal artery, making the diagnosis of popliteal artery entrapment syndrome (PAES). She underwent bilateral popliteal artery decompressions. She had a successful recovery with no recurrence of numbness, weakness, or pain.

Conclusion:
Recognize that structural PAES may coexist with CECS.
Sources of Ore Material in the Platinum-Group Element Deposits of Polar Siberia and the Middle Urals Based on the Data from Radiogenic (Re–Os, Pt–Os) and Stable (Cu, S) Isotopes
Authors: Malitch K.N. , Puchtel I.S. , Badanina I.Yu. , Votyakov S.L. , Soloshenko N.G. , Belousova E.A. , Velivetskaya T.A. , Ignatiev A.V. 
Published: February 2024

Abstract
—Understanding the main events of platinum-group element (PGE) ore formation is impossible without analysis of the sources and behavior of major ore-forming components, namely, platinum, osmium, sulfur, and copper, which are important indicators of magmatic and hydrothermal processes. In contrast to the Re–Os isotope system, the radiogenic Pt–Os isotope system, as well as stable isotopes of Cu and S in PGE deposits, are still relatively understudied. Our comprehensive research is aimed at filling this gap. The paper presents data for the Guli massif of ultramafic and alkaline rocks and carbonatites in Polar Siberia and on the zonal Nizhny Tagil and Svetly Bor clinopyroxenite–dunite massifs in the Middle Urals, which include: (1) the contents of the highly siderophile elements (HSE) in whole rocks and platinum-group minerals (PGM), (2) the Re–Os and Pt–Os isotope systematics of chromitite, Os–Ir alloys, and Ru–Os sulfides, (3) the sulfur isotope composition in Ru–Os and Ir–Rh sulfides in primary and secondary PGM assemblages, and (4) the copper isotope composition in Pt–Fe minerals from chromitites and placers. The research was performed using scanning electron microscopy, electron probe microanalysis, and high-precision isotope-geochemical analysis. The high-precision Re–Os and Pt–Os isotope data show that the HSE contents in chromitites and PGM of the Guli massif were controlled by the composition of the mantle source that evolved with near-chondritic time-integrated Re/Os and Pt/Os ratios, which are also typical of the sources of most komatiites and abyssal peridotites. The δ65Cu values of the studied samples of ferroan platinum and isoferroplatinum are identical within the analytical uncertainty and are close to 0‰, which is typical of high-temperature Cu-containing minerals. The sulfur isotope compositions of the Ir–Rh sulfides of the kashinite–bowieite series and of the Ru–Os sulfides of the laurite–erlichmanite series in the primary PGM assemblages indicate that the source of sulfur has a chondritic isotope composition, which is in agreement with the osmium isotope composition of the Ru–Os sulfides and Os–Ir alloys. The heavy sulfur isotope composition (δ34S = 5.6 ± 1.5‰) of As-containing erlichmanite is consistent with its secondary origin. The new data on the isotope compositions of osmium, copper, and sulfur can be used as new important parameters that characterize the sources of PGE mineralization.
Groundwater suitability assessment for irrigation and drinking purposes by integrating spatial analysis, machine learning, water quality index, health risk model
Authors: Yan Yuting , Zhang Yunhui , Yao Rongwen , Wei Changli , Luo Ming , Yang Chang , Chen Si , Huang Xun 
Published: February 2024

Abstract

An in-depth understanding of nitrate-contaminated groundwater quality and risks is important for groundwater management. Hydrochemical characteristics and driving forces of groundwater quality and non-carcinogenic risks of nitrate were revealed by the integrated approaches of self-organizing map analysis, spatial visualization by geography information system, entropy and irrigation water quality indices and human health risk model. Groundwater samples were subdivided into two clusters by SOM analysis. Cluster Ⅰ including three samples were Ca-SO4 type and cluster Ⅱ of remaining 136 samples were Ca-HCO3 type. Hydrochemical compositions of two cluster samples were dominated by water-rock interaction: (1) calcite and gypsum dissolution for Cluster I samples, and (2) calcite dissolution, silicate weathering and positive cation exchange for Cluster Ⅱ samples. Nitrate contamination occurred in both Cluster I and Ⅱ samples, primarily induced by agricultural nitrogen fertilizer. The EWQI results showed that 90.97% in total groundwater samples were suitable for drinking purpose, while the IWQI results demonstrated that 65.03% in total groundwater samples were appropriate for irrigation purpose. The HHR model and Monte Carlo simulation indicated that the non-carcinogenic nitrated risk was highest in children. Exposure frequency was the most sensitive factor (86.33% in total) influencing the total non-carcinogenic risk, indicated by sensitivity analysis.
A soft cable loop based gripper for robotic automation of Chemistry
Authors: Manes Lupo , Fichera Sebastiano , Fakhruldeen Hatem , Cooper Andrew , Paoletti Paolo 
Published: February 2024

Abstract
Robotic automation is proving itself indispensable in the modern Chemistry laboratory, but adoption is slowed down by the technical challenges of implementing such systems. This paper reports on a novel adaptive gripper mechanism that can easily and reliably grasp cylindrical and prismatic objects of various sizes with limited clearance required. The proposed design exploits the inherent compliance of a cable that is driven to fully envelope the target object. The cable is run through a rigid finger, allowing the loop to be placed around objects with minimal clearance required and to provide support for the object once the grip is complete. Thanks to the compliant nature of the mechanism, the gripper requires minimal control effort to complete a gasping task. A prototype of the gripper has been designed and built for chemistry automation tasks, where it showed very high grasp reliability with $\leq 0.1\%$ grasp failures.
Increasing contribution of the atmospheric vertical motion to precipitation in a warming climate
Authors: Jun Tackseung , Rind David 
Published: February 2024

Abstract
Global warming is already influencing precipitation worldwide, with more intense amounts being recorded in many locations. Although projections of changes in mean precipitation show a tendency for the ‘wet-get-wetter, dry-get-drier’ in many locations, the situations for precipitation extremes and specific regions are more complex, due to changes in dynamic and thermodynamic influences on atmospheric moisture distributions. Here, we build a dynamically interactive model of atmospheric moisture for the present (2006-2025) and the future climate (2081-2100), informed by outputs from coupled ocean-atmosphere general circulation models to investigate the precise processes that influence the daily precipitation around the world. We find that the dynamic process of vertical advection of the atmosphere, augmented by the horizontal convergence of moisture on the previous day, dominates the same-day precipitation, while the smaller impact of the thermodynamic process provides convective available potential energy for several days. As climate warms, we find that (i) the dynamical-induced precipitation more completely exhausts the vertically-integrated moisture in the models, which results in heavier rainfall. This reduces the thermodynamic influence and horizontal moisture advection after the precipitation; (ii) the distribution of impacts of the dynamic process on precipitation exhibits a greater spread in the warmer future, leading to more frequent extreme precipitation. The findings imply that the contribution of the atmospheric vertical motion in heavy rainfall increases as climate warms. Our results demonstrate that identifying the precise role and interactions among dynamic and thermodynamic processes is crucial for resolving the differentiated future precipitation responses to global warming.