Exploration Of Knowledge And Attitudes Of Remang Fish Skin Cracker Producers Related To Food Labeling In Indramayu Cracker Industry Area

As many as 20 out of 30 producers who sell remang fish skin crackers with incomplete food labels and consumers still pay less attention to the food labels on the product packaging. This study aims to explore the knowledge and attitudes of remang fish skin cracker producers on food labels in the Indramayu Cracker Industrial Area. In-depth interviews with 16 producers were conducted using a case study approach with 5 (five) domains, namely knowledge of food labels, attitudes towards food labels, skills to making food labels, perceptions of food labels (images), and marketing strategies. The results showed that based on the knowledge, attitudes, and skills of remang fish skin cracker producers on food labels, it was stated that the producers were able to make food labels.

Subsurface Investigation Using Electrical Resistivity Imaging for Proposed Industrial Site near Erbil-Kirkuk Borders, Northern Iraq

The friendly-environment geophysical methods are commonly used in various engineering and near-surface environmental investigations. Electrical Resistivity Imaging technique was used to investigate the subsurface rocks, sediments properties of a proposed industrial site to characterize the lateral and vertical lithological changes. via the electrical resistivity, to give an overview about the karst, weak and robust subsoil zones. Nineteen 2D ERI profiles using Wenner array with 2 m electrode spacing have been applied to investigate the specific industry area. One of these profiles has been conducted with one-meter electrode spacing. The surveyed profiles are divided into a number of blocks, each block consists of several parallel profiles in a specific direction. The positions of Electrical Resistivity Imaging profiles in the project area have been determined according to a preliminary subject plan from the civil engineers for factory foundation constructions and proposed locations of heavy machines. The inversion results of profiles showed that areas of blocks A, B, C, and D consist mainly of clastic rocks and sediments, e.g., claystone, siltstone and sandstone. The Electrical Resistivity Imaging inversion sections of blocks A, B, C, and D do not show any indication of cavitation or weak zones of sizes more than 2.0 meters, and no signs of gypsum bodies are found in these areas in general. Gypsum bodies are probably detected at block E, the southern part of the study area. The researchers recommended to keep these rocks in block E away from the continuous running water to avoid cavitation. Furthermore, the construction of heavy machines should keep away from this part of the study area to avoid to some extent, subsoil failure and subsidence in the future. Middle and Northern parts are more consistent to the constructions and factory foundations.

Stakeholders Recovery Strategy of Bali Tourism Sector in the Post-Pandemic New Normal Era

This investigation was driven in Bali Tourism Destination and organized using a relative and corroborative examination study. The exploration instrument is taken from the public authority report which manages wellbeing convention for the travel industry area and afterward contrasted and the fact of the Bali Tourism Destination. The pointer utilized in this examination is the application (CHSE) Clean, Health, Safety, and Environment in the business’ convenience, eatery, and vacation spot, and furthermore clarifies wellbeing conventions that apply to the travel industry ventures in Bali Tourism Destination. E-tourism has a critical occupation as a platform between the movement business creators and likely tourists. It made in Indonesia as of now has not tended to the main piece of giving information and sureness to tourists when they choose to visit a travel industry objective. The objections, lodgings, and all related areas should manage the execution of The Indicator of Clean, Health, Safety, Environment (CHSE) principles on their business activities. This investigation utilizes just a work area research strategy with information and data search methods on the web, auxiliary sources, and different wellsprings of logical distributions.

Industrial Source Contributions and Health Risk Assessment of Fine Particle-Bound Polycyclic Aromatic Hydrocarbons (PAHs) during Spring and Late Summer in the Baoshan Area, Shanghai

The main objective of this study was to examine the chemical characteristics, possible sources, and health risks of fine particle-bound Polycyclic Aromatic Hydrocarbons (PAHs) in the Baoshan area of Shanghai. Here, ambient particles with five-size ranges were collected during the spring and late summer of 2017. The PAHs were determined by the Gas Chromatography-Mass Spectrometry (GC-MS). Our results showed that the average mass concentration of 13 species of PAHs in spring and in late summer was 4.83 (1.88~12.1) ng/m3 and 4.27 (2.09~5.75) ng/m3 in Total Suspended Particles (TSPs), respectively. The higher PAH ratios (PM1.1/TSPs) indicated that PAHs are mainly concentrated in PM1.1, especially in late summer. The values of BaA/(BaA+CHR) were under 0.50 and IcdP/(IcdP+BghiP) were in range from 0.20 to 0.50 for TSP and PM1.1, suggesting that petroleum combustion and diesel emissions could be considered as key sources of PAHs, which tend to be associated with PM1.1. Moreover, the Principal Component Analysis (PCA) in PM1.1 identified the main PH sources, which include stationary and diesel emissions. The air mass backward trajectories and wind direction analysis showed that air masses were mainly derived from marine sources across the local industry area in late summer. Individual Carcinogenic Risk Inhalation (ILCR) was over 10−6 among the total six age groups in both of the sampling periods in TSPs, indicating the possible carcinogenic risk, especially for children and the young age group. Toxic PAHs belong to Heavy Molecular Weight (HMW) PAHs, especially Benzo[a]pyrene (BaP). Compared with PM1.1–2.0, the Combustion-Derived PAHs group (COMPAHs) and Carcinogenic PAHs (CANPAHs) were highly concentrated in PM1.1. Stationary sources, such as the developed steel industry, made a great contribution to the level of PAHs, especially in late summer.

The Ground Water Quality Analysis Agro based Industrial Area of Materwadi (Rajaramnagar) Village in Dindori Block, Dist. Nashik of Maharashtra, India

The ground water analysis has been done during the on season and off season of the sugar industry. The samples collected from 30 sampling stations were analyzed in the laboratory. The analysis reveals that the pH, TDS, DO, COD, BOD of water increasing due discharge effluent in the catchments of the sugar industry area. Most of the parameters indicated that these industrial effluents disturb the ground water quality and responsible for deteriorating soil conditions. From the analysis it is reported that there is a requirement of the careful supervision, constant monitoring and periodical analysis of the chemical parameters to safeguard the ground water resources and to minimize environmental pollution nearby the agro-based industries like sugar factory.

Planning of settlements in timber-producing areas (on the example of the Arkhangelsk region)

Introduction. The Arkhangelsk region is one of the largest domestic timber-processing regions with the most modern production complex. This region has a great raw material potential (the total wood stock is 2,573 million m3) and has a unique position for the export of target products. However, the existing potential in this timber industry area, as in other regions of Russia, is used irrationally. Only 20 % of the harvested wood is processed at the enterprises of the domestic timber industry complex (hereinafter –– TIC), and the rest is exported in unprocessed form. The irrational use of resources is due to a number of reasons, including the peculiarities of the existing territorial and spatial organization of industrial territories and settlements, which does not correspond to the changed technologies of harvesting, transportation and processing of wood, as well as reproduction of forest resources. As a result of this discrepancy and the old ways of explaining it, extensive forest use is carried out, significant disturbed territories are formed, the boundaries of logging activities are constantly shifting, which leads to the removal of forest resource base sites from settlements where the production territories of TIC enterprises are located. All this negatively affects the functioning of these enterprises and, as a result, the viability of settlements whose population participates in the processes of processing and processing of wood. A change in the approach to the territorial and spatial organization of settlements can contribute to solving these problems. Materials and methods. The study was carried out on the basis of publicly available data, published works of foreign and domestic authors. During the research, the method of system analysis and the methodology of the territorial and spatial organization of settlements in the region were used. Results. The classification and identification of interconnected settlements of the timber industry district is proposed, based on their role in the planning organization of the district and in the implementation of technological processes of wood processing. The existing production functions of settlements are defined and possible options for their expansion are proposed. On the example of the Arkhangelsk region, a scheme for expanding the production functions of settlements has been prepared. Measures have also been identified to bring the areas of the forest resource base of timber processing enterprises closer to the production territories of settlements, which must be implemented during the territorial and spatial organization of settlements. Conclusions. In the current socio-economic conditions, there is a need for a planning system that makes it possible to develop a TIC that ensures the relationship of the processes of harvesting, consistent waste-free processing of wood and reproduction of forest resources with the territorial and spatial organization of settlements in the timber industry district.

Evolution of Edges and Porosity of Urban Blue Spaces: A Case Study of Gdańsk

Current waterfront studies focus mainly on a land-based perspective, failing to include the water side. Water is, however, not just a resource for port and industrial purposes and an edge to the waterfront; it is also a feature of the waterfront and the complex relation between water and city. Thus, the article suggests that water-land edges need to be re-contextualised, taking into consideration also their shape, functionality, and evolution over time. This article therefore introduces the concept of urban blue spaces, that is, spaces that include at least one land-water edge, such as a shoreline or river edge. The types and character of these edges define the porosity of urban blue spaces: Spaces with easy connections, such as boulevards or parks, are highly porous, while fenced areas have low porosity. The research first analyses the existing literature on the spatial and functional characteristics of the land-water edge in port cities, and explores existing typologies of urban blue spaces. The results of this investigation are used to examine the most iconic urban blue space of Gdańsk, the Motława river, over the last 1000 years. The case study shows that the porosity of the Gdańsk urban blue space has been increasing over time, in line with its spatial and functional development from an undeveloped riverbank to a ‘gated’ port and industry area, to urban living spaces today. The article thus presents the whole breadth of urban blue spaces through the case study of the Motława river urban blue space. The spatial evolution of the urban blue space is depicted through the transformation of its land-water edge—from a natural sloping edge to the dominance of vertical edged structures or ones overhanging the surface of the water, to the emergence of spatially ‘blurred’ sloping, slanted, terraced, and floating structures, partially independent of the riverbank. The transformation of the structure of the Motława urban blue space edges increased its complexity over time, from a single-edge structure to a double and multiple-edged one.

Human Health Risk Distribution and Safety Threshold of Cadmium in Soil of Coal Chemical Industry Area

Cadmium (Cd) is a highly carcinogenic metal that plays an important role in the risk management of soil pollution. In this study, 153 soil samples were collected from a coal chemical plant in northwest China, and the human health risks associated with Cd were assessed through multiple exposure pathways. Meanwhile, by the Kriging interpolation method, the spatial distribution and health risks of Cd were explored. The results showed that the average concentration of Cd in the soil was 0.540 mg/kg, which was 4.821 and 5.567 times that of the soil background value in Ningxia and China, respectively. In comparison, the concentration of Cd in the soil was below the national soil environmental quality three-level standard (1.0 mg/kg). In addition, health risk assessment results showed that the total carcinogenic risk of Cd was 1.269 × 10−6–2.189 × 10−6, both above the acceptable criteria (1 × 10−6), while the hazard quotient was within the acceptable level. Oral intake and ingestion of soil particles were the main routes of exposure, and the carcinogenic risk control value of oral intake was the lowest (0.392 mg/kg), which could be selected as the strict reference of the safety threshold for Cd in the coal chemical soil. From Kriging, a prediction map can be centrally predicted on heavy metal pollution in the area surrounding the coal entrance corridor and pedestrian entrance. This study can provide a theoretical basis for the determination of the heavy metal safety threshold of the coal chemical industry in China.

Persepsi Wisatawan Lokal terhadap Citra Kotagede Sebagai Destinasi Wisata

Kotagede is one of heritage area in Yogyakarta that has many historical value and plays an important role for the existence of Yogyakarta nowadays. As a former capital of Mataram Islam Kingdom, this area has several historical and archeological sites, such as royal cemetery complex, the ruin of the fort, and other relics. Kotagede also has 170 heritage buildings that has been built around 1700’s until 1930’s. Kotagede also known from its silver industry. Based on Kotagede’s potentials, the government of Yogyakarta enacts this area as heritage area and becoming one of tourism destination in Yogyakarta. But the development of Kota Gede as tourism destination is still not optimal. Nowadays, Kotagede is more famous as silver industry area than as tourist destination. This research aims at determining destination image of Kotagede as tourism destination. This research use qualitative and quantitative method. The result showed the perception of local tourist on Kotagede’s destination image.