Department of Geography & Applied Geography

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    ItemOpen Access
    Problems and prospect of Balurghat municipal area in Dakshin Dinajpur district, West Bengal
    (University of North Bengal, 2012) Kundu, Prabir Kumar; Mandal, D. K.
    Title: PROBLEMS AND PROSPECTS OF BALURGHAT MUNICIPAL AREA IN DAKSHIN DINAJPUR DISTRICT, WEST BENGAL The present study on Balurghat Municipal area is embodied with the urban problems and their effects on the people. There are some motivating factors which attract the researcher to study a particular town like Balurghat viz. - partition of Bengal as a causative factor behind the origin of Balurghat town, rapid increase in population due to heavy influx of immigrants from erstwhile East Pakistan, rural depopulation in the surroundings of the town, changes in the trend of population growth as well as land use pattern and related problems. The town Balurghat experienced several unplanned phases of urban expansion over the decades~ As a result, flood vis-a-vis water-logging becomes one of the chronic problems for the town which ultimately resists the acceleration of socio-economic and cultural prosperity of Balurghat. Hence, it is clear that as the population increases, the problem of water-logging also increases simultaneously. Since 1990, the situation became the worst because of natural factor coupled with the human factor have aggravated the menace of inundation and waterlogging in the town. It is true that river Atreyee has undergone several shifting of her courses upon this aggradational plain over the last 200 years. But the decay of the drainage conditions of both the channels of Danga Khari and river Atreyee is not too much natural as it is much more by the unprecedented human interferences into the fluvial system. Ongoing construction of the new urban sewer and storm-water disposal system according to the Master Plan is on the final stage. It is expected that the age-old problem of water-logging in Balurghat town may be mitigated comprehensively through this plan only with few exceptions in a year when there will be unprecedented high flood level in river Atreyee. Citizens as well as the municipal administration are very hopefully looking forward to overcome this menace in the near future. There is no denying that the overall transport system of Balurghat town is now quite better what it was ten years ago. The days of painful journey of the citizen are now almost become to an end_ by the introduction of railway track while the availability of super quality express road (SH-10) makes it more convenient. However, such situation will definitely attract the government as well as the capitalists to establish several kinds of agro-based and small scale industries in and around Balurghat town. A survey has been made for the Balurghat-Hili railway track and the work is on progress. So it can be expected that in the near future Balurghat must join with Bangladesh through railway network. If it is possible a new horizon will open in the trade and commerce sector of Dakshin Dinajpur District which will ultimately strengthens the socio-economic structure of the District as well as of the Balurghat town. Once the partition made the town Balurghat almost infirm and may be the railway connection with Bangladesh in near future will unveil a new chapter in the socio~ economic, cultural and political aspects of Balurghat. Citizens are counting days in the state ofthat dream. Generation of solid waste continues to increase in urban India with rapid urbanization, rising incomes, changing consumption patterns and a shift from recycling to a throw-away society. In any urban areas, the problem of solid waste management is very acute due to the dense development and congestion. SWM is an obligatory function of ULBs in India. Most of the ULBs are unable to cope with the challenging task of collection, transportation and disposal of solid wastes not only due to rapid urbanization but also due to the unavailability of required open spaces near the urban centres for land filling. Therefore, wastes often accumulates in open spaces, fallow lands, streets, stagnant water bodies and even in the rivers causing serious health and environmental problems for the urban dwellers and also for the rurban people living nearer to the town or city. Not only that the accumulation of uncollected waste pollutes ground water as well as surface water through leaching and runoff respectively. However, in case of Balurghat town, SWM consumes a significant proportion of municipal budget but revenues from the service are nil. The Municipality is also often under-staffed and lack of adequate number of vehicles to transport wastes. Disposal of waste is becoming an even more serious problem as the existent dumping yard is going to be unable to take more waste in the future while the availability of land within the accessible distance becoming scarce. Management of municipal waste is a service which needs efficiency and also substantial financial support in order to bring about improvement in the service. But the present situation in respect to SWM in Balurghat town is far below the wanted level. The huge amount of waste generated every day makes a severe threat to the urban environment of Balurghat and this is a burning problem like all other towns of West Bengal. Three essential components are required in this ground on regular basisCollection, Transportation and Disposal of such wastes with keen attention and probable innovation wherever necessary. The deficiency in the water supply system may be solved through the implementation of the ongoing 'Water Supply Scheme' under JNNURM. In respect to the upliftment of healthcare system, keen attention should be given particularly on the District Hospital as it is the only hope for the common people. It is very hopeful event that few schemes are already approved from the government side and few are waiting for approval to open some new wards in District Hospital like Neo-natal ward, Nutritional rehabilitation centre, Thalasemia day-care centre, Genetic ward, 4 bedded ICCU, Special clinic for diabetes, stroke, cardiovascular disease and cancer. Rupees 10 crores has announced for each to construct another 200 extended beds and for promoting the District Hospital to Super Specialty Status.· Citizens are eagerly waiting for those fine days. It is a challenge for India's urban planning to accommodate an additional 10 million urban dwellers per year, provide them with adequate public services and infrastructure, create opportunities for economic development, and to ensure that urbanization is environmentally sustainable. It will be a democratic and participatory planning process so as to incorporate the needs of the people, particularly poor and socially as well as economically disadvantaged groups. In order to make the urban planning and development process sustainable, it would be appropriate to interlink between the planning framework comprising national level strategies, regional level strategies, metropolitan level strategies and city/ town level as well as ward levelland use and development plans and strategies. State Government needs to take concrete steps to constitute the legal and institutional framework that should provide the ULBs with adequate infrastructure and manpower to undertake the preparation of such plans. It should be accelerated further by developing urban and regional information system and providing access to remotely sensed data, aerial photographs, and GIS techniques to build a complete database for the Balurghat Municipal area. With such strong database the Balurghat Municipal area will be capable for coverage of urban population with basic urban services. Prabir Kumar Kundu (Researcher)
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    ItemOpen Access
    Livelihood conditions of census town dwellers of Jalpaiguri District, West Bengal
    (University of North Bengal, 2023) Ali, Ershad; Sarkar, Bipul Chandra
    Urbanization is the process by which cities grow and population is concentrated in urban areas. The growth of census towns makes a notable contribution to the process of socio-economic and socio-cultural transition of dwellers. The separate recognition of census towns and statutory towns contributed to a better understanding of the urbanization pattern. In the new era of urban development, increasing urbanization has a direct impact on the demographic and socio-economic situation of statutory and census cities. Census Towns are the towns which are not legally registered areas and administer the area like a city, they are in rural revenue village, i.e., they are administratively in the rural area but their population has attained urban characteristics. The role of Census Towns (CTs) in the urbanization process in sub-Himalaya West Bengal as well as in the Dooars region is very crucial. It influences not only the rate of urbanization in this region, but also changes in land use and land cover as well as the sociocultural conditions of the study area. The CTs are helping to change the land use pattern of the sub-Himalayan regions of West Bengal. The extent and pace of urbanization have had a profound impact on the livelihoods and demographics of cities and CTs. The growth and expansion of CTs are directly influenced by the rate of urbanization and indirectly by the sociocultural changes in the study area. The present study is an attempt to assess the trend and growth of CTs more accurately and scientifically, the livelihoods and infrastructural development of the Census Towns accordingly, to identify the key issues disrupting the growth of CTs and the allocation of facilities and services to ensure a better socio-economic life of residents of census cities in the study area. In addition, it aims to examine various urban problems and provide some remedies. Jalpaiguri district is in the northeast of West Bengal. Geographically, the district is bordered by Alipurduar district to the east, Cooch Behar district to the southeast, Kalimpong district to the north, Darjeeling district to the north, and the Bangladesh International Border to the south and southwest. Geographically, Jalpaiguri district is located at 26⁰ 16′ to 27⁰ North latitude and 88⁰ 23′ to 89⁰ 8′ East longitude. The study is based on five main objectives: i) To find out the pattern and growth of CTs of the Jalpaiguri district, ii) To find the livelihood conditions of Census Town dwellers, iii) To scrutinize the levels of infrastructural development of the CTs of the study area, iv) To analyze the problems associated with the urban development of the CTs of the study area, v) To recommend the developmental strategy of the Census Town dwellers. Based on the selected objectives, there are four main hypotheses, namely i) The levels of urbanisation of the CTs are increasing over periods, ii) The socio-economic and socio-cultural status of the CTs are facing several challenges, iii) The infrastructural development of the CTs is inadequate, and iv) The problems associated with the urban development of the CTs are more in the case of large CTs and low in the case of small CTs. The first objective and hypothesis has been proved by the fact that the census towns share a significant percentage (almost half of the total urbanization) of the urbanization rate in Jalpaiguri district. While the concept of Census Towns (CTs) was introduced by the 1961 Census of India, the trend and growth of CTs varies from time to time. In 1961 the number of CTs in Jalpaiguri district was only 3, 3 in 1971, 4 in 1981, 6 in 1991, 4 in 2001 and 15 in 2011. The district's first Census Towns (CTs) were Maynaguri, Dhupguri, and Mal. The growth history of the Census Towns (CTs) of Jalpaiguri district shows the fact that there are no constant growth characteristics from the first decade of the CTs to the last few decades. Very slow, negative, and high growth rate of some CTs proves poor growth rate of district urbanization. But the past two decades, the growth rate is increasing due to the increase in the number of CTs of such a district. The 1961-1971 and 1971-1981 period was identified as a very slow growth period. The period from 1991 to 2001 has been identified as a negative growth period due to the declining of few census towns (CTs). The number of CTs was decreased from 6 in 1981 to 4 in 1991. The period from 2001 to 2011 has been considered a high growth period due to the emergence of several new Census Towns (CTs) over the past decade. The number of CTs was increased from 4 in 2001 to 15 in 2011. There are some important statistical tools such as growth indices, census town population balance sheets, annual exponential growth rate, etc. to measure the trend and growth of census towns. Urban geographers use these tools to measure urban growth. The same tools were also used in this study. Using the different measurement tools, it was found that the Census Towns (CTs) experienced low growth and experienced significant to high growth percentage over time from inception to the last census. The population balance for the census towns in the study area is calculated. The calculation shows that the growth rate and size classes of the CTs increase over time. The correlation coefficient was calculated and graphed to show the relationship between the total population size of CTs and the annual exponential growth, and it was shown that there is a very strong relationship between these two variables. The second objective and hypothesis has been proved by the fact that the social elements such as caste composition, sex ratio, marital status, age-gender structure, literacy status, health information, language, religion, etc. and economic elements such as economic activities, workforce composition, monthly family income, house type, housing conditions, basic housing amenities, household wealth, etc. were discussed in order to get an idea of the socioeconomic conditions of CT residents. The analysis revealed that the socio-economic characteristics of CT differ from town to town. The analysis has shown that the CTs in the tea and forest region have a higher concentration of the ST population in the northern part of the district than in the southern part. In terms of the sex ratio of Jalpaiguri district CT residents, Jalpaiguri district has an urban sex ratio of 943, slightly lower than the state average of 944 but higher than the national average of 926. The study shows that all CTs homogeneity and marriage similarities in the under 20s and over 30s age group, and the number of married women in the first age group at marriage is higher than that of men. On the other hand, the participation of men and women in marriage in the middle age group varies between CTs in the district. Looking at the total population as well as the population in different age groups in the CTs, the proportion of men in the entire district is comparatively higher than the proportion of women. The study also shows that residents use several common languages (Bengali, Hindi and Tribal) and a significant number of residents use other languages for their daily communication in the district's census towns. Several religious people also live in the CTs, even without any creed. Analysis was also conducted for common diseases of residents of the CTs across the district, and it was found that most of the residents face common diseases such as diarrhoea, fever, cough, hyperacidity, Covid-19, and some other diseases. There are also regional imbalances in the economic profile of census town residents. The census towns concentrated in the tea and forest region were found to have relatively lower economic status. Much of their workforce worked on tea plantations, resulting in a lower per capita income. The economically dependent population is also higher in these census towns, since the possibility of finding a job or other employment is comparatively low. Aside from these census towns, others have other difficult economic conditions. However, as the study shows, the overall economic profile of residents of census town is significantly low. Overall economic development is essential for a better economic livelihood. Residents had lower livelihoods throughout the study period. The differences between the Jalpaiguri district CTs were calculated to show the relationship between the various indicators of the CTs and their developmental scores, and it was shown that the maximal CTs range from the least developed to the moderately developed CTs. The third goal and hypothesis were supported by the fact that the spatial and temporal growth of CT and the improvement of urban infrastructure over time. The analysis revealed that the infrastructural characteristics of CT differ from town to town. The composite index was calculated to measure the infrastructural development of CTs. The spatial distribution of the CTs based on their infrastructural characteristics also showed some essential characteristics. The majority of the CTs had low to very low levels of infrastructure development in 1991 and 2001. The scenario of the CTs was upgraded in 2011, with the level being reduced from low to very low level of infrastructure development and upgraded to the level of high to medium level of infrastructure development. However, almost 50% of CTs belong to high-medium level and a little more than 50% of CTs belong to low to very low-level level infrastructure development. The fourth goal and hypothesis were supported by the fact the census towns and their dwellers suffer from many problems related to their daily livelihood. There is a lack of some basic facilities within the CTs such as access to clean drinking water, latrine and bathrooms, drainage, and separate kitchens, etc. All issues were discussed separately in every CT to understand the problem scenario. One of the main problems faced by CT dwellers is the lack of drinking water supply in the CTs. Due to the lack of proper water treatment facilities, a large percentage of households do not have access to clean water. Another problem is that to date, a large percentage of the homes of many CTs in the study area do not have latrines on their premises. This is because some of the CTs are in rural areas and a significant number of residents are uneducated. As for the proportion of households without separate kitchen facilities, in some CTs there are many households that do not have separate kitchens, particularly those whose occupants are economically vulnerable and dependent workers in the tea garden. In terms of the percentage of households without a drainage system, many households, almost all CTs, do not have a proper drainage facility in their home. Regarding the pH of the drinking water and the TDS of the water in the CTs, some of the CTs have a pH below 6.5, indicating the presence of acidic elements in the water, which non-potable according to the Bureau of Indian Standard. There is a CT where the TDS level in the water is below 50ppm, indicating it is not suitable for drinking. Regarding the noise level in the CTs, 73% of the CTs in the study area found an above-average noise level. There is a lot of noise pollution in the Jalpaiguri district CTs. Regarding the air quality (PM2.5 and PM10) in the CTs, the survey result shows that some of the CTs have a PM2.5 concentration higher than the safe limit, and regarding PM10, there are no CTs of the study area with more than 100g/m3. This means that the concentration of PM10 in the CTs is safe compared to PM2.5 in the atmosphere of the CTs across the district. There is a strong positive correlation between the total population and the concentration of PM2.5 and PM10 of the CTs. Regarding the air quality (TVOC and HCHO) in the CTs, the survey result shows that there is one CT that has TVOC above 0.2 mg/m3. The survey also shows that there are 3 CTs that have HCHO above 0.0123 mg/m3. Regarding the traffic volume in the CTs, the traffic load at the junction of all the CTs is heavy, and the CTs that are close to the highways have heavier traffic. On the other hand, the CT away from the highways have a low traffic load. Based on the average waiting time in minutes at the junction of all CTs, it shows that 33% of CTs have no waiting time for traffic at the junction. It is important to mention that the CTs located along the highways must wait a long time for traffic. Regarding the health infrastructure in the CTs, on average, most CTs have a lack of adequate health facilities in their CT area. As such, residents of CTs face several health challenges, particularly among the larger CT dwellers. Regarding the modern employment opportunities within the CT, the primary survey shows that almost all CT residents of any individual CT are dissatisfied with the availability of modern employment opportunities within the CT. They claim that the CTs lack modern facilities. Regarding solid waste, there is no system for collecting waste from residents. The dwellers of the CTs throw their daily rubbish everywhere. Therefore, the situation was getting worse day by day and it was observed that most respondents were dissatisfied with the solid waste in their CTs. The fifth goal has been proved by the various recommendations along with their problems within the CTs. Suggestions are made from the viewer’s own perspective. Since these are the Census Towns (CTs), the Gram Panchayats cannot provide adequate urban amenities for CT residents. The CTs should be declared as a Notified Area or Municipality. When the CTs become a municipal body, almost all the problems of the CTs will automatically disappear. As the municipality or notified area has its own laws and functions. Aside from that, the continued growth of CTs also creates some demographic issues. Therefore, the competent authority should take some necessary measures to minimize this problem. Education is another background that causes some breaks in the development of CTs. However, the literacy rate and level of literacy among CTs show spatial variation in the district. Some of the CTs have a standard literacy rate with a standard literacy level, but some of the CTs have a low literacy rate compared to the Indian urban literacy rate. Therefore, the government should need to set up more educational institutions within the CTs. Also, the existing health facilities in the CTs are not sufficient to cope with the health problems of the CT residents. So, to minimize these problems, the government should have to set up a health facility. Also, most of the CTs in the
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    ItemOpen Access
    Socio-economic study on arsenicosis affected inhabitants in Maldah District, West Bengal
    (University of North Bengal, 2023) Poddar, Debapriya; Mukhopadhyay, Sarbari
    Arsenic (As) concentration in groundwater is a significant environmental issue for the different parts of the Ganga basin. In 1984, groundwater arsenic contamination was detected in lower Ganga Plain of West Bengal (Garai et al., 1984). Maldah district is one of the worst Arsenic affected district of West Bengal and severe contaminated blocks of Maldah district are Kaliachak-I, Kaliachak-II, Kaliachak-III, Manickchak, English bazar Ratua-I, and Ratua-II, which have contained beyond the permissible limit of arsenic in groundwater (0.05 mg/ l, Indian standard). In these contaminated blocks, the maximum concentration level of Arsenic in a shallow tube well varies between 0.072 mg/l to 0.929 mg/l (Source: PHE, Maldah). The rest of the blocks contain an insignificant amount, i.e., the permissible limit of Arsenic in groundwater. Moreover, a considerable number of tube wells were contaminated with Arsenic. So, the Department of Public Health Engineering and the Government of West Bengal has arranged to supply Arsenic-free safe water to the Arsenic affected people. However, there are still many pockets in this district where no Arsenic-free safe water supply is available. Hence, extensive groundwater arsenic contamination has become a major issue of concern, where the water supply is profoundly reliant on groundwater (Madhuvan and Subramanian, 2006) extracted from the shallow aquifers. Common trace of Arsenic in drinking water causes significant health risk, and public health is severely endangered for its high toxicity and its ability to induce skin cancer after a long-term ingestion (Panigrahi, 2016), responsible for the socio-economic demolition. Arsenic pollution has been thought to be a menace for the population of Maldah district (Panigrahi, 2016) which is really of significant concern. Therefore, it is necessary to determine the causes and consequences of arsenicosis in Maldah district and to study the socio-economic conditions of the people suffering from arsenicosis. Present researcher has also tried to find out the suitable alternatives to overcome the problems of arsenicosis by estimating the public WTP (willingness to pay) for access arsenic-free safe water by installing the different arsenic free water supply sources across the different Arsenic risk zones of the study area. Hence, the following objectives are sets for this purpose 1. To study the spatial distribution and causes of arsenic concentration in groundwater in Maldah district 2. To study the socio-economic status of the arsenicosis inhabitants in the study area 3. To study the socio-economic determinants of arsenicosis in the study area 4. To assess the impact of arsenicosis on the health and socio-economic condition of the inhabitants in the study area 5. To find out the present status of demand and supply of arsenic-free safe water in Maldah district 6. To suggest some remedial measures to overcome the problems of arsenicosis The present studies try to prove the following research hypothesis, either true or false: 1. The prevalence of arsenicosis varies with some socio-economic determinants. 2. The impact of arsenicosis is related to some socio-economic variables. 3. Willingness to agree with mitigation strategies depends on the socio-economic condition of the respondents. In order to full fill the mentioned objectives several methodologies have been used A. The present study utilized both primary and secondary data sources. Primary data was collected from arsenic-affected areas within the study region, using a survey employing both schedule and questionnaire methods. The multi-stage random stratified sampling design was adopted to select a sample of households, with a sample size of 300 determined by using Cochran's method (Cochran, 1963). B. The level of prevalence of arsenicosis patients was assessed using the Technique for order of preference by similarity to ideal solution (TOPSIS) (Hwang and Yoon, 1981). To examine the prevalence of respondents' knowledge (10), attitude (4), and practices (5) regarding arsenicosis, (19) criteria were considered. Then these criteria are categorized into two groups, beneficial and non-beneficial, and an equal weight (0.042) has been assigned to each criterion to rank the different dimensions. The Euclidean distance from ideal best (S+) and ideal worst (S-) has been calculated for each criterion. Finally, the performance score (Pi) of the level of their prevalence about arsenicosis was calculated, where a lower value indicates poor condition and a higher value indicates the good prevalence of arsenicosis. C. The socio-economic and health impacts of arsenicosis are assessed using a scaling technique. Specifically, a five-point Likert scale is employed to collect data on individuals' perception levels of the impacts related to both arsenicosis illness and arsenic contamination. The Likert scale is also used to measure the social, economic, and health-related impacts, with scores assigned to each statement. D. A self-created S.E.H.V.I (Socio-Economic Health Vulnerability Index) has prepared in chapter five (5) to measure the perception level of the respondents regarding the overall (social, economic, health) impact of arsenicosis. The respondents’ perception level about the vulnerability in different domain (social, economic, health) can be assessed through Socio Economic Health Vulnerability Index (SEHVI). Analysis of these different vulnerability (social, economic, health) among arsenicosis patients in Maldah district highlights the socio-economic impact of arsenicosis. For this purpose, individual S.V.I (Social Vulnerability Index), E.V.I (Economic Vulnerability Index), and H.V.I (Health Vulnerability Index) have been prepared. Then social, economic, and health vulnerability scores have also been calculated through the scaling technique and consolidated efficiently through a Socio-Economic Health Vulnerability Index. Each vulnerability (social, economic, and health) is assessed at five stages. They are 1. Strongly disagree 2. Disagree 3. Neutral 4. Agree and 5. Strongly agree. E. One-way ANCOVA is used to explore the relationship between each of the social, economic, health impact and a variable by measuring the effect of the socio-economic status of the arsenicosis inhabitants. Several independent socio-economic variables are selected for this analysis, including family size, age, household monthly income, and marital status. Social, economic, and health impacts are considered as the dependent variables. F. Karl Pearson's product-moment coefficient of correlation was employed to assess the relationship between the indices of different hazard indexes, including the Social Hazard Index and Economic Hazard Index, Social Hazard Index and Health Hazard Index, and Economic Hazard Index and Health Hazard Index. The 't-test' technique was then used to determine the level of significance of the observed correlations. G. A binary probit model was used to investigate the factors that may have influenced the respondents' willingness to pay for installing the community Arsenic-free water supply sources. Respondents' Willingness to Pay (WTP) was defined as a binary variable with two categories: zero and one. A response of 'zero' indicated that the respondent was unwilling to pay, while a response of 'one' indicated that the respondent was willing to pay. The dependent variable was the respondents' WTP, while the independent variables were the socio-economic factors that may influence people's WTP, including age, sex, marital status, number of years spent in formal education by the respondent, households’ average monthly income, marital status, presence of PHED pipeline, identification of the danger level of ‘As’ in individuals’ tube well, and inadequate stand posts. For testing the hypothesis, three tests, likelihood ratio test (-2 Log (Like.)), the Score test and the Wald test were performed. The study has been arranged in to seven chapters. Major findings of the present research work are as follows The study is organized into seven chapters, with the first chapter covering objectives, hypotheses, literature review, and methodologies. The second chapter focuses on the spatial distribution and causes of groundwater arsenic concentration in Maldah district. The study found that the regional and spatial distribution of arsenic concentration is not uniform, with the Diara and southwestern parts of the Tal region being more vulnerable. This heterogeneity is attributed to various geogenic factors, including geology, geomorphology, elevation, slope, characteristics of the river, and soil texture. In the third chapter, the socio-economic status of the arsenicosis inhabitants in Maldah district is discussed. The findings suggest that the socio-economic status of these inhabitants is generally poor, with the illiterate, male, and aged (>40) respondents being more vulnerable to arsenic pollution than the female, young, and less educated inhabitants. The lack of an arsenic clinic in their village has also contributed to their suffering, with financial constraints, unawareness, and dissatisfaction with the treatment hindering their ability to seek proper care. In the fourth chapter, the socio-economic determinants of arsenicosis were analyzed using TOPSIS method. The study found that demographic, social, and economic factors significantly influence arsenic toxicity. The key social and economic determinants of arsenicosis were identified as age, sex, education status, household income, poverty level, and health infrastructure. The prevalence level among the respondents was categorized into five classes based on the TOPSIS results, namely Very low (value <0.2), Low (value 0.2 - 0.3), Medium (value 0.3 - 0.4), High (value 0.4 -0.5), and Very High (value >0.5). To test the hypothesis that "the prevalence of arsenicosis varies with some socio-economic determinants," education status and household income were selected as the main social and economic determinants. A paired t-test was performed between the prevalence score and education status, and between the prevalence score and household income. The results showed that the prevalence of arsenicosis varies with the educational status and monthly household income of the respondents, with the corresponding two-tailed p-value being less than 0.05. Therefore, the research hypothesis is accepted, and it is concluded that the prevalence of arsenicosis varies with the educational status and monthly household income of respondents. This finding is significant as household income and literacy rates vary considerably across the study area. In the fifth chapter, the impact of arsenicosis on the health and socio-economic condition of the inhabitants of Maldah district was evaluated. The Social Vulnerability Index (SVI), Economic Vulnerability Index (EVI), and Health Vulnerability Index (HVI) were calculated using a composite standard score. The highest mean vulnerability score of the high level of social vulnerability (0.65), high level of economic vulnerability (0.97), and high level of health vulnerability (0.78) suggested that respondents had experienced a high level of vulnerability in social, economic and health perspective. Arsenicosis had a significant impact on social, economic, and health condition, with only one or two indicators showing no significant influence from certain socio-economic variables. The respective 'F' statistics of these impacts were significant at a 95% significance level. Thus, the research hypothesis, "The impact of arsenicosis is related to some socio-economic variables," is accepted. The sixth chapter delves into the current demand and supply status of arsenic-free water in the Maldah district. The existing arsenic-free water supply system in the study area is inadequate, and therefore, this chapter proposes remedial measures to overcome the problems of arsenicosis by estimating the public WTP for installing arsenic-free water supply technologies to acquire safe drinking water across different arsenic risk zones in the study area. The respondents' WTP was found to be heterogeneous and varied with their socio-economic characteristics. A significant relationship was observed between independent variables such as poverty level, family size, education status, etc., and WTP. The model was found to be statistically significant with a likelihood ratio chisquare of 286.288 and a p-value of 0.0001. The score test and Wald tests were also significant at a 95% confidence interval. Thus, the research hypothesis, "Willingness to agree with mitigation strategies depends on the socio-economic condition of the respondents," is accepted. In the final chapter, a summary and policy implications are presented. The study highlights several major problems related to arsenic contamination and arsenicosis in Maldah district, including: 1. Despite the detection of high levels of arsenic in tube well water (above the permissible limit of 0.05 mg/L), many inhabitants continue to use contaminated water, leading to poisoning. 2. Lack of awareness about arsenic pollution has contributed to the increasing incidence of arsenicosis. 3. Poor health infrastructure, including the absence of arsenic clinics and irregular follow-up systems, has exacerbated the problem. 4. Arsenicosis sufferers have experienced numerous social and economic difficulties. 5. Victims of arsenicosis also suffer from various symptoms and severe health conditions. 6. Irregular supply of arsenic-free water through the Public Health Engineering Department (PHED) pipeline has impacted the inhabitants. Some individuals do not have access to any arsenic-free water sources. 7. The economic poverty of the inhabitants of arsenic-prone regions makes it challenging for them to purchase arsenic-free water regularly. 8. The long distance to arsenic-free water supply sources is another significant problem. It is time-consuming for the inhabitants to travel long distances to collect arsenic-free water. These issues must be addressed through a combination of policy initiatives and public awareness campaigns to mitigate the adverse effects of arsenicosis and ensure safe drinking water for all. The following recommendations are proposed to address the socio-economic and health impacts of arsenicosis in Maldah district:  Short-term solutions, such as providing safe arsenic-free drinking water and implementing low-cost arsenic removal technologies, can offer immediate relief to affected individuals. Regular testing of tube well water can also prevent longterm exposure to arsenic.  Long-term approaches, including rainwater harvesting and surface water supply from rivers, ponds, and tanks, can help tackle the issue of arsenic contamination at the community level.  Ensuring the effectiveness of arsenic removal plants and promoting collaboration between stakeholders can further enhance the success of these initiatives.  Raising public awareness about the health risks of arsenic exposure and providing access to diagnosis, treatment, and counseling services can help improve the well-being of affected individuals and their families.  Implementing health policies and education programs can foster positive behavior change and empower communities to address social discrimination and stigma associated with arsenicosis.  Providing financial support, employment opportunities, and relief measures to affected families can help alleviate the economic burden of arsenicosis. By implementing these measures, we can mitigate the negative impacts of arsenicosis and improve the overall health and well-being of the people of Maldah district
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    ItemOpen Access
    Geographical analysis of urban growth in Siliguri planning area, West Bengal
    (University of North Bengal, 2023) Saha, Arjun; Roy, Ranjan
    Title: A Geospatial Analysis of Urban Growth in Siliguri Planning Area, West Bengal Introduction: Urban growth is a universal phenomenon. It takes place in almost all the cities in the world. In developed countries, this growth had taken place much before than the developing and underdeveloped countries respectively. In developed countries, this has been taken place in a planned and efficient way, whereas in the developing and underdeveloped countries, it does not follow any rules and regulations, though in maximum cities of developing world there has some certain rules. Due to this unplanned nature of growth of urban built-up features, several productive lands that surround the city are going to extinct which creates an adverse effect on that city. India is a country which falls still in the developing world is facing this same situation in many cities. Some megacities which lie at the top of the table are comparatively follow better regulations and extending themselves in a sustainable way, but maximum cities which have an great economic importance in the country does not follow those rules. Growths in these cities are taking place due to the excessive increase of population mainly for the migration from rural areas primarily for better economic opportunities. Siliguri is a city that lies in the northern part of West Bengal is facing this same problem after its formation. From the beginning this area had been exploited for different purposes and besides this, as this urban centre playing a role of primate city for the entire North Bengal after independence, maximum people had shifted to this place for better livelihood, which makes the growth in a faster rate comparing to other. This faster growth of population and simultaneously urban built-up often captures the productive lands, like forests and agricultural land that surround this city in all sides. So, for this reason, this city with its surrounding area, known as Siliguri Planning Area (SPA) that demarcated by Siliguri Jalpaiguri Development Authority (SJDA) has been taken to find out the land use and land cover changes from 1992 to 2021, to identify the growth of urban built-up in this region, to identify the sustainably suitable places for new development, to analyze the relation between infrastructural development and urban growth and lastly to identify and analyze the possible problems that are occurring in this area due to unplanned and limitless urban growth. Database and Methodology: For this entire work, researcher has used different secondary data that are openly available in different repositories. For the analysis of land use and land cover and to analyze the urban built-up growth from 1992 to 2021, land surface temperature, vegetation index, Landsat satellite images for the year 1992, 2001, 2011 and 2021 have been used in this work. Beside this, for the identification of suitable places for new built-up development and for the analyze of infrastructural development, Census data of 2001 and 2011, Google earth data, data from different government sources, like department of food supply and distribution, department of mass education extension and library services, govt. of West Bengal, department of posts, govt. of India, Bank master data for West Bengal, etc. have been considered. Primary data has also been collected for the analysis of water quality of major two rivers of this region, Mahananda and Balason from total 17 sites. Beside these, some ground verification data has also been collected from using handheld Global Positioning System. First objective that is land use and land cover change analysis from 1992 to 2021 has been performed by using maximum likelihood classification technique after different processing of images in the GIS platform. Urban growth pattern has been analyzed by taking Shannon’s entropy in two ways; first by direction-wise and second by distance-wise and beside this, trends of urban growth and its speed of expansion has been identified by urban density analysis and Urban Expansion Intensity Index (UEII). Multi-criteria Decision Making (MCDM) and Analytical Hierarchy Process (AHP) has been taken for the identification of new preferable built-up locations. To analyze the relation between different infrastructural facilities and urban built-up growth Borda rule has been used in this work. Unplanned urban growth has some negative impacts on the natural surroundings. For this, in this work, impacts on river water, vegetation and in local temperature have been calculated and identified. Water Quality Index (WQI) has been used to monitor the river water quality, Vegetation index, such as Normalized Difference Vegetation Index (NDVI) has been performed for the vegetation density analysis and Land Surface Temperature (LST) has been used for analysing temperature fluctuation from 1992 to 2021. Different correlations have been performed for the analysis of relation between different indices and parameters. Brief Outline of the Study: This whole work has been completed by making total seven chapters. First chapter has been divided into two sections. Section A mainly deals with the overview of the whole thesis, problem of the statement, objectives that are taken, hypotheses that has been framed, rigorous literature surveys, about the study area, chapter details, scopes and etc. and Section B describes the general characteristics of the study area, like its different socio-physical characteristics. Second chapter is about the land use and land cover (LULC) dynamics in this study area and it has been done from the year 1992 with a ten year interval and up to 2021. Third chapter is the heart of this thesis that deals with the pattern, trends and speed of urban built-up growth in this region. Urban built-up growth has been calculated by using the extracted built-up features from the satellite images from 1992 with a ten year interval and up to 2021. Like this the trend and speed also has been analyzed and calculated from 1992 to 2021. Fourth chapter has tried to identify the perfect or suitable patches of land for new urban built-up area. This has been done using the data for the year 2021. Fifth chapter is about to study the relation between different infrastructural developments that has taken place in this region with population growth. This study has been carried out for the two years due to the availability of the data and these are, 2001 and 2011. Sixth chapter has tried to identify the problems or negative impacts on different parts of the environment due to the unplanned and fast built-up development. Negative impacts on river water, local temperature and on vegetation have been analyzed by using primary and secondary sources. Lastly, seventh chapter has summarized the major findings of this work and also put some remedial suggestions with concluding remarks to overcome different problems that this area has been facing. Major Findings: This study area lies in the piedmont of Darjeeling Himalaya and that is why the overall gradient maintains from the north and north-west to the south and south-eastern portion with an average height is about more than 150 metres. Connectivity is good in this region with three major railway stations and one airport and some national and international highways are also present here. Population growth due to the natural and migration is huge in this whole region. As this area lies in the piedmont of the Darjeeling Himalaya and Terai tract, so this area from very beginning is dominated by different forest cover and as this area was facing huge population growth due to its locational importance, so drastic positive and negative changes in different categories of LULC has been seen. Vegetation cover has been lost about 56 sq. km. from 1992 to 2021. Agricultural land has been changed into built-up land in Chandmuni tea estate area. Built up land has occupied the core zone of this study area almost entirely. A significant growth of built up land has seen along the highways that radiated from the core city centre. In case of built-up pattern, the whole area from the 1992 is showing dispersed pattern of development instead of compact one. Though in the last calculated year, it is moving towards the compact pattern just because for the restrain of available lands. In first three years, Shannon’s entropy value lies close to the logn value and for that it can be said that this area has experienced an urban sprawl that destructs different productive lands. The analysis revealed that the urban growth in Siliguri Planning Area follow a regular radial pattern. Ribbon pattern of sprawl is observed along the highways and leapfrog pattern towards southern and northern direction due to working opportunities, educational facility and because of tea planted areas of the study area. This study has identified that the maximum suitable area for new built-up development has seen in between the 5 km. to 9 km. from the core of the city and after this, suitable area decreases. Very little amount of lands has been identified as highly suitable area that is 4.58 sq. km. that denotes this study area presently stays at its well condition in case of built-up categories. Further construction will harm the nature. This study area is mainly dominated by medium suitable area and mostly lies along the accessible roads. Maximum areas of highly suitable area and moderate suitable areas come from wasteland and the vegetated land has been preserved. The core area that is Siliguri city is highly dominated by different infrastructural facilities with the highest score in both two years from the beginning as this area holds more than half of the population of the total study area. Other old centres like Bagdogra, Bairatisal also shows comparatively better infrastructural condition in this region. Dabgram and Binnaguri that are very close to Siliguri city have shown a higher score of infrastructural facilities. Analysis of water quality reveals that Balason River is much better than the river Mahananda as Balason mainly flows from the outer periphery of the core area and population pressure is much lower than that of river Mahananda. Water quality is worst in the Airview sampling site of Mahananda in both seasons due to the pressure of population and their different activities. It has been seen that, a significant change of river water quality between upstream and urban and also urban and downstream. In the southern portion of the study area a fresh water canal has mixed up with river Mahananda which makes is better quality in the downstream portion. Land surface temperature has been calculated for the year 1992 and 2021 and it has been seen that about 0.5⁰C temperature has risen in the highest temperature. Maximum temperature has been recorded in the core of the study area and this is due to the highest density of population, maximum traffic movements, absence of thick vegetation cover etc. Vegetation density has also been analyzed in this region from 1992 to 2021 by using Normalized Difference Vegetation Index or NDVI. Results reveal that highest value of NDVI was 0.75 in the year 1992 which has reduced in to 0.43 in the year 2021 due to the expansion of impervious surfaces on the study area. Values of NDVI also suggest that in the year 1992, high dense vegetation was there which has come in the medium dense category in the year 2021. Conclusion: Development and destruction goes in the similar way. If any area has seen any major developmental projects then it is obvious that, same place has faced some kind of destruction in the natural environment. Urban built-up growth and successive population growth is now a natural phenomenon and this will happen and increase its magnitude in near future. Developed countries has faced this situation much before than present developing and underdeveloped countries and that is why they had faced different problems in earlier and now they are in a stable condition due to low and even zero population growth. India falls on the developing one and that is why most of the cities in this country are facing tremendous population growth, unplanned urban built-up growth, shortages of suitable lands for new built-up places, and also problems on different parts of natural environment. Siliguri Planning Area is also facing this same problem mainly after the partition at the time of independence. That is why this work has tried to identify the built-up growth, urban sprawling, and different problems of this growth on natural environment, like on water, forest, and also in the local temperature. Overall study in this region reveals that unplanned and haphazard built-up growth and urban sprawling and huge population growth has taken place and due to this local temperature has risen in this area, high dense and thick vegetation cover has almost lost in thirty years, water quality degrades when river enters in the core urban and highly populated area. Outcomes and findings of this study will help to the locals, planners, government officials, policy makers to take necessary and suitable steps for the proper planning and betterment for this area
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    Gender Gap in Higher Education : A Study of Student Community in the Higher Educational Institutes of North Bengal
    (University of North Bengal, 2023) Chowdhury, Srashta; Rohatgi, Sushma
    Gender Gap in Higher Education: A Study of Student Community in the Higher Educational Institutes of North Bengal Gender Gap defines the difference or disparity between the sexes. In education gender gap refers predominantly to the less representation of either the female or male from the education system, a situation that requires intervention as well as rectification. Gender and sex are used interchangeably in education research, especially in Higher education where male and female is used to denote man and woman. However, this needs to be identified, as sex assigned at birth and gender identity of people are not the same always. In undertaking explorations regarding the large and complex gamut of issues under the rubric of gender and education in India, the location of the educational institutions, the class, caste, religion of students, teacher student relationship would necessarily have to be taken into account. The higher educational spaces play a predominant role in identity formation of individuals, where they find a voice of equality, having spent substantial amount of time in these spaces. Being of a certain gender holds broader meaning, with cultural concepts of masculinity and femininity coming into play. Gender is deeply cultural, like race, it is a social construction with real consequences, particularly for those who do not conform to gender binaries. It refers to the continuum of complex psychosocial self-perceptions, attitudes, and expectations people have about members of both sexes. Gender is understood as a concept that implies masculine, feminine and other gender identities which is achieved by every individual. Gender is taught and learned by the individual as a member of the society with different cultural settings. The enrolment of female students in the HEI of North Bengal is more than that of the male students, but they fall behind in representation of the work force. So, the study quantifies the perceptions of the students attending the different HEIs of North Bengal, regarding gender, the factors that determine the choice of HEI and the awareness of the students about the different government initiatives and schemes. The objectives fulfilled in the study are to analyse the location of various types of higher educational institutions present in the study area, to examine the factors that play important role in choice of higher educational institutes by students, analysis of the trend in enrolment status of students in higher educational institutions in different streams if education and their choice of subject depending on the gender of students, existence of gender stereotypes and gender roles in the higher educational spaces and awareness of the students about the government welfare schemes in higher education. The study is based on both secondary and primary sources of data. The colleges have been selected using Multi Stage Sampling Method and the 586 students have been surveyed from the 36 colleges at random. 10 students from the LGBTQ community have been surveyed with the help of a separate questionnaire to understand the problems they face in the HEIs. All the universities and female colleges were visited for the study and documentation. The methodologies used in the study are: Chi – square test, Phi – coefficient, Spearman’s Rank Correlation, Point Biseral Correlation, t- test, Chronbach’s Alpha and percentage analysis. HEIs from all the six districts (as per Census 2011) has been covered in the study. There are five hypotheses proved in the study. Major findings of the study area are that: In the study area there are 150 rural colleges in the region and only 52 urban colleges. The maximum number of rural colleges are located in the district of Malda, 41 colleges, followed by Uttar Dinajpur which has 24 rural colleges and Dakshin Dinajpur, with 23 rural HEIs. Despite the rural – urban distribution of colleges, excellence in HE remains in pockets, the old HEI are still preferred by the students who score well in their examination like ABN Seal College, Siliguri College, AC College and the likes. The location and the number of HEIs are disadvantageous in the study areas unlike the southern districts of West Bengal. North Bengal has low density of HEI. There are only 10 HEI/1000 sq. km. in North Bengal compared to 18 HEI/1000 sq.km in southern Bengal. In North Bengal only Darjiling district has 16 HEI/1000 sq.km. which is equal to and more than the state and national average value respectively. The reason behind this could be the influence of the British in this district. Dakshin Dinajpur and Malda has 12 HEI/ 1000 sq.km. and most of the HEIs are B.Ed. colleges, which has been repeatedly discussed throughout the chapter. In North Bengal the overall LQ is less than unity which means that there is low concentration of universities in the region and the total number of universities in the region are highly dispersed. In the six districts of North Bengal, Darjiling and Malda district has low concentration (L.Q. value less than unity) and the highest concentration is in Koch Bihar. The degree colleges also have very low concentration in North Bengal and are highly dispersed.The highest concentration of degree colleges in North Bengal is in the district of Koch Bihar which is 1.23, followed by Darjiling district, 1.15 . Malda, Dakshin Dinajpur and Uttar Dinajpur which have a smaller number of General Degree colleges (shown and discussed in Table 3.12) have high concentration of teachers’ training HEIs. The L.Q. value of the both the districts are more than unity which are 2.94, 2.38 and 3.05 respectively. As the overall concentration in the northern region is high Jalpaiguri, Koch Bihar also has high concentration of such HEIs except Darjiling district which has the TT HEIs dispersed and have low concentration. In the study area all the existing universities are State Public University. There is no Central University, Institute of National Importance and Private University in the study area. North Bengal has 5 existing universities, there are new universities functional in the districts Dakshin Dinajpur, Alipurduar, Darjiling and Jalpaiguri districts, but these universities do not have exclusive campuses and share infrastructure with local degree colleges. Despite the number of HEIs in the study none of the institutes are placed in the NIRF ranking. North Bengal University falls in the rank band 150 – 200. Very few colleges in rural North Bengal have science subjects taught in the HEIs, with the exception being Darjiling (the educationally developed district of North Bengal). In Koch Bihar district only Mathabhanga College and Sitalkhuchi College offer science courses. None of the colleges in rural Koch Bihar offer commerce courses of study. In rural Jalpaiguri, Maynaguri College is the sole institute that offers science. Darjeeling Government College, in rural Darjiling, which was established in 1948 offers a course of study in all the three streams of study. Darjiling district is an exception as both the rural and urban colleges are old and offer science and commerce subjects along with arts and social science. The urban colleges are however different from the rural colleges where almost all the colleges provide all three stream courses of study. Some colleges even have infrastructure to offer master’s degree courses like A.B.N. Seal College, Koch Bihar College, Balurghat College, Malda College, Alipurduar College (now University), Siliguri College. The courses offered also depend on the surrounding areas it caters to, like Dr. Meghnad Saha College which draws students from Malda, Dakshin Dinajpur and Uttar Dinajpur offers science subjects for the students. Same is seen in Islampur College which is located near to Darjiling district so has students who enroll themselves from the surrounding rural areas of Darjiling district and Kishanganj district of Bihar. The female students are more in number in the HEI of the study area but when looked at the work participation in the HEI, the number of male teachers is more compared to the female. Enrolment of female students is more in the subjects that fall under the category of arts and social science. Out of the total 202 HEIs in North Bengal 45.05 percent of the colleges have a playground which is absent in 7.92 percent colleges. majority of the colleges do not have health care centers which should be one the necessary infrastructural facility available in the HEIs, 86.15 percent colleges do not have a health center. The students and the institutions are supported by the first aid boxes in case of any medical emergency. Most of these physical set – up is missing in the colleges of North Bengal. 57.43 percent of the colleges do not have common room for students, in Shree Agrasen College (North Dinajpur) the library reading room is used as a common room by the students. 67.82 percent colleges do not have a computer center, and in some colleges where it is present the computers are not functional for the use of students. 51. 98 percent colleges do not have separate common room for girls and separate toilet for girls. The students who study in the all women colleges, the choice of institute was either made by the parents for safety reasons. The educational spaces for the students are secure places away from home with people who can be called their peer. The students who were surveyed spend quality time in the HEIs, 22.12 percent females spend 5 – 7 hours in the HEI space and 25.63 percent males spend similar amount of time in the institute. None of the students during the survey had opted for the Student’s Credit Card Scheme. The female students do not want to avail money from the scheme because they do not know if they can repay the loan. This is linked with the social constraint of WHO WOULD HELP THEM REPAY? They might get married and the liability may dwindle as to who will pay the loan later. The study depicts the gender representation of students in higher education institutions (HEIs) in North Bengal, the various factors that influence college selection, the gender perspectives of students, and the existing gender norms. The examination of the various programmes offered by the central and state governments has also been conducted. The study demonstrates that despite the significant number of female students enrolled in the HEI in the study area, it is substantially segregated based on course selection. There is a continuous process of addressing gender in the HES of the study field, both quantitatively and qualitatively.
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    Geospatial analysis of road transport network of Siliguri City, Darjeeling District, West Bengal
    (University of North Bengal, 2023) Paul, Biswajit; Sarkar, Subir
    An understanding of the potential traffic effects associated with the development of a well-managed transportation system is typically provided by a transportation network analysis, which contributes to overall urban development. The transportation system in Siliguri City includes both roads and railroads; however, roads are the predominate means for carrying a significant amount of the traffic produced in the city. Rapid urban transportation systems like the metro and local trains are not an option in the city. Because commuters are unable to use alternative modes of transportation, the city becomes extremely congested, reducing both human and technological productivity. The current study examines the condition of the Road Transport Network in Siliguri City of Darjeeling District (West Bengal), using both primary and secondary data and information. Some of the methodologies adopted are: descriptive statistics, Wilcoxon signed rank test, Kolmogorov-Smirnov and Shapiro-Wilk test, segment delay, delay rate, relative delay rate, delay ratio, average travel speed, density of vehicles, graph theoretic measures, volume of traffic/hour, PCUs/hour, day-of-week variability pattern, Single factor ANOVA, composite score, and Spearman’s rank correlation. The study area includes the entire Siliguri Municipal Corporation, covering an area of 41.9 square kilometres and 47 wards. Four objectives are met in order to examine the current conditions of the city's major roads, such as, Physical and functional characteristics of the major arterial roads; examining the degree of accessibility and connectivity of the major roadway network; analysis of the traffic flow along the major arterial roads and the relationship between road transport and various service facilities of Siliguri city. As the city has already begun to experience intense and protracted traffic congestion at key intersections, causing the average travel time to multiply within a few years, Siliguri urgently needs to pay attention to its urban road and traffic management. By examining the connection between road development and urban services, the study considers the road transport system from both a geographical and an overall developmental perspective. Additionally, the study aims to offer some suggestions and recommendations for addressing Siliguri's traffic issues in a methodical and effective manner. There are a number of findings established from both the qualitative and quantitative analysis in the previous chapters. Following are the major findings made from the analyses: Hill Cart Road is the busiest and most important road in Siliguri, holding the maximum share of daily PCUs per hour. The primary mode of transportation is private two-wheelers or motor cycles. The proportion of slow moving vehicles, consisting of e-rickshaws, bicycles, and rickshaws, is the second-highest mode of commutation, resulting in traffic V congestion along the arterial road sections. Except for AH 2 (30-45 km/h) and the Eastern Bypass Road (> 45 km/h), the average travel speed remains below 30 km/h on most arterial roads. Throughout the day, vehicle density on Hill Cart Road between Safdar Hasmi Chowk and Gurunanak Chowk remains high (> 11000 vehicles per hour or kilometre). Considering the alpha index, which is used for checking the network connectivity, it is seen that ward no 11 has the highest index value i.e. 0.33, Ward 28 has an index value of 0.29 and Ward 12 has 0.2. Other than these three wards all the other 44 wards in the city have alpha index value ‘0’ (table 4.3). Beta index has been calculated for the road networks in the city, according to the different existing wards (47 in number). It is seen that ward 20 and 23 has the lowest beta index value, ‘0’ and the highest value is in ward number 28, i.e. 1.17. Ward 11 and 12 have a similar beta index value i.e. 1. Whereas gamma index calculated shows that wards 13, 16, 19, 20,21, 22, 23, 30,36, 37 have the lowest index value, i.e. 0, the highest index value can be seen in wards 5,9, 11,29, 25,39 And 44. In case of the eta index calculated Ward Number 20 and 23 have the lowest value 0. Whereas the ward 42 of the city has the highest value 1.39. Like the other indices that have been calculated and discussed prior to this. We see in case of the pi index calculated, Ward 20 has the lowest value and ward 11 the highest. Road density in terms of major roads is maximum in the Ward Number 14 whereas road density is highest in Ward Number 18 considering all major and local roads. Nodal density is also highest in Ward Number 18. Ward Number 8 and 18 recorded with highest composite connectivity score whereas the low zone of connectivity includes 55.32 % of the 47 wards. Out of 41.9 square kilometres area, 11.65 square kilometres falls in most accessible physical zone of accessibility. In terms of total accessibility Safdar Hasmi Chowk and Mahabirsthan placed first position with more than 280000 scores representing most accessible nodes of the city. Inadequate transportation could also be responsible for traffic jams, congestion, travel delays, environmental degradation, and loss of productivity. Arterial roads are very few in Siliguri, the total length of arterials is 28.68 kilometres out of 547.81 kilometres of total length. An effective plan has to be made by the authority for balanced distribution in order to improve overall connectivity and accessibility. Siliguri has become one of the fastest growing cities in India because of its geographical significance and is the gateway to the north eastern states of India and the Eastern Himalayan region. Despite having a number of arterial roads that have been widened and facilitated with road dividers, Hill Cart Road holds the maximum share of overall traffic.
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    Impact of hydrological changes and adaptation practices of the rural people in the lower teesta river basin of West Bengal, India
    (University of North Bengal, 2023) Das, Dipankar; Roy, Ranjan
    The Teesta River, which is regarded as a source of sustenance in the landscape, is situated in the Himalayan and Sub-Himalayan region and has hydrological characteristics that are frequently significantly altering. In this regard, morphometric analysis has been created for the Teesta River basin area, and different morphometric data have been produced utilizing topographical maps released by the Survey of India as well as Remote Sensing and GIS platforms. The examination of physical characteristics and human interference allows for the identification of numerous hydrological changes. Anthropogenic activities have created adjustments along the Teesta, which change the hydro-morphological properties across the basin area. These changes are manifested in a variety of dangerous circumstances, primarily flooding across the concerned river's flood plain, while concurrently, for most portions of the basin, agriculture denotes a leading role in this regard. Agriculture in the study area has advanced significantly in recent years. But lately, it has been struggling with issues including tiny land holdings, traditional agriculture with poor infrastructure, a lack of surface water, and rising climatic and hydrological variability. The River Teesta's flood plain is a significant source of natural resources that provide high economic and livelihood values to the locals who live along the river's banks in the study region. Local rural residents are currently dealing with a different kind of issue as a result of hydrological and hydro-morphological changes. Due to the high demand for agricultural products, smart agriculture and appropriate adaptation strategies are required to ensure agricultural output. As a result, this is a reform of the agricultural system to increase productivity and reduce its impact on the environment. An effort has been made to uncover some little-known information about the restoration, conservation, and management of the floodplain through sustainable agricultural adaptation practices that closely resemble hydrological changes, which are more beneficial to socioeconomic development as well as serve to lower the risk of human habitation and promote sustainable use of the land in the nearby riparian areas. The current research aims to conduct an in-depth analysis of the Teesta River's hydrological processes, including any changes or issues they may have, and to add value to assessments of the socioeconomic resilience of the areas around the channels by offering some suggestions for long-term adaptation and management and The supposition of this research is that the adoption of climate-smart agriculture results in increased agricultural output as well as field-level water and energy savings. Smart agriculture is one example of an adaptation practice that can lessen many of the negative effects of hydrological variability and hydrological change. These practices can also improve socioeconomic situations and many other advantages. The peasants are less vulnerable due to inadequate infrastructure, scarce economic resources, insufficient water supply, and traditional agriculture. However, adaptation techniques like mulching, zero tillage, solar-powered irrigation pumps (SPIP), etc. tend to benefit the villages on several levels, including energy and water savings, as well as production increases. Our research demonstrates that smart agriculture is a framework to integrate its use at the national, state, and local level strategies for wide-scale and long-term support of it in developing nations, such as India. Overall, adaptation practices such as smart agriculture play a key role in preserving agricultural sustainability in the face of increasing hydrological risk and variability. The methods employed in this study are to evaluate a conceptual framework of vulnerability and adaptability in agriculture using various indicators related to the study's central issue. It is based on the integration of numerous climate risks and hazards, environmental elements, and socioeconomic aspects that generate evaluations using the multi-criteria decision-making technique and the association between hydrological, socioeconomic, economic governance, biophysical, and coping mechanisms of locals in the research area was examined using the binary logistic regression model. Consequently, it suggests that policymakers incorporate smart agriculture into their development planning which is essential for lowering agricultural susceptibility to the hydrological risk and flood occurrences that have a devastating impact.
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