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This study aims to address the issue of overtourism, its causes and impacts and propose a strategy based on a theoretical overtourism matrix to be applied to the Nainital city.

Reports on rules and regulations from government authorities, court orders and newspaper reports were studied to understand the severity of overtourism. Focus interviews were undertaken, and monthly tourist arrival data for 13 years is analysed to gauge the levels of overtourism.

The study identifies the factors such as communication gaps, lack of stakeholders’ participation and non-availability of the tourism development plan as the primary reasons for the absence of sustainable overtourism solution. The study finds the extent of overtourism and its adverse effects on Nainital and underlines the need for policy interventions and optimal management of resources. The findings of this study highlight the need for sustainable long-term strategies.

Overtourism can be understood and analysed in a better way with more granular data level.

The strategies presented can be applied at the policy level in the small- and mid-sized cities that are on hills or near the waterbody-side and experience mostly day and budget travellers. The understanding of resident–tourist interaction and impacts will help in preparing a better sustainable tourism development plan. The practical strategies of overtourism issues may be implemented for tourism experience and development.

This study investigates, for the first time, the impact of overtourism and offers strategies for an Indian city. This study will help tourism managers in developing policies for sustainable tourism development of hill cities or waterbody-side in India.

The purpose of this paper is to show that Uttaranchal is a hilly State, recently constituted in the Himalayan region. Over 80 percent of Uttaranchal state is prone to slope instability because of weak and highly folded and fractured rocks, steep slopes, high seismicity and unfavorable hydro‐geological conditions. In addition to this, unsystematic development construction activities contribute to the problem. Newly formed Uttaranchal state is in the process of development, required to expand the existing infrastructure.

The paper gives a full description: Bending of rock beds, their disjointing, disruption and drag‐folding are characteristic features of a creeping mass. Tilted trees and poles are indicative of creep movement as seen on a number of hillslopes in and around Nainital town. The curvature of the tree trunks bears record to the rate of creep during the period of growth of the tree. It hardly needs stating that the rate of creep movement is quicker during the rainy season, and there may be long periods stretching over years when no movement at all takes place. The temporal span of this phenomenon stretches over thousands of years. The rate is accelerated by clear‐felling in forests and by construction on steeper slopes. The depth of the creep movement is variable, and depends largely on the nature and degree of weathering of rocks, the sub‐surface structure and amount of water present within.

It was found that, to meet the requirement, construction activities are in full pace, which have given rise to the new landslide problems or have aggravated the existing slope instability problems. In order to keep the landslide problems to a minimum, systematic studies are required on every aspect of the slope instability problems.

On the basis of slope instability evidence, past occurrence of landslides, deformation of civil structures and geological conditions, three zones have been identified – safe, moderately safe, and very unsafe.

The paper describes the natural problems with which Uttaranchal is faced and proposes systematic studies which are required to deal with every aspect of the outstanding problems of slope instability.

The main objective of the study is to identify the vulnerable areas for river‐line and flash flood hazard and its mitigation through GIS Database Management System (DBMS) of geo‐hydrometeorological parameters. The Dabka watershed constitutes a part of the Kosi Basin in the Lesser Himalaya, India in district Nainital has been selected for the case illustration.

The Dabka DBMS is constituted of three GIS (Geographic Information System) modules, i.e. geo‐informatics (consists of geomorphology, soils, geology and land use pattern, slope analysis, drainage density and drainage frequency), weather informatics (consists of daily, monthly and annual weather data about temperature, rainfall, humidity and evaporation) and hydro‐informatics (consist of runoff, sediment delivery, and denudation). The geo‐informatics and weather informatics modules carried out by comprehensive field work and GIS mapping than both modules used to carry out hydro‐informatics module. Through the integration and superimposing of spatial data and attribute data with their GIS layers of all these modules prepared Flood Hazard Index (FHI) to identify the level of vulnerability for flood hazards and their socio‐economic and environmental risks.

The results suggest that geo‐environmentally most stressed areas of barren land (i.e. river‐beds, flood plain, denudational hills, sites of debris flow, gullies, landslide prone areas etc.) have extreme vulnerability for flood hazard due to high rate of runoff, sediment load delivery and denudation during rainy season (i.e. respectively 84.56 l/s/km², 78.60 t/km² and 1.21 mm/year) whereas in geo‐environmentally least stressed dense forest areas (i.e. oak, pine and mixed forests) have low vulnerability due to low rate of stream runoff, sediment load delivery and denudation (i.e. respectively 20.67 l/s/km², 19.50 t/km² and 0.20 mm/year). The other frazzled geo‐environment which also found high vulnerable for flood hazard and their risks is agricultural land areas due to high rate of stream runoff, sediment load delivery and denudation rates (i.e. respectively 53.15 l/s/km², 90.00 t/km² and 0.92 mm/year).

For hydro‐informatics module it is quite difficult to monitor water and sediment discharge data from each and every stream of the Himalayan terrain due the steep and rugged topography. It requires strategic planning and trained man power as well as sufficient funds; therefore representative micro‐watershed approach of varied ecosystem followed for a three years (2006‐2008) period.

The study will have great scientific relevance in the field of river‐line flood and flash flood hazard and its socio‐economic and environmental risks prevention and management in Himalaya and other mountainous terrain of the world.

This study generated primary data on hydro‐informatics and weather informatics to integrate with geo‐informatics data for flood hazard assessment and mitigation as constitutes a part of multidisciplinary project, Department of Science and Technology (D.S.T.) Government of India.

The paper aims to discuss the causes of the landslide event at Amparav in Kumaun Himalaya (Nainital district of Uttaranchal in India) and attempts to bring forth the importance of mass awareness regarding the past disaster events in their surroundings.

On the aftermath of the landslide tragedy of 23 September, 2004 field investigations were carried out to probe the causes and lapses that resulted in tragedy at a place where a detailed mitigation plan had been implemented.

The investigations reveal that a detailed landslide management strategy was prepared and implemented to protect this zone almost a century ago, with a thorough understanding of the mass wastage processes. Implementation of this plan safeguarded this zone for a long time, but the lack of awareness among the masses led to the violation of the very spirit of this plan. This culminated in the Amparav tragedy that took three human lives, besides the loss of a huge public and private infrastructure.

The old study that led to the landslide management strategy could not be assessed and the article is based on information provided by the village elders.

The paper is an attempt to bring forth the finer details of the landslide management plan enacted in the region almost a century ago. It suggests the need for detailed surveys and planning in enacting any disaster management plan.

This paper would bring forth the importance of documenting the disaster management strategies of the region and sharing the significance of these with the masses so that they are deterred from even unintentionally violating the spirit of these plans.

The purpose of the study is to assess the environmental and socio‐economic impacts and risks of climate change through GIS database management system (DBMS) on land use‐informatics and climate‐informatics. The Dabka watershed constitutes a part of the Kosi Basin in the Lesser Himalaya, India in district Nainital has been selected for the case illustration.

Land use‐informatics consists of land use mapping and change diction, i.e. decadal changes and annual changes. Climate‐informatics consists of climate change detection through daily, monthly and annual weather data for a period of 25 years.

The exercise revealed that oak and pine forests have decreased, respectively, by 25 percent (4.48 km²) and 3 percent (0.28 km²) thus bringing a decline of 4.76 km² forest in the watershed during 1990 to 2010. But, due to climate change the mixed forest taking place of oak forest in certain pockets and consequently the mixed forest in the catchment increased by 18 percent (2.3 km²) during the same period which reduced the overall loss of forests in the region but its not eco‐friendly as the oak forest. Barren land increased 1.21 km² (56 percent), riverbed increased 0.78 km² (52 percent) and cultivated land increased about 0.63 km² (3 percent) during the period of 1990 to 2010. Out of the total seven classes of the land use land cover, five classes (i.e. Oak, Pine, Mixed, Barren and Riverbed) are being changed dominantly due to climate change factor and anthropogenic factors plays a supporting role whereas only two classes (scrub land and agricultural land) are being changed dominantly by anthropogenic factors and climate change factors plays a supporting role. Expansion of mixed forest land brought out due to upslope shifting of existing forest species due to climate change factor only because upslope areas getting warmer than past with the rate of 9°C‐12°C/two decades. Consequently, the results concluded that the high rate of land use change accelerating several environmental problems such as high runoff, flash flood, river‐line flood and soil erosion during monsoon season and drought during non‐monsoon period. These environmental problems cause great loss to life and property and poses serious threat to the process of development with have far‐reaching economic and social consequences.

This study generated primary data on land use‐informatics and climate‐informatics to integrate each‐other for impact assessment and mitigation through sustainable land use as constitutes a part of a multidisciplinary project, Department of Science and Technology (D.S.T.) Government of India.

Up to now most of the research into disaster has examined scientific aspects of the natural phenomena, statistical and geographic records of their occurrence and social responses to the events. This research aims to focus on the hazard identification and hazard zonation on the basis of their severity and frequency so that management aspects of prevention, preparedness, mitigation, response and relief activities can be mounted by the disaster managers.

Besides compiling the hazard‐ and risk‐related work done by the various research institutions and universities the author has also conducted a similar exercise under GIS environment.

Uttranchal is a state highly prone to disasters. Landslides, forest fires, cloudbursts and flash‐floods are disasters that are seasonal in nature and strike during a certain period of the year with high frequency. Earthquake, however, is the most devastating disaster in the mountains and its unpredictable nature adds to its fury.

The analysis is based on the limited geographical area and a time bound of 15 years.

Awareness amongst the masses regarding the various disasters that are likely to affect them and their life support strategy is a must for bringing forth voluntary adoption of the safety norms.

Armed with the information about the hazards and their spatial distribution the disaster managers in Uttaranchal may undertake certain preventive and mitigative measures for further strengthening and streamlining the Disaster Management System in the state and pave the way for similar activities in other states of India

The purpose of this paper is to evaluate landslide hazard problems in Hanuman Chatti area of Uttarakhand, India. Every year NH 58 experiences landslide activities, which disrupts the tourist traffic to Badrinath shrine and higher Himalaya.

An urgent need is being felt to have a comprehensive landslide hazard evaluation factor (LHEF). The major causative factors that influence the slope stability are lithology, structure, soil depth, soil texture, geomorphology, slope morphology, slope dip, slope aspect, slope magnitude, weathering, land use and land cover and anthropogenic activities. The present analysis is based on the rating scheme in which numerical ratings for different categories are determined on the basis of their estimated significance in causing instability.

In the study area, nine old landslides (0.238 sq.km) and five new landslides (0.086 sq.km) are recorded. On the basis of the various causative factors the study area is classified into five landslide hazard classes.

The analysis is based on the experience gained for the last seven years (1999‐2007). The period is short for developing any hypothesis but sufficient care has been taken to consider vital factors.

With the help of LHEF appropriate landslide hazard management tools can be adopted. Once a LHEF rating scheme in which numerical ratings for different categories are determined on the basis of their estimated significance in causing instability, is standardized it can be applied to the entire Himalayan region, which is very prone to landslide hazard.

Although the paper is an attempt to evaluate the efficacy of landslide hazard zonation techniques developed by various agencies in the past, some modification as per the requirement has been made in various stages of investigation.

The purpose of this is to classify the social and economic factors which impact the involvement of women in self-help groups (SHGs) for their economic as well as social empowerment.

The research has been conducted in Nainital district of Uttarakhand (India) in 2018. Primary data have been gathered from women respondent only on factors relating to the ownership of asset, housing characteristics and other demographic details. Both SHG and non-SHG women members have been chosen as key informants during the survey. Multi-stage purposive and stratified random sampling has been used for the selection of respondents and SHGs. The logit regression model has been formulated to describe the causes that influence the participation of women in SHGs. Also, an empowerment index has been constructed to measure the effect of SHGs on women empowerment.

The results show that factors including age, education, family type and distance from the market have a significant impact on the participation of women in SHGs. Also, there is a significant difference in both these values which suggests that the value of the empowerment index gets significantly increased after joining the SHGs.

Analytically derived factors have been used to develop an empowerment index. Hence, the present research is valuable for marketing practitioners, entrepreneurs and professionals from the development sector who intend to work amongst SHGs, primarily with women. The paper is valuable for academic researchers in this area so that the limited body of knowledge, on the empowerment index, could be developed.

The present research is unique because the authors did not find work, especially in the context of rural India, in the said area. Factors impacting the participation of women in SHGs along with the impact of participation on empowerment have been explored using the logit regression model, leading to the development of an empowerment index.

The purpose of this paper is to describe how landslide and mass movements are recurring phenomena in the Himalayan region. The consequences in recent times have become more severe in terms of casualties and extensive damage to the roads, buildings, forests, plantation and agriculture fields.

The study is based on field work and secondary source on information about various landslides in the Uttaranchal, India.

In recent years, the intensive construction activity and destabilizing forces of nature have combined to generate huge and complex problems, never encountered before. Implementation of number of hydro‐electric schemes, large‐scale construction of dams, roads, tunnels, buildings, towers, ropeways, tanks and other public utility works as well as indiscriminate mining and quarrying have brought most of instability problems such as never witnessed before.

Mitigation of an active landslide is a difficult option. It has been observed that despite of best technological options available the mitigation of an active landslide costs a lot which is, some times not economically viable.

Prevention is the best practice for landslide management which can be introduced through proper landuse planning.

The proper and scientific management of landslide will certainly reduce the miseries of the community living in this region. However, for that we must be addressed certain issues.

The purpose of this paper is to introduce a simple and convenient method for the landslides study.

This study is based upon the individual case study of three past landslides which may probably prove fatal in the near future. It is useful for the measurement of the horizontal length, longitudinal length, altitude at different points and area of the landslide. These measurements are very helpful in calculating the valley side gradient, longitudinal gradient of the landslide scarp and the volume of the debris generated due to mass movement.

Reactivation of slope instability problems were found along these landslides spots, which will create havoc for the people and a problem for the administration in the near future.

The implication in the paper is that structural and non‐structural mitigation and management strategies are needed.