UPSC MainsGEOGRAPHY-PAPER-II2012 Marks
Q12.

Morphological characteristics of villages situated in hilly regions.

How to Approach

This question requires a detailed understanding of how geographical factors influence the morphology of villages in hilly regions. The answer should focus on the impact of slope, aspect, drainage, and building materials on village layout, house types, and overall settlement patterns. A structured approach, categorizing morphological characteristics under different headings (site, layout, house types, etc.), will be effective. Include examples from different Himalayan regions to demonstrate diversity.

Model Answer

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Introduction

Villages in hilly regions represent a unique intersection of human adaptation and environmental constraints. Unlike their counterparts in plains, these settlements are profoundly shaped by the rugged terrain, steep slopes, and limited availability of resources. The morphology of these villages – their form, organization, and structure – is a direct response to these challenges. Understanding these characteristics is crucial for effective regional planning, disaster management, and sustainable development in mountainous areas. The Himalayan region, with its diverse topography and cultural landscapes, provides a rich context for studying these morphological features.

Site and Location

The selection of a site is the most fundamental aspect of village morphology in hilly areas. Several factors influence this choice:

  • Slope: Villages are typically located on relatively gentler slopes, often terraces, to facilitate construction and agriculture. Very steep slopes are avoided due to instability and difficulty in building.
  • Aspect: South-facing slopes are preferred in the Himalayas for maximizing sunlight exposure, crucial for agriculture and warmth. North-facing slopes receive less sunlight and are often forested.
  • Drainage: Proximity to a water source (springs, streams, rivers) is essential, but settlements avoid floodplains and areas prone to landslides.
  • Defensive Locations: Historically, villages were often situated on elevated ground or ridges for defense against external threats.

Layout and Pattern

The layout of villages in hilly regions differs significantly from the grid-iron patterns common in plains. Common patterns include:

  • Linear: Villages often develop along ridge lines or valley floors, following the contours of the land. This is common in the Himalayas, particularly along river valleys.
  • Clustered/Aggregated: Houses are clustered together for mutual protection, social interaction, and efficient use of limited space. This is prevalent in Nepal and parts of Uttarakhand.
  • Dispersed: In some areas, particularly where agricultural land is widely distributed, houses are scattered across the landscape. This is less common but found in certain parts of the Himalayas.
  • Terraced: Villages are built on artificial terraces carved into the hillsides, creating flat platforms for houses and agriculture. This is a defining feature of many Himalayan settlements.

House Types and Building Materials

House types are strongly influenced by the availability of local materials and climatic conditions:

  • Stone Houses: Common in areas with abundant stone resources, these houses are durable and provide good insulation. Found extensively in Himachal Pradesh and parts of Uttarakhand.
  • Wood Houses: In forested regions, wood is the primary building material. These houses are often characterized by intricate carvings and sloping roofs to shed snow. Common in Kashmir and Arunachal Pradesh.
  • Mud and Brick Houses: In lower hills, mud and brick are used, often reinforced with wood.
  • Roofing Materials: Slate, wood shingles, and corrugated iron sheets are commonly used for roofing.
  • Adaptations to Climate: Houses are often built with thick walls to provide insulation against cold temperatures. Orientation is also important, with windows facing south to maximize sunlight.

Infrastructure and Public Spaces

Infrastructure development in hilly regions is challenging and influences village morphology:

  • Roads: Roads often follow contour lines, leading to winding and circuitous routes. The presence of roads significantly influences village growth and accessibility.
  • Water Supply: Water is often sourced from springs or streams, and distribution systems are complex due to the terrain.
  • Public Spaces: Villages typically have a central open space or courtyard used for community gatherings, festivals, and markets.
  • Temples and Religious Structures: These often occupy prominent locations and serve as focal points for social and religious life.

Regional Variations

Village morphology varies significantly across different Himalayan regions:

Region Dominant Characteristics
Kashmir Wood houses with sloping roofs, clustered settlements along valley floors, intricate wood carvings.
Himachal Pradesh Stone houses, terraced fields, linear settlements along ridges, slate roofing.
Uttarakhand Mixed stone and wood houses, clustered settlements, temples as focal points, terraced agriculture.
Arunachal Pradesh Bamboo and wood houses, dispersed settlements, adaptation to dense forests, traditional tribal architecture.

Conclusion

The morphological characteristics of villages in hilly regions are a testament to human ingenuity and adaptation to challenging environments. These settlements are not merely collections of houses but complex socio-ecological systems shaped by geographical constraints, cultural traditions, and historical factors. Understanding these characteristics is vital for sustainable development, disaster risk reduction, and preserving the unique cultural heritage of these mountainous regions. Future planning must prioritize environmentally sensitive approaches that respect the natural landscape and the needs of local communities.

Answer Length

This is a comprehensive model answer for learning purposes and may exceed the word limit. In the exam, always adhere to the prescribed word count.

Additional Resources

Key Definitions

Aspect
The direction a slope faces, influencing the amount of sunlight it receives. In mountainous regions, aspect significantly impacts temperature, vegetation, and agricultural practices.
Terracing
The process of creating level platforms on sloping land to facilitate agriculture and construction. Terracing is a common adaptation strategy in hilly regions, reducing soil erosion and maximizing land use.

Key Statistics

According to the 2011 Census of India, approximately 18% of India’s population resides in hilly areas.

Source: Census of India, 2011

The Indian Himalayas are estimated to be losing approximately 100-300 million tonnes of soil annually due to erosion (based on knowledge cutoff 2023).

Source: Various studies by the Wadia Institute of Himalayan Geology

Examples

Manali, Himachal Pradesh

Manali exemplifies a linear settlement pattern along the Beas River valley, with houses built on terraces and utilizing stone and wood as primary building materials. The town’s growth is constrained by the steep slopes and limited flat land.

Frequently Asked Questions

How does climate change impact village morphology in hilly regions?

Climate change exacerbates existing vulnerabilities in hilly regions, leading to increased landslides, floods, and glacial lake outburst floods (GLOFs). This forces relocation of settlements, alters agricultural practices, and necessitates more resilient building designs.

Topics Covered

GeographyRural StudiesSettlement GeographyRegional GeographyPhysical Geography