Chapter 20: Regional Economic Development (Case Studies)
On a clear, moonless night, a satellite passing over India photographs not the land but its lights. The picture it brings back is one of the most honest maps of development ever made. Where people run machines, light their streets and power their homes, the ground glows. Where they do not, it stays dark.
Across this night-time India the light is spread with startling unevenness. Great pools of brightness mark the metropolitan belts — around the national capital, along the western industrial coast, and over the southern uplands where the newest industries cluster. Between and beyond them lie wide stretches that barely register on the sensor: districts thick with coal, iron ore and forest, yet dim from space.
This is the puzzle at the heart of the chapter. Development does not fall evenly across space. Two districts may share the same rainfall, the same rock and much the same history, and yet one races ahead while the other is left behind. A place can sit on some of the richest mineral seams in the country and still count among its poorest.
Geographers refuse to treat this pattern as an accident. They ask where development happens, why it settles in one place and not another, and who gains and who loses when it does. They divide the country into planning regions and plan for each in turn. This chapter carries that method into three real Indian regions and watches it work.
Map
Map 20.1 Caption: Economic activity clusters unevenly across India, and the mineral-rich interior often glows least. Brief: A schematic, illustrative outline map of the full official territory of India, including Jammu and Kashmir and Ladakh, with international boundaries as recognised by the Government of India; do NOT mark any territory as disputed. Shade broad zones of dense economic activity (the metropolitan and industrial concentrations of the north-west, the western coast and the southern peninsula) in a strong tone, and the sparsely developed interior belt of the eastern peninsula in a light tone. This is a thematic sketch of relative concentration, not a plotted dataset; the key should read simply ‘denser activity’ and ‘sparser activity’. No district names.
20.1 Understanding Development
Before we can study how a region develops, we must be clear about what development means. The word is used loosely in everyday speech, but geography gives it a precise sense.
Development is the overall improvement in the economic, social and political conditions of a society. In recent decades a fourth strand has been added to this idea — the conservation and improvement of the environment. A society is developing when its people live longer, earn more, learn more and breathe cleaner air, all at once.
What Development Means
Development is best judged not by wealth alone but by how that wealth reaches people. One common yardstick is per capita income — the total income of a region divided by the number of people in it, that is, the average income per person. It is only one measure among many, and by itself it hides as much as it reveals.
Two features of development shape everything that follows. First, development is area-specific: what counts as progress in one place may be unremarkable in another. A paved all-weather road transforms a remote hill village, while a large city measures its progress in metro lines.
Second, development is time-specific: the idea itself shifts with the decades. Piped drinking water was a development goal for much of India in the 1950s; today the same household may judge its progress by a broadband connection. Because it moves across both space and time, development resists any single, fixed definition.
How Different Eyes See The Same Change
Each social science views development through its own lens, and the differences are instructive. An economist reads development as economic progress — rising productivity, higher per capita income, greater efficiency of labour, and above all the reduction of poverty. This is the most fully worked-out view, and it dominates policy.
A sociologist argues that social change must come first, and that economic gains mean little without it. On this view, development is measured by social harmony and social justice — whether a society holds together and shares its gains fairly. A political scientist locates development in the structure of power and the role of government, which today acts not only as a promoter of development but as its chief planner. A historian, by contrast, watches development as change over time, tracing how institutions rise and alter across the decades.
The geographer draws these threads together. Geography is an integrating discipline, and its account of development is the most comprehensive of all: it asks about economic progress, social advancement, political change and environmental care in the same breath — and, above all, it asks where each of these is happening.
The Geographer’s Four Steps
What sets the geographer apart is the spatial question. Development is never spread evenly, and the geographer’s task is to map that unevenness and explain it. This work proceeds in four steps (Fig. 20.1-1).
The first is to identify and analyse regional disparities — the gaps in development between one region and another. The second is to study spatial diffusion, the way a development process spreads outward across space from the places where it first takes hold. The third is to weigh the spatial consequences of development, including its effects on ecology, since a factory or a mine reshapes the land around it. The fourth is to build spatial models that explain the pattern — ideas such as the growth pole, a centre from which development radiates to its surroundings, and the core–periphery model, in which a developed core draws resources and people from a poorer surrounding periphery.
Flowchart
Fig. 20.1-1 Caption: How a geographer studies the development of a region, step by step. Nodes: Identify and analyse regional disparities → Trace the spatial diffusion of development processes → Weigh the spatial consequences, including effects on ecology → Build spatial models such as growth poles and core–periphery
These four steps are the working method of the whole chapter. In the last decades of the twentieth century geographers added a fifth concern — the behaviour of people themselves, since development finally rests on human choices, not on resources alone.
20.2 Multi-Level Planning
A plan for a whole country cannot be written from a single desk in the capital. India is too large and too varied for that, so the work of planning is shared across several levels of government. Understanding those levels is the second step towards studying a real region.
From One Level To Many
Planning can be organised in one of two ways. In single-level planning, the entire plan is drawn up at the national level, and lower governments enter only when it is time to carry it out. The centre decides; the districts implement.
Multi-level planning takes the opposite approach. The country is divided into smaller territorial units, and each unit plans for itself while remaining part of the larger whole. It has been defined as planning for a variety of regions which together form a system and subordinate systems. How many units there are depends on the size of the country and on its administrative, geographical and cultural setting.
The strength of this method is that the levels support one another. A national plan gives the states a frame to work within, and the detailed plans made in districts and villages feed back up to shape the plans above them. Because each unit is treated as a working system, the plan fits the ground more closely.
The Five Tiers
Five levels of planning are generally recognised in India, running from the capital down to the village (Fig. 20.2-1).
At the central level, planning is the responsibility of the Union Government, and the Prime Minister chairs the body that leads it. From 1950 this body was the Planning Commission, which prepared the country’s Five Year Plans; since 2015 its place has been taken by NITI Aayog, a policy body also chaired by the Prime Minister. National plans and centrally sponsored schemes are framed here.
At the state level, planning is carried out by the state government under the Chief Minister, with the Governor as constitutional head. The work is spread across three kinds of department: development departments such as agriculture and industries, social welfare departments such as education and health, and coordinating departments such as home, revenue, finance and planning.
At the district level, the Collector or Deputy Commissioner takes overall charge and coordinates the many departments and agencies at work in the district. Below this comes block level planning, begun during the First Five Year Plan. Each district is divided into blocks of about a hundred villages and some sixty thousand people, and a Block Development Officer, aided by specialists and village-level workers, plans for local needs — minor irrigation, animal husbandry, cottage industry, drinking water and the like.
The fifth and lowest level is that of the panchayat. The Panchayati Raj system is the elected structure of local self-government, and it has three tiers: the Gram Panchayat at the village, the Panchayat Samiti at the block, and the Zila Parishad at the district. Elections to these bodies are held every five years, so that villagers themselves have a hand in planning for their own area.
Flowchart
Fig. 20.2-1 Caption: The five tiers of planning in India, from the capital to the village; detailed local plans also feed upward. Nodes: Central level (Union Government, Prime Minister chairs NITI Aayog) → State level (state government under the Chief Minister) → District level (Collector coordinates departments) → Block level (Block Development Officer and village-level workers) → Village level (Gram Panchayat)
20.3 Planning Regions
Development is uneven, and planning is layered — but planned for what unit of land? The answer is the planning region, and it is the last idea we need before turning to real places.
20.3.1 What A Planning Region Is
A planning region is an area unit judged fit for the purpose of regional planning. It is distinctive in its own right, yet it is always part of a larger spatial whole. One scholar likened it to a living organism, in which the whole is bound to its parts as the parts are bound to the whole.
What makes an area a region is a unifying force that sets it apart from its neighbours. That force may be natural, such as a single river basin, or it may be man-made, such as the web of links between a city and its hinterland — the surrounding area that a city serves and draws upon. A planning region behaves like a sub-system of the body: distinct in itself, but never working in isolation from the whole. Nothing can happen in one region without touching the others around it.
Not every stretch of land makes a good planning region. It should be neither too large nor too small, and its boundaries should be flexible rather than rigidly fixed. Its shape should be compact and continuous, and it should hold together through natural cohesion and both economic and social harmony. It should have a functional unity, so that its parts work as one, along with a similarity of problems, a shared regional consciousness, and a size that suits administrative convenience.
20.3.2 Micro, Meso And Macro Regions
Planning regions are arranged in a three-tier hierarchy, from small to large: micro, meso and macro (Fig. 20.3-1).
A micro-region is the smallest of the three. It has the potential to develop at least one specialisation within a production cycle, and it is defined by that single strength. Hydro-electric power in Himachal Pradesh, in the western Himalayas, and tourism in Jammu and Kashmir are examples: each rests on one dominant activity.
A meso-region stands at the middle level and combines a few micro-regions within it. Because it brings several specialisations together, it is multi-purpose rather than single-purpose. The micro-regions that make it up must share something — a common natural background, similar problems and prospects, or a socio-cultural bond. The Damodar Valley Basin, straddling Jharkhand and West Bengal, is a classic example, uniting a coal-mining tract, forest areas and arable land in one working whole.
A macro-region is the largest unit. It has richly diversified natural resources and a self-generating economy, so it can be largely self-contained — able to support a high quality of life without depending wholly on outside supply, even if it is not entirely self-sufficient. Macro-regions are built up from several meso-regions bound together by socio-economic ties. The South Peninsular Region is one such macro-region.
Flowchart
Fig. 20.3-1 Caption: Planning regions nest inside one another, from the single-purpose micro-region up to the diversified macro-region. Nodes: Several micro-regions (each with one specialisation) → combine into a meso-region (multi-purpose, shared background) → several meso-regions → combine into a macro-region (diversified resources, self-generating economy)
20.4 Chhattisgarh: Mining, Silk And Farming
We now carry the ideas of the first three sections into the field. Chhattisgarh is a region defined by what lies beneath its soil and grows upon it — and by the puzzle of why such wealth has not made it rich.
20.4.1 Location And Setting
Chhattisgarh is the twenty-sixth state of the Indian Union, carved out of Madhya Pradesh on 1 November 2000. It lies in the east-central part of the country, stretching roughly from 18°N to 24°N and from 80°E to 84°E (Map 20.2).
The state is landlocked, ringed by seven neighbours. Madhya Pradesh and Maharashtra lie to the west, Telangana and Andhra Pradesh to the south, Odisha to the east, Jharkhand to the north-east and Uttar Pradesh to the north. It covers about 1.35 lakh square kilometres and was home to roughly 2.55 crore people at the 2011 Census.
Much of Chhattisgarh is plateau country of forest and rock, with the fertile Chhattisgarh basin at its heart, drained by the Mahanadi — the river that rises in the south of the state and flows east to the Bay of Bengal. The state carries a large tribal population and one of the highest shares of forest cover in the country.
Its very creation is a lesson in regional development. For decades these eastern districts of Madhya Pradesh sat far from the state capital and felt that their coal, iron and forests enriched others while their own villages stayed among the poorest. A long movement for a separate state ended in 2000, when Chhattisgarh — together with Jharkhand and Uttarakhand — became a state in its own right.
Map
Map 20.2 Caption: Chhattisgarh, its seven neighbouring states and its main mining districts. Brief: Outline map of Chhattisgarh showing the state boundary and its seven neighbours labelled — Madhya Pradesh and Maharashtra (west), Telangana and Andhra Pradesh (south), Odisha (east), Jharkhand (north-east), Uttar Pradesh (north). Mark the main mining areas with symbols: coal in Korba and in the Surguja–Korea belt to the north; iron ore at Bailadila (Bastar) in the south and Dalli-Rajhara (Durg). Mark Raipur (the state capital) and trace the Mahanadi. Include a scale bar and north arrow. Any locator inset of India must show the full official territory including Jammu and Kashmir and Ladakh, with boundaries as recognised by the Government of India; show no territory as disputed.
20.4.2 Mineral Wealth And Mining
Few Indian states are as richly stocked with minerals. Chhattisgarh is a leading producer of coal, iron ore, dolomite, limestone and bauxite, and it is the country’s only producer of tin ore. Diamond-bearing kimberlite rock has been identified in the Raipur area at the state’s centre, and the state holds korundum, garnet, quartz and other minerals besides.
Coal is the most important of these. It powers thermal stations and feeds a long list of industries, and Chhattisgarh is among India’s largest coal producers, supplying roughly a fifth of the country’s coal through the mid-2010s. The richest coalfields lie in the north, in Surguja and Korea (Koriya) districts, but the single largest is the Korba field in Korba district. Korba’s semi-cooking coal feeds the Bhilai Steel Plant and the large thermal power stations clustered around the coalfield itself.
Iron ore is the second pillar. Chhattisgarh is the second largest iron-ore producer in the country, after Odisha, and its ore is of exceptional grade. The prime deposits lie in Bastar and Durg districts. The Bailadila range in the south holds high-grade haematite carrying well over 60 per cent iron — so pure that much of it is railed to Visakhapatnam on the Andhra coast and shipped to Japan. The Dalli-Rajhara range in Durg supplies the furnaces at Bhilai.
The scale of the state’s mineral output is easiest to grasp as a share of the national total (Table 20.1).
These figures carry a hard question. A state can raise a large share of the nation’s coal and iron and still watch most of the value leave with the ore. The metal enriches steel towns and export markets; the mining district is often left with the dust, the drained forest and the displaced village.
20.4.3 The Silk Industry
Chhattisgarh’s second great activity turns not on rock but on trees. Sericulture — the rearing of silkworms to produce silk — has long been at home in the state’s forest districts. Silk itself is a fine, strong, lustrous fibre spun by silkworms as they build their cocoons.
Most of Chhattisgarh’s silk is tasar (also called kosa), a wild silk whose worms feed not on mulberry but on the leaves of forest trees such as Sal, Arjun and Asan. This is why the industry sits where it does: the tribal, forested districts of Bastar, Bilaspur and Surguja carry both the host trees and the cheap, patient rural labour that silk demands. Smaller quantities of mulberry silk and eri silk are also produced.
The making of silk is a careful, labour-intensive craft (Fig. 20.4-1). Newly hatched worms are fed until fully grown, then kept on trays where they spin cocoons; the cocoons are boiled to loosen the fibre, which is then reeled off into thread. Because the work is done in small units, usually by individual farm families, it supports a very large number of people.
In national terms, though, the state’s output is modest — a little over two per cent of India’s silk, well behind the leading silk states of Karnataka, Andhra Pradesh and West Bengal. Even so, more than nine-tenths of the silk Chhattisgarh makes is tasar, which gives its craft a distinct identity.
Flowchart
Fig. 20.4-1 Caption: How silk is made, from feeding the worm to reeling the thread. Nodes: Newly hatched silkworms feed on host-tree leaves → worms reach full growth and are placed on trays → each worm spins a cocoon → cocoons are boiled to loosen the fibre → the fibre is reeled off into silk thread
20.4.4 Farming
For all its mineral fame, Chhattisgarh remains overwhelmingly a farming state: agriculture and allied work support nearly four-fifths of its people. About a third of its land is under crops, and the main growing season is Kharif — the monsoon season, sown with the June rains and harvested in autumn. Rice is by far the leading crop, with maize, wheat, groundnut and pulses behind it.
Rice is so central that Chhattisgarh is called the Rice Bowl of India. The Chhattisgarh basin, watered by the Mahanadi and its tributaries, is the heart of this cultivation, and paddy fills the fields of Bastar, Durg, Raigarh, Bilaspur, Rajnandgaon, Kanker and Janjgir-Champa, among others.
But the title flatters the state. Chhattisgarh grows rice on a larger share of India’s paddy land than the share of India’s rice it actually harvests — a gap that can only mean low yields, the crop won from each hectare of land (Worked Case 20.1).
The lesson is that plenty of land is not the same as plenty of harvest. Chhattisgarh has the fields and the monsoon, but weak irrigation, older seed and thin investment leave much of that promise unrealised. A Rice Bowl that earns little from each hectare is one more reason the state’s wealth on paper has not lifted its people in fact.
20.5 The Electronics Industry In Bengaluru
If Chhattisgarh is a dark patch on the night-time map, Bengaluru is one of its brightest. The capital of Karnataka is the largest centre of electronics production in the country, and it is rightly called the Electronic Capital of India. Its factories turn out television sets, radios, mobile handsets and computers, along with specialised equipment for the posts, defence, railway and meteorological services. The question the geographer asks is not what it makes, but why here.
Reasons For Its Rise
Several forces came together in Bengaluru, and no single one explains it. The state and central governments offered incentives to draw industry in. The city sits in the middle of the southern peninsula, tied to the rest of the country by a dense network of roads and railways (Map 20.3). Large sums of Indian, foreign and multinational money — investment by companies operating across several countries, known as MNCs — have flowed in to build and expand factories. And as the state capital, the city enjoys administrative advantages its rivals lack.
Underneath these lies a deeper reason. Over decades, Bengaluru gathered a pool of skilled workers, fed by research and teaching institutions and by early public-sector electronics and defence units. Its position on the Deccan plateau, at nearly 900 metres, gives it a mild, equable climate that made it a pleasant place to live and work. Electronics, moreover, is a footloose industry — one not tied to heavy raw materials, and so free to settle wherever conditions suit. Once a cluster of firms had formed, it grew by agglomeration, the tendency of firms to gather where others already are, so that each gains from the presence of the rest.
Map
Map 20.3 Caption: Bengaluru lies at the centre of the southern peninsula, where road and rail routes converge. Brief: A regional outline map of the southern peninsula showing Bengaluru at the centre, with national highways and railway lines radiating out to Chennai, Mangaluru, Mysuru and Hyderabad; label the neighbouring states. Boundaries as officially recognised by the Government of India, with no territory marked as disputed. A simple key for ‘national highway’ and ‘railway’, and a kilometre scale bar.
How Far It Reaches
The reach of the industry is national in scale. Bengaluru is the country’s foremost electronics centre, and its output runs from consumer goods to hardware for defence and the railways; alongside it has grown a vast software and information-technology sector. Its central, well-connected position gives it strong national linkages — goods and people move easily to every part of India.
Its international linkages are just as important. Foreign firms and MNCs have made the city a base, its products and services reach global markets, and its exports move out through the ports of Chennai and Mangaluru. A place that mines nothing has become a hub of world trade in goods and know-how.
The Costs Of The Boom
Rapid growth carries a price, and Bengaluru shows it plainly. A city built for far fewer people now strains under the crowd its success has drawn. Traffic congestion is severe, drinking water is short, and many of the lakes that once ringed the city have shrunk or grown polluted. Land and housing have become dear, and power demand runs high. The very magnetism that made the city grow now threatens to choke it — which is why its future depends on planning as much as on enterprise.
20.6 The Growth Of Haldia Port
The last of our three regions is not a natural resource area but a deliberate creation — a port built on purpose to solve a problem. A port is a place on water where ships load and unload, with the wharves, cranes and stores needed to handle their cargo. Haldia is one such port on the coast of West Bengal, and its whole existence answers a single question: why build a new port so close to an old and famous one?
Where Haldia Stands
Haldia lies at the point where the Haldi river joins the Hooghly, about 105 kilometres downstream from Kolkata (Fig. 20.6-1). That position, low on the river and close to the open sea, is the key to everything about it.
Diagram
Fig. 20.6-1 Caption: Haldia stands where the Haldi meets the Hooghly, about 105 km below Kolkata and nearer the open sea. Brief: A schematic, not-to-scale diagram of the lower Hooghly. Show the Hooghly flowing south toward the Bay of Bengal, with arrows marking the direction of flow. Mark Kolkata upstream and Haldia downstream at the confluence where the Haldi river joins the Hooghly, about 105 km below Kolkata; label the Bay of Bengal beyond. Show a large ship able to reach Haldia, and indicate the shallow, silted stretch of channel between Kolkata and the sea.
Why It Was Built
Kolkata is one of India’s oldest and greatest ports, but it has a natural weakness. The Hooghly carries a heavy load of silt and drops it along its lower course, so the channel up to Kolkata stays shallow. Large modern ships, which need deep water, cannot easily make the long passage upriver, and the port grew congested.
Haldia was developed to relieve that congestion. Because it lies downstream in deeper water, nearer the sea, it can receive the big vessels that Kolkata cannot. In effect it works as an outport — a subsidiary port lower down the river that handles ships too large to reach the parent port. The bigger vessels stop at Haldia; the smaller ones still go up to Kolkata.
Its Industries
A busy port draws industry to its gates, and Haldia is now more than a place where ships call. It has an oil refinery and a fertilizer factory, and a large integrated petrochemical complex has grown up beside them. Fittingly, the main items of trade passing through the port are mineral oil and petroleum products. An important rail link ties Haldia to the junction town of Kharagpur, connecting it to the wider network.
Its Hinterland
Every port serves a hinterland — the inland area whose trade flows out through it and whose imports flow in. Haldia’s hinterland is more or less the same as Kolkata’s, and it is vast, taking in almost the whole of eastern and north-eastern India (Map 20.4).
It reaches across West Bengal, Bihar, Jharkhand, Uttar Pradesh, Uttarakhand and Sikkim, over the entire north-east — Assam, Arunachal Pradesh, Nagaland, Manipur, Mizoram, Meghalaya and Tripura — and into the northern parts of Chhattisgarh and Madhya Pradesh. Serving so large and land-locked an interior is what makes the port worth building and worth planning for.
Map
Map 20.4 Caption: The hinterland of Haldia spreads across eastern and north-eastern India. Brief: An outline map of the full official territory of India, including Jammu and Kashmir and Ladakh, with international boundaries as recognised by the Government of India and no territory marked as disputed. Mark Kolkata and Haldia in West Bengal. Shade the hinterland of Haldia: West Bengal, Bihar, Jharkhand, Uttar Pradesh, Uttarakhand, Sikkim, Assam, Arunachal Pradesh, Nagaland, Manipur, Mizoram, Meghalaya, Tripura, and the northern parts of Chhattisgarh and Madhya Pradesh. Key: ‘hinterland of Haldia’. Include a kilometre scale bar.
20.7 Summary
The Ideas
Development is the all-round improvement of a society’s economic, social, political and environmental condition. It is area-specific and time-specific, so no single, fixed definition fits every place and every decade.
Each social science sees development differently; the geographer’s account is the widest, because it asks not only what improves but where. The geographer’s method has four steps: measure regional disparities, trace the spatial diffusion of development, weigh its spatial consequences, and build spatial models such as growth poles and core–periphery.
Planning may be single-level, with all decisions taken at the centre, or multi-level, with each territorial unit planning for itself within the whole. India recognises five tiers — central, state, district, block and panchayat — so that even a village road can be planned locally.
A planning region is an area fit for planning, held together by a unifying force and distinct yet part of a larger whole. Such regions nest in a hierarchy: single-purpose micro-regions combine into multi-purpose meso-regions, which combine into diversified macro-regions.
The Three Regions
Chhattisgarh, the twenty-sixth state, carved from Madhya Pradesh in 2000, is rich in minerals yet modest in development. It is among India’s largest coal producers (Korba), second in iron ore (Bailadila, Dalli-Rajhara) and dolomite, and the only tin-producing state — but much of the ore leaves as raw material, so the added value is made elsewhere.
Its silk is mainly tasar, drawn from silkworms that feed on its Sal and Arjun forests rather than on mulberry, so the industry follows the forest. And though it is called the Rice Bowl of India, its rice yields are well below the national average, because most of the crop is rainfed and grown in a single monsoon season.
Bengaluru, the Electronic Capital of India, rose through government incentives, a central and well-connected location, heavy MNC investment, a deep pool of skilled labour and research, an equable climate, and the clustering of firms known as agglomeration. Its very success now strains the city with congestion, water shortage and shrinking lakes.
Haldia is a planned outport built to relieve Kolkata, whose river approach silts up so that large ships cannot reach it. It stands at the Hooghly–Haldi confluence, about 105 kilometres downstream from Kolkata; it carries oil-refining, fertilizer and petrochemical industries; and it serves a vast hinterland across eastern and north-eastern India.
Flowchart
Fig. 20.7-1 Caption: How the chapter moves from three ideas to three real regions, and back to one question. Nodes: Understand development (uneven across space and time) → Plan at many levels (centre to village) → Define planning regions (micro → meso → macro) → Apply the method to real regions → branch: Chhattisgarh (mineral and farm wealth, but value leaves the region); Bengaluru (a skilled-labour hub, but growth strains the city); Haldia (a planned outport easing Kolkata) → All three return to one question: who gains from development, and where?
What This Chapter Cannot Tell You
A share of national output tells us what a state produces, not what it earns or how many it employs — Chhattisgarh’s fifth of India’s coal hides how little of that value stays inside the state.
A state average smooths over the district and village beneath it. Chhattisgarh’s average rice yield says nothing about the farmer whose rainfed field yields far less, and a hinterland map shows which states trade through a port, not how much each one sends.
The case studies are snapshots. They cannot tell us how these regions will stand in twenty years, once seams are worked out, a boom-town is either planned well or left to choke, and a shifting climate moves the ground beneath every plan.
20.8 Key Terms
agglomeration — the tendency of firms to gather in one place so that each gains from the presence of the others.
core–periphery — a model in which a developed core draws resources and people from a poorer surrounding periphery.
development — the overall improvement of a society’s economic, social and political conditions, now taken to include the care of the environment.
footloose industry — an industry not tied to heavy raw materials, and so free to locate wherever conditions suit.
growth pole — a centre, usually a city or industry, from which development spreads to the area around it.
hinterland — the inland area that a port or city serves and draws its trade from.
macro-region — the largest planning region, with diversified resources and a self-generating economy, built from several meso-regions.
meso-region — a middle-level, multi-purpose planning region formed by combining a few micro-regions.
micro-region — the smallest planning region, defined by a single specialisation.
multi-level planning — planning in which the country is divided into units that each plan for themselves within the larger whole.
multinational company (MNC) — a company that owns or controls operations in more than one country.
outport — a subsidiary port lower down a river that handles ships too large to reach the parent port.
Panchayati Raj — India’s elected three-tier system of village, block and district local self-government.
per capita income — the total income of a region divided by its population, that is, the average income per person.
planning region — an area unit judged fit for regional planning, held together by a unifying force yet part of a larger whole.
port — a place on water where ships load and unload, with the facilities to handle cargo.
regional disparity — the gap in the level of development between one region and another.
sericulture — the rearing of silkworms to obtain silk.
spatial diffusion — the spread of a process, such as development, outward across space from where it began.
20.9 Points to Ponder
If a region’s minerals make it rich in what it produces but poor in what it keeps, has development truly happened there — or has the wealth only passed through on its way somewhere else?
Chhattisgarh grows a great deal of rice, but grows it poorly. Which is the truer measure of a farming region — how much land it plants, or how much each hectare yields?
Bengaluru’s success now crowds and chokes it. Can a place be so well located for one purpose that it becomes badly located for the very people who live there?
An electronics industry can move where it likes; a mine cannot move at all. Does a region built on a fixed resource have less command over its own future than one built on skill?
A village may plan its own road while the mine at its edge is decided in the capital. At what level, then, does a region really control its own development?
Haldia was built because silt slowly shut a great port upstream. If geography made Kolkata’s site an advantage in one century and an obstacle in the next, can any place count on staying well located?
20.10 Objective Questions
- The state carved out of Madhya Pradesh in 2000, rich in coal and iron ore, is [1 mark]
- Jharkhand
- Chhattisgarh
- Odisha
- Telangana
- The largest coalfield of Chhattisgarh, which supplies the Bhilai Steel Plant, is [1 mark]
- Bailadila
- Korba
- Dalli-Rajhara
- Amarkantak
- The variety of silk that makes up most of Chhattisgarh’s output is [1 mark]
- mulberry
- eri
- tasar
- muga
- Bengaluru is best described as India’s [1 mark]
- Steel Capital
- Electronic Capital
- Cotton Capital
- Coal Capital
- Assertion (A): Haldia port was developed downstream of Kolkata. Reason (R): The Hooghly silts up, keeping large ships from reaching Kolkata.
- Both A and R are true, and R is the correct explanation of A.
- Both A and R are true, but R is not the correct explanation of A.
- A is true but R is false.
- A is false but R is true. [1 mark]
- Assertion (A): A micro-region is multi-purpose in character. Reason (R): A micro-region develops at least one specialisation of a production cycle.
- Both A and R are true, and R is the correct explanation of A.
- Both A and R are true, but R is not the correct explanation of A.
- A is true but R is false.
- A is false but R is true. [1 mark]
- Match the mineral centre in Column A with its feature in Column B: [1 mark]
| Column A | Column B |
|---|---|
| a. Bailadila | i. diamond-bearing kimberlites |
| b. Korba | ii. largest coalfield |
| c. Raipur | iii. iron ore sent to Bhilai |
| d. Dalli-Rajhara | iv. iron ore exported through Visakhapatnam |
Fill in the blank: The inland area that a port serves and draws its trade from is called its ________. [1 mark]
State whether true or false: In multi-level planning, all decisions are taken only at the national level. [1 mark]
Fill in the blank: The three-tier hierarchy of planning regions runs from micro to meso to ________. [1 mark]
20.11 Check Your Concepts
Define development, and state what is meant by calling it time-specific. [2 marks]
What is a planning region? Mention any two of its characteristics. [2 marks]
State the latitudinal and longitudinal extent of Chhattisgarh, and name any two states that border it. [2 marks]
Differentiate between single-level planning and multi-level planning. [3 marks]
Distinguish between a micro-region and a meso-region, giving one example of each. [3 marks]
Chhattisgarh is called the Rice Bowl of India, yet its rice yields are low. Give three reasons for this. [3 marks]
Explain why tasar silk is produced mainly in the forested districts of Chhattisgarh rather than elsewhere in the state. [4 marks]
Describe the five levels of planning recognised in India, from the centre down to the village. [4 marks]
Explain why Haldia port was developed, and name two industries located there. [4 marks]
Bengaluru is known as the Electronic Capital of India. Discuss the factors behind its rise, and the problems its rapid growth has brought. [6 marks]
“A region can be rich in resources yet poor in development.” Evaluate this claim with reference to mining in Chhattisgarh. [6 marks]
20.12 Map, Diagram & Data Interpretation
- Study Table 20.1, Chhattisgarh’s share of India’s mineral output. [3 marks]
- In which two minerals does Chhattisgarh rank second in India?
- Which mineral gives it about one-fifth of national output?
- State one thing the table does not tell you about the state’s mineral wealth.
- Look at Fig. 20.2-1, the five tiers of planning. [3 marks]
- Name the body that leads planning at the central level.
- At which tier does a Block Development Officer work?
- Which tier plans for a single village?
- A district harvests 45,000 tonnes of rice from 25,000 hectares of land. [4 marks]
- Using the yield formula given in the chapter, calculate the rice yield in kilograms per hectare. Show your working.
- Compare it with the national average of about 2,700 kg per hectare, and say what your answer suggests about farming in the district.
- On an outline map of India: [3 marks]
- shade and label the state of Chhattisgarh;
- mark and label the location of Haldia port.
- Refer to Map 20.4, the hinterland of Haldia. [3 marks]
- Name any three north-eastern states that fall within this hinterland.
- Why does Haldia share almost the same hinterland as Kolkata?