PRESENT LAND USE PLANNING SYSTEM OF INDIA : Current Land Use Planning and Utilisation Trends, Agrometeorological Services for Farmer’s Welfare

Submitted by :
Abhilash Singh
Dept. of Agricultural Meteorology
CCSHAU, Hisar
Assignment
AGM – 606
UNIT - V

PRESENT LAND USE PLANNING SYSTEM OF INDIA

Land includes benefits to arise out of land, and things attached to the earth or permanently
fastened to anything attached to the earth.
Land is the most important component of the life support system.
It is the most important natural resource which embodies soil and water, and associated flora
and fauna involving the ecosystem on which all man’s activities are based.
Land is a finite resource.
Land availability is only about 20% of the earth’s surface. Land is crucial for all developmental
activities, for natural resources, ecosystem services and for agriculture.
Growing population, growing needs and demands for economic development, clean water, food
and other products from natural resources, as well as degradation of land and negative
environmental impacts are posing increasing pressures to the land resources in many countries of
the world.
For India, though the seventh largest country in the world, land resource management is
becoming very important.
India has over 17% of world’s population living on 2.4% of the world’s geographical area.

India envisions that infrastructure across the country must expand rapidly.
Industrialisation, especially in the manufacturing sector, is inevitable and will accelerate.
Urbanisation is on drastic rise.
Agricultural lands are becoming important as livelihood of a significant amount of the
country’s population is dependent on it.
For all these, land is an essential requirement.
In addition, the Government also requires land from time to time for a variety of public
purposes.
The developmental targets of India on one hand and the social, cultural and environmental
aspects on the other hand demand land.
These demands for land could be competing by different sectors for the same land or even
leading to conflicting land uses once put to a use by a sector.
In the recent years, there has been tremendously increasing pressure on land in India posing
challenges for sustainable development.

There is a need for optimal utilisation of land resources.
The country can no longer afford to neglect land, the most important natural resource,
so as to ensure sustainability and avoid adverse land use conflicts.
There is a need to cater land for industrialisation and for development of essential
infrastructure facilities and for urbanisation.
While at the same time, there is a need to ensure high quality delivery of services of
ecosystems that come from natural resource base and to cater to the needs of the
farmers that enable food security, both of which are of vital significance for the whole
nation.
Also, there is a need for preservation of the country’s natural, cultural and historic
heritage areas.
In every case, there is a need for optimal utilisation of land resources.

As per Article 39 of the Constitution: (1) the ownership and control of the
material resources of the country should be so distributed as best to serve the
common good; and (2) the operation of the economic system should not result in a
concentration of wealth or a means to production to the common detriment.
As per Article 243ZD(1) of the Constitution, “There shall be constituted in every
State at the district level a District Planning Committee to consolidate the plans
prepared by the Panchayats and the Municipalities in the district and to prepare a
draft development plan for the district as a whole”.

While the Constitution provided for spatial planning, the National level activities
currently are focused to evolving policies, guidelines and model laws for adoption by
the States, disbursing and monitoring assistance/grants/funding, and formulating
development plans and policies for Union Territories.
In the area of land utilisation, there is no single approach currently being followed
across the country.
Various sectors at central level such as urban, rural, industrial, transport, mining,
agriculture etc. follow their own approaches.
For example, in the case of rural sector, since nearly 50% of India’s population is
dependent on agriculture, the sector lays focus on reforms on land acquisition and
resettlement & rehabilitation, watershed management and modernisation of land
records, and there is no yet an approach in place for planning and management of land
resources in rural areas.

Proper planning of land and its resources allows for rational and sustainable use of land
catering to various needs, including social, economic, developmental and environmental needs.
Proper land use planning based on sound scientific, and technical procedures, and land
utilisation strategies, supported by participatory approaches empowers people to make decisions
on how to appropriately allocate and utilize land and its resources comprehensively and
consistently catering to the present and future demands.
There is a need for scientific, aesthetic and orderly disposition of land resources, facilities and
services with a view to securing the physical, economic and social efficiency, health and well-
being of communities.
There is a need for an integrated land use planning which inter-alia includes agriculture,
industry, commerce, forests, mining, housing infrastructure and urban area settlements,
transportation infrastructure etc. to settle claims/counter-claims of these sectors.

The National Commission on Agriculture (1976) emphasized on scientific land
use planning for achieving food security, self reliance and enhanced livelihood
security.
The National Policy for Farmers (2007) has recommended revival of existing
Land Use Boards and their linkage to district-level land-use Committees, so that
they can provide quality and proactive advice to farmers on land use.
The Committee on “State Agrarian Relations and the Unfinished Task in Land
Reforms” (2009) has also emphasized the need for land use planning in the country.
The Sustainable Development strategy of Agenda 21, a non-binding and
voluntarily implemented action plan of the United Nations (UN) that was ratified
by more than 170 countries at the United Nations Conference on Environment and
Development (UNCED) held in Rio de Janeiro, Brazil, in 1992, advocates
achievement of sustainable development through appropriate land use planning and
management.

Definition of “land use planning” by the United Nation’s Food and Agriculture Organization
and the United Nations Environment Programme published in 1999 reflects consensus among the
international organizations. Land use planning is understood as a systematic and iterative
procedure carried out in order to create an enabling environment for sustainable development of
land resources which meets people’s needs and demands. It assesses the physical, socio-
economic, institutional and legal potentials and constraints with respect to optimal and
sustainable use of natural resources and land and empowers people to make decisions about how
to allocate those resources.
Another definition of “land use planning” is the process of evaluating land and alternative
patterns of land use and other physical, social and economic conditions for the purposes of
selecting and adopting those kinds of land use and course of action best suited to achieve
specified objectives. Land use planning may be at national, regional, state, district, watershed,
city, village or other local levels.

There is lack of comprehensive and integrated land use planning in the country, which
enables rationale and optimal land utilisation.
The current land use planning in the country is inadequate and does not cover all the
levels of local, regional as well as at state levels.
There is a need for a systematic and scientifically based land use planning
The Constitution (Seventy-fourth Amendment) Act, 1992 provides for District
Planning and Metropolitan Area Planning that consolidates plans of both panchayats
and municipalities having regard to spatial (land use) planning.

The District Plans prepared currently, in general, do not cover spatial (land),
environmental as well as urban concerns.
Since, District level spatial land use plans do not generally exist, the regional
development triggered by urbanisation or industrialisation, or the regional development
that needs to be regulated due the presence of large eco sensitive zone calls for initiating
land use planning of such (urban or industrial or eco sensitive) areas so as to ensure
sustainable development.
If no immediate actions are taken, the unplanned and haphazard development has
potential to cause adverse impacts, including land use conflicts with neighbouring land
uses, particularly with agricultural areas, rural uses, natural resource areas and
environmentally sensitive and fragile ecosystem, as well as of losses of productive land
and ecosystem services.

Competing and conflicting land uses are a major concern.
“Competing land uses” are those that compete for the same parcel of land for
their location.
Such land uses competing in rural areas with agriculture could be, for example,
cash crops or food crops; industrial or agro-industrial uses; Special Economic
Zones (SEZs) or Special Investment Regions; highways; peri-urban development
or outgrowth, integrated townships or theme cities, and mega projects (e.g.
industrial corridors/power plants/ports).

“Conflicting land uses” are those that are in conflict with the existing land use.
Certain land uses cause impacts on other land uses nearby. Such conflicting land uses
include, for example, agriculture in forest areas, mining in forest areas, highways in eco-
sensitive areas, polluting industries in rural or eco-sensitive areas, urban/industrial
development on agriculture lands, agriculture encroaching into forest lands, and urban waste
disposal in peri-urban areas.
The basic concern is the negative impact that such land uses cause on other land uses.
For example, an industrial area can cause impacts on the neighbouring areas due to air
pollution, or an urban expansion can lead to destruction of the ecosystem service of natural
drainage thereby impacting the existing lakes and water bodies.
Indiscriminate land use changes in eco-sensitive zones could directly affect wildlife habitat
and thereby impacts local and global biodiversity.
Both, competing and conflicting land uses frequently are also the reason for social conflicts
between the local population and the authorities and prospective investors.

Between 1950/51 and 2007/08, land utilisation in India underwent significant changes.
While the lands under net sown area, forests and non-agricultural uses have increased, the lands
under “other areas” uses have almost halved from 40.7% to 22.6% meaning that for future land
demands, the forest lands and agricultural lands may have to be used.
Also, the per capita amount of agricultural land has reduced by 67% from 1951 (0.48 Ha) to
2007/08 (0.16 Ha).
Degradation of soils and land due to soil erosion and other degradation processes is a severe
problem in many regions in India.
As per available estimates (2010), total degraded land in the country is about 120.40 million
Ha. Land degradation leads to decline in soil fertility, creates problems of
alkalinity/salinity/acidity and water logging etc.
The degraded soils are often used by marginal farmers and tribal population.
According to studies, the economic losses of reduced productivity of these lands count for
approx. Rs. 285,000 million, which is about 12% loss of total value of productivity of these lands.

Water resources projects are frequently being planned and implemented in a fragmented
manner without giving due consideration to optimum utilisation of water resources,
environmental sustainability and holistic benefit to the people.
 The natural water bodies and drainage channels are being encroached upon, and diverted for
other purposes.
The groundwater recharge zones are often blocked.
There is growing pollution of water sources, especially through industrial effluents, which is
affecting the availability of safe water besides causing environmental and health hazards. In
many parts of the country, large stretches of rivers are both heavily polluted and devoid of
adequate flows to support self-purification, aquatic ecology, cultural needs and aesthetics.
The characteristics of catchment areas of streams, rivers and recharge zones of aquifers are
changing as a consequence of land use and land cover changes thereby affecting water resource
availability and quality.
Due to climate change, there are increasing temperatures and issues of drought and flooding.

Land use changes, such as conversion of forest lands to agriculture or industrial use can be a
factor in increasing CO2 (carbon dioxide) (a dominant greenhouse gas) atmospheric
concentrations, thereby contributing to climate change.
Due to growing urbanisation and industrialisation, as well as usage of chemicals for agriculture,
there are threats of pollution and disasters.
There are potential impacts from handling, storage and transportation of hazardous
chemicals/materials and wastes, emission of pollutants including toxic emissions, discharge of
effluents, especially those that are not easily biodegradable and toxic, pollution of ground water,
streams, rivers, lakes, oceans, or other bodies of water, industrial disaster risks and natural
disaster risks.
There are also growing risks to biodiversity with loss of species and threat to ecosystem
services.

There is a need for a policy framework to be formulated at the national level incorporating
concerns of various sectors and stakeholders so as to ensure optimal utilization of land resource
through appropriate land use planning and management.
Such a policy should provide guiding framework for the States to adopt and formulate their
own policies incorporating their State specific concerns.
The States should develop land use policies by consulting all stakeholders and ensuring
appropriate legal backing.
Further, detailed land use strategies and plans should be developed in accordance with these
policies so as to achieve sustainable development.
A “National Land Use Policy Guideline and Action Points” (1988) was prepared by the
Government of India, Ministry of Agriculture after intensive deliberations.
In the said policy, framing of suitable legislation and its sincere enforcement were stressed by
imposing penalties, of violation thereof.

The said policy guidelines were placed before the ‘National Land Use and Wasteland
Development Council’ under the chairmanship of Prime Minister and its first meeting was held
on 6th February, 1986.
The Council agreed to the adoption of policy and circulated the same throughout the country
for adoption after suitable considerations at the State level.
However, the policy did not make the desired impact.
The proposed policy framework at national level is hereinafter referred to as the “National
Land Utilisation Policy”.
The policy seeks to order and regulate land use in an efficient and rational way, thus taking care
of the needs of the community while safeguarding natural resources and minimising land use
conflicts.
The details of the need for such policy, the challenges, the guiding principles etc. are detailed in
the following sections.

PRESENT LAND USE PLANNING SYSTEM OF INDIA : Current Land Use Planning and Utilisation Trends, Agrometeorological Services for Farmer’s Welfare

India’s territory includes 3.287 million sq. km. (328.73 million Ha) with west to east extent of
approx. 3,000 km and north to south extent of approx. 3,200 km.
Numerous developmental activities demand land and in the process of progression of
development, land use changes take place with time.
If not regulated such changes can become detrimental in the long run for the sustainable
development of India.
During the period 1950-51 to 2007-087, the net sown areas in the country have increased from
41.8% to 46.1%. the forest areas have increased from 14.2% to 22.8%, and the areas under non-
agriculture uses, which include industrial complexes, transport network, mining, heritage sites,
water bodies and urban and rural settlements has increased from 3.3% to 8.5%.
These increases of land use as above have lead to reduction of land use elsewhere.
During the same period (1950-51 to 2007-08), the “other areas” that include barren & un-
culturable land, other uncultivated land excluding fallow land and fallow lands have drastically
decreased by nearly half from 40.7% to 22.6%.

The mining areas are about 0.17% of total land of India, the urban areas are about 2.35% and
the industrial areas are much less than 1%.
However, with rapid industrialization and urbanization, the associated infrastructure
development, the lands under these uses will further increase.
These increases of demands of land will require land to taken away from other uses.
So far, the land under “other areas” were being used.
However, these lands may no further be usable as they maybe under steep hills or other such
terrains or uses that constrain their use for developmental purposes.
In such cases, the demands for additional lands will be resorted to from agricultural uses or
forests uses which would be detrimental.
There is a need to strategise utilisation of land and its management so that the land use changes
are not detrimental to sustainable development of India.

Due to growing population in India, the per capita availability of land has reduced from 0.89
Ha in 1995 to 0.27 Ha in 2007/08.
It is estimated that by 2030, India will become the most populated country on earth with 17.9%
of world’s total population.
With this, the per capita land availability will further reduce.
Such reducing per capita land availability will have a direct bearing on the land requirements
for various developmental purposes and community development.
The concerns become severe when the land availability is reduced directly in the areas that
support human life or natural resources such as water or ecosystems including flora and fauna,
and agricultural areas.

As per the 2011 Census, 68.84% of the country’s population lives in 6,40,867 villages and the
remaining 31.16% lives in 7,935 urban centres.
Although agriculture presently accounts for only about 14% of the Gross Domestic Product
(GDP), it is still the main source of livelihood for the majority of the rural population, and
provides the basis of food security for the nation.
Therefore, fertile agriculture land and clean water resources need to be protected effectively
for providing and ensuring livelihood to rural population and food security for the nation.
Currently, India produces about 245 million tons of food grains while for 2020 it is estimated
that the demand for food grains shall rise by 25% to 307 million tons.
The agricultural productivity is currently half of what it is in many other countries.
The solution for food productivity and security may not lie in stopping diversion of agriculture
land in all circumstances, but also in increasing food production through higher productivity.
However, the increasing use of soil can cause threat to its productivity, as it was experienced
in several other countries. Hence, the stark question is whether soils will be productive enough
to sustain a population of one billion by the end of the century at higher standards of living than
those prevailing now.

There is a need for long term plans to meet the food security as well as livelihood issues.
For this purpose, reasonable restrictions on acquisition and conversion of at least certain types
of agricultural land should be introduced.
As per the National Policy for Farmers, 2007 (NPF 2007), prime farmland must be conserved
for agricultural use and except under exceptional circumstances the use should not be altered.
There is a need to protect agricultural areas that are essential for food security including the
prime agricultural lands, command areas of irrigation projects, and double cropped land.
There is also a need to protect agricultural lands that are essential for livelihood of rural and
tribal populations.

India comprises seven climate regions in three groups:
a) tropical wet-humid group with tropical wet (humid or monsoon climate, and tropical wet and
dry or savannah climate;
b) dry climate group with tropical semi-arid (steppe) climate, sub-tropical arid (desert) climate
and sub-tropical semi-arid (steppe) climate;
c) sub-tropical humid climate group with sub-tropical humid (wet) with dry winters climate and
the mountain, or highland, or alpine climate.
India comprises of nine bio-geographic regions, i.e. the
1. Trans-Himalayan Region,
2. The Himalayas,
3. The semi-arid areas,
4. The Western Ghats,
5. The North-West Desert Regions,
6. The Deccan Plateau,
7. The Gangetic Plain,
8. North-East India,
9. The islands,
10. and the coasts.

India has extraordinarily rich biodiversity and several environmentally sensitive and fragile
zones.
India is one of the twelve mega-biodiversity countries in the world, comprising over 91,000
animal and 45,500 plant species.
Nearly 6,500 native plants are still used prominently in indigenous healthcare. Furthermore,
India is recognized as one of the eight so called ‘Vavilovian Centres of Origin and Diversity of
Crop Plants’, having more than 300 wild ancestors and close relatives of cultivated plants still
growing and evolving under natural conditions.
India has a wide range of soils, classified into 27 broad soil classes. Alluvial soils, black cotton
soils, and red soils covering a total of approx. 56% of the total land area, which are considered
suitable for a wide range of crops.
Laterite and lateritic soils and desert soils covering another 15% of the land are not suitable for
agriculture.
India’s water resources are limited and scarce. The country has only 4% of the world’s
renewable water resources at its disposal. Furthermore, these limited resources are distributed
unevenly over time and space. In addition, there are challenges of frequent floods and droughts in
one or the other part of the country.

The total area of the recorded forests in the country (2003) is 77.47 million Ha, or
23.57% of the country’s geographic area.
Of the forest areas, 51.6% are notified Reserved Forests, 30.8% are notified Protected
Forests and the remaining 17.6% are un-classed forests12.
The National Forest Policy of 1988, the Indian Forest Act and various other State
legislations on the matters pertaining to forests provide for the guiding principles, and
ways and procedures through which legally declared forests are to be utilised and
administered.
These legislations not only affect the way forest lands are to be utilised, these have
profound impact on the utilisation of non-forest lands as well.
India is rich in ample resources of a number of minerals and has the geological
environment for many others13.
India produces 89 minerals out of which 4 are fuel minerals, 11 metallic, 52 non-
metallic and 22 minor minerals.

There are several ecosystem services being offered by the natural environment and its resources.
These include:
Provisioning, such as the production of food, water, pharmaceuticals, industrial products,
wind/wave/hyrdo-power and biomass.
Supporting, such as purification of water and air; nutrient cycles; crop pollination; seed
dispersal; disease control.
Cultural, such as spiritual and recreational benefits (e.g., ecotourism).
Preserving, genetic and species diversity for future use; accounting for uncertainty.
Regulating, such as the carbon sequestration; climate regulation.
There is a need for protection of the natural resource areas including biodiversity areas,
forests areas etc. and ecosystem service areas.
While areas such as National Parks, Biosphere Reserves etc. are clearly demarcated due to
existing legal provisions, the “Eco Sensitive Zones” being identified around them are at present
at the discretion of the agencies involved.
It has to be ensured that reasonable extents of areas around the environmentally
sensitive/fragile areas are demarcated and land use is planned properly.
There is also a need to regulate and control land uses in such ‘Eco Sensitive Zones’ so as to
avoid conflicts or negative environmental impacts.

Level of urbanization in India has increased from 17% in 1951 to 31% in 2011.
According to the world population prospects by the United Nations, 55% population of India
will be urban by the year 2050.
With this pattern of urbanization, the urban population of 377 million as in 2011 will be 915
million by the year 2050.
During the decade 2001-2011, the number of towns in the country has increased from 5,161 to
7,935.
The number of urban agglomerations, having a population of more than one million has
increased from 5 in 1951 to 53 in 2011.
Most of the cities are traditionally located along the major rivers, around lakes and along the
coastline, the agriculturally productive belt and environmentally sensitive areas.
The urban land is about 7.74 million hectares, which is only 2.35% of the country’s total land
area.
However, several land use conflicts and environmental problems originate from urban area.

The mega cities are mostly spilling over to rural-agricultural belt (peri-urban areas) due to
abnormally high land price in the cities as compared to household income of the average citizens.
The peri-urban areas or fringes of such agglomerations are under fast transformation resulting
into haphazard growth of slums, unauthorized colonies, piecemeal commercial development,
intermixes of conforming and non-conforming uses of land coupled with inadequate
infrastructures, services and facilities.
Cities and towns are emerging as centers of domestic and international investments where most
of the commercial activities take place.
As the economy grows, towns and cities expand in size and volume and the contribution of the
urban sector to the national economy increases.
In days to come, the urban sector will play a critical role in the structural transformation of the
Indian economy and in sustaining the high rates of economic growth.
Ensuring high quality public services for all in the cities and towns will also facilitate the full
realisation of India’s economic potential.
The demand for non-farm land use will increase further in future.

There is a need for appropriate land utilisation and management strategy and land use planning
to cater to the growing urbanisation needs.
There is scope for re-densification of urban areas by augmenting the existing infrastructure.
Large chunks of institutional land within big cities are lying vacant or under uitilised or not
available for urban development which can be put to optimum use by way proper planning and
land management system.
Large extents of agricultural land still exist within the municipal boundaries of small &
medium size towns due to slow pace of physical growth and such lands should preferably be
retained as such, particularly if the soils are of high quality.
There is need for proper planning of urban areas and the regions around.

Industrial development, apart from urbanization, is the major driver of economic growth in
India.
The 12th Five Year Plan provides that the country needs to reach an annual economic growth
rate of at least 8% in five years (2012-17) in order to significantly increase the quality of life of its
citizens, reduce poverty and foster environmentally sustainable development.
The 12th Five Year Plan proposes growth of economy at 9 to 9.5% during the Plan period
(2012-17) and has ambitious targets for various sectors.
For example, the growth of manufacturing sector is proposed at 9.8-11.5% and the mining and
quarrying at 8 – 8.5%.
This will bring in demand for additional land and put pressure on existing land uses for their
conversion.
The National Manufacturing Policy 2011 of the Government of India has set industrial growth
rate of 12 to 14% in the medium run and contribution of industrial sector to national GDP by
25%.

The industrial development that is seen in the form of industrial estates, special economic
zones, specialised industrial parks, investment zones, NMIZs, special investment regions, PCPIRs
(petroleum, chemicals and petro chemical investment regions) and industrial corridors occupies
a lot of land.
The industrial development is associated with supportive development, viz, housing areas,
transport, trade and commerce areas, wasteland, waste water treatment and disposal areas
etc., which also require considerable amounts of land.
The Delhi Mumbai Industrial Corridor covering an overall length of 1,483 km and passing
through the States of Uttar Pradesh, Haryana, Rajasthan, Madhya Pradesh, Gujarat and
Maharashtra and the National Capital Region of Delhi, will have 24 identified Industrial Areas
and Investment Regions requiring large quantity of land for development not only for industrial
areas but also for supporting population arising out of 3 million jobs that would be created.
A similar Chennai-Bengaluru Industrial Corridor is proposed. Similar other mega industrial
infrastructure projects will come up in the future in the country.
The creations of large number of SEZs as per the Special Economic Zone Act of 2005, involving
large extent of fertile agricultural land have added substantially to already aggravated land
relations in India.

An SEZ may bring far reaching changes in the local economy. However, people lose access to
farmlands, grazing grounds water bodies and other common resources. The agrarian protests
against the SEZs are prevalent everywhere in India.
It also aims to create 100 million additional jobs by 2022. It has proposed the development of
National Manufacturing and Investment Zones (NMIZ) in the form of Industrial Clusters and
Integrated Townships each having an area of 5,000 hectares.
Paradigm shift in the government policy like, putting a cap of 5,000 Ha of land for each SEZ
and an important decision that governments will not invoke its powers under ‘eminent domain’
and ‘public purpose’ to acquire land for SEZs.
However, these policy changes may not prove adequate to address the core issues unless
there is accompanying land use planning strategy, particularly because of large requirements of
land.
The requirements of lands for SEZs which are given ‘in–principle approval’ stands at 2,00,000
Ha, which, as per the estimates of the Committee on State Agrarian Relations and Unfinished
Task in Land Reforms, is capable of producing around 1 million tons of food grains.
There is a need for appropriate land utilisation and management strategy and land use
planning to cater to the growing industrialisation needs.

Land has hidden treasure of vast resources of different kinds of minerals. India is rich in
mineral resources such as bauxite, iron, copper, zinc, gold, diamonds etc.
Minerals are basic raw materials for many industries and play a key role in the evolution of
human society and the development of economies.
The wide availability of the minerals in the form of abundant rich reserves/resources makes it
very conducive for the growth and development of the mining sector in India.
Presently, utilisation of land by mineral sector (excluding atomic, fuel and minor minerals) is
about 0.17% of India’s total land (as in 2010-11) and contributes about 2.72% to the GDP of
India.
The sector provides employment to over 5 lakh people directly.
The needs of economic development of India make the extraction of the nation’s mineral
resources an important priority.
Minerals are valuable, finite and largely non-renewable natural resources, but are site specific.
The State Governments are the owners of minerals located within their respective boundaries.
The Central Government is the owner of the minerals underlying the ocean within the
territorial waters or the EEZ of India.

Extraction of minerals involves use of land for undertaking mining.
Mining industry, unlike other industries, is site specific and degradation of the land and other
associated natural resources becomes inevitable.
Mining areas are closely linked with forestry and environment issues.
A significant part of the nation’s known reserves of some important minerals are in areas which
are under forest cover.
Further, mining activity has potential to disturb the ecological balance of an area.
For ensuring sustainable development, there is a need to properly plan and manage mining
areas.

The major land users in the transport sector are: railways (railway tracks, stations, workshops,
godowns etc.), roadways (roads, fuel pump stations, toll plazas, utilities etc.), airways (airports,
runways, workshops etc.), waterways (ports, workshops, godowns etc.).
The total road network in India is 4.69 million km in length.
In the case of roadways, under the National Highways Act, 1956, the Central Government has
power to acquire land for National Highways.
The transport networks require considerable amounts of land and their proper planning is
very important, as otherwise the transport networks can trigger land use conflicts due to the
development sectors and communities that depend on them.

The developmental activities require land and they have potentials to displace people, exploit
natural resources and cause negative environmental impacts as well as other land use conflicts.
There is a need to support various sectors to achieve their development targets, such as those
of urban development, industrial development, mining, and infrastructure development
(transportation, ports, harbours, airports etc.) through properly guided development in a
sustainable and harmonized manner so as not to have land use conflicts or negative impacts.

India has considerable amount of vulnerable populations in the rural, tribal and backward areas,
many of whom do not have adequate access to basic amenities and proper livelihood.
There are disadvantaged and vulnerable communities including tribal populations,
economically weaker sections of people and backward communities.
There are issues of livelihood, poverty eradication, inclusiveness and gender.
There is a need to support social development addressing these issues.
Land plays an important role in all these matters.
There is a need to prevent or at least minimize social conflicts arising from acquisition of lands
or development of such activities that pose conflicts.
Land use planning should be undertaken giving due considerations for social aspects.

India has rich cultural and historic heritage.
There are several scenic beauty areas and tourism areas.
All these areas including religious places of importance, scenic areas, heritage areas,
archaeological sites etc. need to be protected from negative impacts of development and land use
changes.
Depending on the developmental activities coming up in the vicinity of these areas, there could
be potential impacts.
Though proper land use planning and management such impacts could be prevented and the
heritage areas secured.

There is a severe lack of systematic, orderly and up to date spatial data base in the country that
is readily available for land use planning purposes.
Also, due to lack of systematic database, there would also be difficulties initially in making
projections and forecasting of prospective needs for land uses by various sectors.
However, the country is quite advanced in the applications of Geographic Information Systems
(GIS) and remote sensing, which come handy for generating spatial database.
The Government of India is already working on setting up National Spatial Data Infrastructure.
Systematically, such spatial databases could be built-up over a period of time.
Also, the existing database on land use in the country is highly inadequate.
There is no mechanism to monitor land use changes taking place and their impacts.

Introduction of systematic and integrated land use planning at national, state and regional levels
is going to be a major challenge.
There have to be supportive instruments (mapping, spatial information, planning processes,
tools, methods, procedures, standards etc.) for land use planning and management which also
take into account inclusiveness, poverty, gender and climate change aspects.
Another aspect is the availability of guidelines for uniform land use planning.
Except for urban sector, where urban development plan formulation and implementation
(UDPFI) guidelines exist; the other sectors such as industry, environment, transport, mining,
agriculture etc. do not have similar guidelines in place.
For ensuring proper land use planning, there is a need for development of detailed guidelines
for following integrated approaches catering to all the sectors.
There is also lack of adequate institutional structures at national, state, regional/district and
local levels for planning and management of land resource.

The Urban Development Plans Formulation and Implementation (UDPFI) Guidelines15 (1996)
recommended urban development planning system, which consists of a set of the following four
inter-related plans:
a) Perspective Plan: A long term (20-25 years) policy plan of spatio-economic development of the
settlement.
b) Development Plan: Conceived within the framework of the approved Perspective Plan, it is a
medium-term (generally five years co-terminus with the term of the local (authority)
comprehensive plan of spatio-economic development of the urban centre.
c) Annual Plan: Conceived within the framework of Development Plan, it is a plan containing the
physical and fiscal details of new and ongoing projects that the local authority intends to
implement during the respective financial year.

d) Plans of Projects/Schemes: Conceived within the framework of approved Development
Plan/Annual Plan, these are detailed working layouts for execution by a public or private agency.
Master Plans and Development Plans are prepared for urban areas, metropolitan areas and
sometime Regional Plans such as for Delhi National Capital Region. The Master Plans or
Development Plans are prepared by the urban local bodies or the Town Planning Departments or
the Development Authorities. One of the main issues is, in the absence of Regional Plans, the
urban sprawl forces itself into farmlands and rural areas. If all the urban areas in the country are
properly planned, this would bring about 2.25% of the country’s land under planned
development.

The National Manufacturing Policy (Nov 2011) of the Government of India, promotes
integrated industrial townships, known as the National Investment and Manufacturing Zones
(NIMZs) with at least 5,000 Ha area and calls for preparation of environment friendly
Development Plans.
Major environmental aspects are required to be taken care of in the NIMZ in the beginning
itself by having proper zoning during Master Planning.
The state level/local level authorities such as industrial development corporations and
infrastructure development boards are identifying locations for industrial estates, special
economic zones, investment zones/regions and industrial corridors and preparing
development/master plans for such areas.
For example, the Gujarat Infrastructure Development Board is preparing an elaborate
Development Plan for Dholera Special Investment Region, which is a part of the Delhi-Mumbai
Industrial Corridor. Such plans guide future land use.
If all the industrial areas in the country are properly planned, this would bring about 1% of the
country’s land under planned development.

Under the Environment (Protection) Act, 1986, the Ministry of Environment & Forests, GoI is
notifying “Eco Sensitive Zones”, which require preparation of Zonal Master Plans or Zonal
Development Plans that guide further development in the area.
“Eco Sensitive Zones” may be defined as areas which contain natural features with identified
environmental resources having ‘incomparable values’ (water resource, flora & fauna etc.) requiring
special attention for their conservation.
The Eco Sensitive Areas will include protected areas such as National Parks, Wildlife Sanctuaries,
Conservation Reserves and Community Reserves (total number: 659), which cover about 4.79% of the
total geographic area of the country.
The areas other than protected areas such as landscape areas, areas with historical value also are
covered under Eco Sensitive Zones.
The purpose of declaring Eco Sensitive Zones is to create a kind of ‘shock absorber’ for the
specialized ecosystem that needs to be protected.
The Eco Sensitive Zones would act as transition zone from areas of high protection to areas involving
lesser protection.
These areas are of regulatory nature rather than prohibitive nature, unless or otherwise so required.

The objectives of declaring Eco Sensitive Zones are:
 To maintain the response level of an ecosystem within the permissible limits with respect to
environmental parameters.
 To take care of special protection needs because of its landscape, wildlife, historical value etc.
and to ensure that the new activities allowed are within the carrying capacity of that area.
 To ensure protection and conservation of ‘Entities of Incomparable Values’ of these zones and
regulate development activities based on a scientific basis and based on adequate participation in
the decision making by the local communities.
 To ensure compliance to the provisions contained in the approved Zonal Development
Plan/Master Plan/Management Plan through the constitution of high level monitoring
committees.
The State Governments identify these Eco Sensitive Zones and the Ministry of Environment &
Forests, GoI finalises the same and notifies under the Environment (Protection) Act, 1986.
Accordingly, the Zonal Development Plans are prepared and implemented for regulating further
development or land uses in the areas.
If all the Eco Sensitive Zones in the country are notified and planned, this would bring about
5% of the country’s land under planned development.

In the case of mining areas, the steps being currently taken include allotment of mineral
concession (i.e., mining lease) for extraction of mineral, seeking consent from land owner or the
agency having surface right for the area covered under lease, operating the allotted mine with
complying all existing applicable laws including implementation of mine closure plan as
approved by the competent authority.
No mining lease would be granted to any party, private or public, without a proper mining plan
including the environmental management plan approved and enforced by statutory authorities.
However, elaborate land use planning is not undertaken. If this process is initiated, about 0.17%
of the country’s land will come under planned development.

The Government of India initiated a number of centrally sponsored schemes like Integrated
Wasteland Development Programme, Drought-Prone Area Programme and Desert Development
Programme for assisting states to increase productivity of marginalised land.
Later in 2009, all these programmes were merged under single integrated scheme called
Integrated Watershed Management Programme, covering not only the marginal lands but also
the area under rain-fed agriculture.
This was based on the realisation that irrigated area under Green Revolution has already
reached its productivity limits and the increase in productivity of vast extent of rain-fed area is
the main plank to address the looming food security issues of the country.
The watershed areas, if associated with land use planning could serve planned development.

Coastal environment plays a vital role in nation’s economy by virtue of the resources,
productive habitats and rich biodiversity.
India has a coastline of about 7,500 km of which the mainland accounts for 5,400 km,
Lakshadweep coasts extend to 132 km and Andaman & Nicobar Islands have a coastline of about
1,900 km.
Nearly 250 million people live within a distance of 50 km from the coast.
The coastal zone is also endowed with a very wide range of coastal ecosystems like mangroves,
coral reefs, sea grasses, salt marshes, sand dunes, estuaries, lagoons, etc., which are characterized
by distinct biotic and abiotic processes and ecosystem services.
The coastal areas are assuming greater importance in recent years, owing to increasing human
population, urbanization and accelerated developmental activities.
These anthropogenic activities have put tremendous pressure on the fragile coastal
environment. There has been significant degradation of coastal resources and ecosystem services
in recent years due to poorly planned developmental activities and overexploitation of natural
resources.

For the purpose of protecting and conserving the coastal environment, the Ministry of
Environment & Forests, GoI issued the Coastal Regulation Zone Notification dated 19.2.1991
under Environment (Protection) Act, 1986.
This notification regulates all developmental activities in the Coastal Regulation Zone area.
This notification imposed formidable restrictions on the land use in the coastal region.
The Government of India has initiated, with the support of the World Bank, the Integrated
Coastal Zone Management (ICZM) Project for building national capacity for implementation of
comprehensive coastal management approach in the country, and piloting the integrated coastal
zone management approach in states of Gujarat, Orissa and West Bengal.
The project has an important element of preparation of an Integrated Coastal Zone
Management Plan.

During late 1980’s, the Government of India launched centrally sponsored programme
Computerisation of Land Records (CLR) and Strengthening of Revenue Administration & Updating
of Land Records (SRA&ULR) to improve revenue administration and the sordid state of land records
in the country.
Various States achieved differently in these programmes.
The Government of India again took initiative to revitalize the land administration agenda by
merging the earlier two programmes into a single integrated programme called the ‘National Land
Records Modernization Programme (NLRMP)’ which aims at ushering in a system of updated land
records, automated and automatic mutation of land transactions, integration between textual and
spatial land records, inter-connectivity between revenue and registration systems, and finally
replacing the present deeds registration and presumptive title system with that of conclusive titling
with title guarantee.

During 1970’s, all the States established ‘State Land Use Boards’ under the Chairmanship of
respective Chief Minister of the State.
These Boards were meant to provide policy directions and coordinate the activities of different
departments dealing with soil and land resources.
These Boards never functioned the way they were meant to be, and they felt in disuse overtime
and nearly all of them have been abolished.
At present, the States do not have any mechanism at their disposal to deal with land policy
issues in a coherent manner.
Hence, the responses of the States to land issues are impulsive and ad hoc without consistency.
No rationale and scientific considerations appear to be guiding the decisions on land use.

There are several existing policies relating to land use.
These include
the National Water Policy 2013,
the National Land Use Policy Outlines 1988,
the National Forest Policy 1988,
the Policy Statement of Abatement of Pollution 1992,
the National Livestock Policy Perspective, 1996,
the National Agricultural Policy 2000,
the National Population Policy 2000,
the National Policy and Macro-level Strategy and Action Plan on Biodiversity 2000 and the
National Environmental Policy 2006 etc.

1st Principle: Human beings are at the centre – Human beings are at the centre of concerns for
sustainable development. They are entitled to a healthy and productive life in harmony with
nature.
2nd Principle: Inclusive growth, poverty eradication and gender equality – equal opportunities
Inclusive growth, poverty eradication and gender equality are indispensable requirements for
sustainable development of India, and must be addressed in all policies, plans and programmes.
3rd Principle: Balanced development and intergenerational justice – Developmental sectors
and activities must be planned in a balanced manner to meet economic, social and environmental
needs of present and future generations, and should aim to minimize any large-scale
displacement of population.
4th Principle: Efficient utilisation of resources and mitigation of impacts – Long term planning
for optimum utilisation of land and saving scarce land resource is essential and as far as
possible, projects should be set up on recycled lands, wastelands, degraded lands or un-irrigated
lands provided these are not performing any other important function like bio-diversity, water
resources etc.

5th Principle: Integrated and comprehensive development planning – Development planning
must be comprehensive, sustainable, and integrated vertically (national, state, regional and local
levels) taking into consideration the interest of all other sectors and stakeholders.
6th Principle: The States are custodian of land – States are custodian of land and state
governments must eliminate unsustainable patterns of land utilisation / land management and
provide necessary legal and institutional support to facilitate capacity building and participatory,
transparent and comprehensive land use planning.
7th Principle: Harmonization with existing policy, legislative and regulatory framework – The
existing constitutional provisions and rights, the existing laws, rules, standards, procedures,
guidelines and stipulations brought out by various ministries, departments and institutions of the
Government of India, as applicable to land utilisation policy shall continue to be in force for
taking decisions on land matters and land use changes.

The goal of the National Land Utilisation Policy is to achieve improvement of livelihood, food
and water security, and best possible realization of various developmental targets so as to ensure
sustainable development of India.
To ensure optimal utilisation of the limited land resources in India for achieving sustainable
development, addressing social, economic and environmental considerations and to provide a
framework for the States to formulate their respective land utilisation policies incorporating
state-specific concerns and priorities.
The specific objectives are given below.
Objectives related to social concerns
1. Protection of agricultural lands from land use conversions so as to ensure food security and to
meet consumption needs of a growing population and to meet livelihood needs of the dependent
population.
2. To identify and protect lands that are required to promote and support social development,
particularly of tribal communities and poor section of society for their livelihood.
3. To preserve historic and cultural heritage by protecting, places/sites of religious,
archaeological, scenic and tourist importance.

Objectives related to environmental concerns
4. To preserve and conserve lands under important environmental functions such as those
declared as National Parks, Wild Life Sanctuaries, Reserved Forests, Eco Sensitive Zones, etc.
and guide land uses around such preserved and conserved areas so as not to have land use
conflicts or negative environmental impacts.
5. To preserve the areas of natural environment and its resources that provide ecosystem services.
Objectives related to developmental/ economic concerns
6. To promote properly guided and coordinated development in a sustainable manner of all
developmental sectors including agriculture, urban, industrial, infrastructure and mining so as to
minimise land use conflicts or negative environmental impacts.
Objectives related to enforcement and implementation of the policy
7. To suggest a general implementation framework for implementing land utilisation policy by all
concerned at different levels, viz. national, state, regional and local, and undertaking capacity
building.

Weather and climatic information plays a major role before and during the cropping season and
if provided in advance can be helpful in inspiring the farmer to organize and activate their own
resources in order to reap the benefits.
The Agro-meteorological Advisory Service (AAS) rendered by India Meteorological
Department (IMD), Ministry of Earth Sciences (MoES) is a mechanism to apply relevant
meteorological information to help the farmer make the most efficient use of natural resources,
with the aim of improving agricultural production; both in quantity and quality.
It becomes more and more important to supply climatological information blended with
seasonal climate forecasts before the start of the cropping season in order to adapt the agricultural
system to increased weather variability.
Subsequent to this, short and medium range weather forecast based Agro-meteorological
advisories become vital to stabilize their yields through management of agro-climatic resources
as well as other inputs such as irrigation, fertilizer and pesticides.
Agro- meteorological service rendered by IMD, MoES is a step to contribute to weather
information based crop/livestock management strategies and operations dedicated to enhancing
crop production and food security.

The main emphasis of the existing AAS system is to collect and organize climate/weather, soil
and crop information, and to amalgamate them with weather forecast to assist farmers in taking
management decisions.
This has helped to develop and apply operational tools to manage weather related
uncertainties through agro-meteorological applications for efficient agriculture in rapidly
changing environments.
The information support systems under AAS include:
 Provision of weather, climate, crop/soil and pest disease data to identify biotic and
abiotic stress for on-farm strategic and tactical decisions,
 Provide district specific (Pan India) weather forecast (Rainfall, cloudiness,
maximum/minimum temperature, wind speed, wind direction, maximum/minimum relative
humidity) up to 5 days with outlook for rainfall for remaining two days of a week.
 Translate weather and climate information into farm advisories using existing research
knowledge on making more efficient use of climate and soil resources through applications of
medium range weather forecast to maximize benefits of benevolent weather conditions and
alleviate the adverse impacts of malevolent weather events

A broad spectrum of advisories include weather sensitive farm operations such as sowing/
transplanting of crops, fertilizer application based on wind condition & intensity of rain, pest and
disease control, intercultural operations, quantum and timing of irrigation using meteorological
threshold and advisories for timely harvest of crops.
 Introduction of technologies such as crop simulation model based decision support system
for agro-meteorologists to adapt agricultural production systems to changing
weather & climate variability and to the increasing scarcity of input such as water, seed,
fertilizer, pesticide etc.,
 Develop effective mechanism to on time dissemination of agro-Met advisories to farmers,
 Effective training, education and extension on all aspects of agricultural meteorology.

The District level Agromet Advisory Service (DAAS) run by IMD is a multidisciplinary and multi-
institutional project.
It involves all stake holders such as Indian Council for Agriculture Research (ICAR), State
agricultural Universities (SAUs), Krishi Vigyan Kendras (KVKs), Department of Agriculture &
Cooperation, State Departments of Agriculture/ Horticulture/ Animal Husbandry/ Forestry (Up
to District level offices), NGOs, Media Agencies, etc.
This project is being implemented through five tier structure to set up different components of
the service spectrum.
It includes meteorological (weather observing & forecasting), agricultural (identifying weather
sensitive stress & preparing suitable advisory using weather forecast), extension (two way
communication with user) and information dissemination (Media, Information Technology,
Telecom) agencies.

Flowchart of District Level Agro-Met Advisory Service System (DAAS) System.

IMD has started issuing quantitative district level (612 districts) weather forecast upto 5 days
from 1st June, 2008.
The products comprise quantitative forecasts for 7 weather parameters viz., rainfall, maximum
and minimum temperatures, wind speed and direction, relative humidity and cloudiness, besides
weekly cumulative rainfall forecast.
IMD, New Delhi generates these products based on a Multi Model Ensemble (MME) technique
(35*35 km grid) using forecast products available from a number models of India and other
countries.
Ensemble products have skill better than individual members of the ensemble group.
The average skill for rainfall during monsoon season has been found to be 70 to 80 %.
Individual members include: T-254 model of NCMRWF, T-799 model of European Centre for
Medium Range Weather Forecasting (ECMWF); United Kingdom Met Office (UKMO), National
Centre for Environmental Prediction (NCEP), USA and Japan Meteorological Agency (JMA).
The products are disseminated to Regional Meteorological Centres and Meteorological Centres
of IMD located in different states.

These offices undertake value addition to these products twice a week on Tuesday and Friday
and communicate to 130 AgroMet Field Units (AMFUs) located with State Agriculture
Universities (SAUs), ICAR etc.
The Regional Meteorological Centers and Meteorological Centers of IMD located in different
states undertake value addition to these products.
The value addition is based on the inputs from very high resolution meso-scale model (WRF)
model, synoptic knowledge, bias correction of district forecast etc.
These Centres run the WRF model using initial conditions generated from global model for
detailed analysis of rain-bearing systems at higher resolution (9*9 Km grid).
Data used in these numerical weather modeling are upper air soundings, land surface (including
network of automatic weather stations and automatic rain gauge at sub- district scale), marine
surface buoys, aircraft observations, wind profilers, and satellite-data (wind, radiance, rain-rate,
etc.).

Performance evaluation of MME generated district level rainfall forecasts for day-1 and day- 5
are given for some selected states like Orissa, Rajasthan, Maharashtra, Gujarat and Kerala, which
represent east central India – the domain of monsoon Low; northwest India - region of less
rainfall; west India; region of mid-tropospheric circulation and extreme south east Peninsula.
The results show that performance skill of day-1 district level rainfall forecast for the rainfall
amount of moderate range (>10 mm and <65 mm) is reasonably good for all these states, where
Probability of Detection (POD) is more than 0.4. For rain/no rain case, POD for these states are
more than 0.6.
For the heavy rainfall event (>65 mm) POD significantly deteriorates. Among these states,
Kerala has the best performance, followed by Orissa, Gujarat, Maharastra and Rajasthan. POD of
Kerala for rain/no rain case has been above 1.0 at all the districts, for light rain it is around 0.3,
for moderate rainfall it is around 0.9 and for heavy rainfall close to zero.
For Orissa, POD for rain/no rain case has been above 0.8 at all the districts, for light rain it is
around 0.6, for moderate rainfall it is between 0.3 to 0.4 and for heavy rainfall it is close to zero.

For Rajasthan , POD for rain/no rain case has been between 0.4 to 0.7 at most of the districts,
for light rain it ranges between 0.3 to 0.5 for moderate rainfall it is between 0.1 to 0.3 and for
heavy rainfall it is zero.
At the day-5 forecast, performance deteriorates but pattern remains the same.

Based on the above forecast products and the crop information available from districts, the
AMFU prepares district-wise agro-advisories.
Ministry of Earth Sciences has set up a network of 130 AMFUs covering the agro-climatic
zones of the country. Each agro-climatic zones covers, on average, 4 to 6 districts.
These units are operated at State Agriculture Universities (SAUs), Indian Council of Agricultural
Research institutions (ICAR), Indian Institute of Technology (IIT) by providing grant-in-aid from
IMD.
These units are responsible for recording agro meteorological observations, preparing forecast
based Agromet advisories for the districts falling under precinct of concerned agroclimatic zone
and dissemination of the same.
Concerned university/institute has appointed Nodal Officer and Technical Officers, who
prepare the advisory bulletins in consultation with the panel of experts already created at these
units.
The Agromet bulletins include specific advice on field crops, horticultural crops and livestock,
etc. which farmers need to act upon. Its frequency is twice a week i.e. Tuesday and Friday.

The agromet district advisories, generated by 130 AMFUs, are being disseminated to the
farmers through mass media (Radio, Print and TV)., Internet, etc.
A mechanism has also been developed to obtain feedback from the farmers on quality of
weather forecast, relevance and content of agromet advisory and effectiveness of information
dissemination system.
A multi- media system for dissemination of agro-meteorological advisories to the farming
community has been put in place in which beside the conventional modes e.g. radio, television &
print media, concerted efforts are made to reach farmers through emerging modes of
communication such as mobile phones and the internet.
Short message service (SMS) and voice messages are being send to subscribing farmers by
Govt. and private companies such as Reuters Market Light, IFFCO Kisan Sanchar Limited,
MahaAgri, Vritti Solutions, NOKIA, eFresh and State Govt. agencies.

Beside these companies there are many companies such as TATA Consultancy Service,
NABARD, ICT, Infosys, Infronics etc. are like to start the service in near future.
SMS service as on date covers 3.0 million users spread across 16 states while IVRS covers
around 30000 farmers spread across 5 states.
The agro-meteorological advisory service has also developed a mechanism to assess the users’
needs and strive to meet them in order to play an efficient role for the improvement of the
agricultural production.
A study aiming to assess Economic Impact of AAS carried out during 2003 to 2007 at 15 AAS
units covering 3 kharif and 3 rabi seasons, concluded that the farmers could save significant
losses of farm input like seeds, water, pesticides and fertilizers and reaped better harvest and
made their farming more profitable by using the AAS.
In general there is net gain ranging from 8 to 10 percent by those farmers who used the
information provided by the AAS system.

Reliable and timely forecast provide important and useful input for proper, foresighted and
informed planning.
Early prediction of crop yield is important for planning and for taking various policy decisions.
Final production estimates based on the sampling method become available long after the crops
are actually harvested.
In recent past Department of Agriculture and Cooperation (DAC), Min. of Agriculture in
collaboration with Department of Space, IMD and Institute for Economic Growth launched
FASAL (Forecasting Agricultural output using Space, Agrometeorology and Land based
observations) scheme for crop acreage estimation and crop yield forecast by integrating
technological advancement and adoption of emerging methodologies, in particular, those of
remote sensing and geographic information.
Objective is to develop, validate and issue multiple crop yield forecast for major crops at mid
season (F2) and pre-harvest stage (F3) of crops.

The crop yield forecasting models are developed at different stages of the crops combining
statistical, crop growth simulation and other methods/techniques, which take into account the
influence of weather and technological advances on crop yield.
The model requires the meteorological data (rainfall, temperature, humidity, bright hours of
sunshine with wind speed, wet spell etc.) as well as technological data as the inputs to estimate
the yield. Using agromet models and database developed, IMD is providing the yield forecast at
district/ state/ national scale to DAC since monsoon 2011.
Although, a good progress has been made in this regard but much is required to be done.
There is need to develop methodologies for Remote Sensing and Conventional Data Merging.
Concerted efforts are needed for ground based data collection, satellite data collection, GIS
software applications, operational applications of meteorological satellite data, weather radars
and the monitoring of cropping season by meteorological and remote sensing data to equip AAS
units to generate better advisories.
The system is working to improve these aspects of the service.

PRESENT LAND USE PLANNING SYSTEM OF INDIA : Current Land Use Planning and Utilisation Trends, Agrometeorological Services for Farmer’s Welfare

More Related Content

What's hot (20)

Similar to PRESENT LAND USE PLANNING SYSTEM OF INDIA : Current Land Use Planning and Utilisation Trends, Agrometeorological Services for Farmer’s Welfare (20)

More from Abhilash Singh Chauhan (11)

Recently uploaded (20)

PRESENT LAND USE PLANNING SYSTEM OF INDIA : Current Land Use Planning and Utilisation Trends, Agrometeorological Services for Farmer’s Welfare