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Various Uses of Land Pooling and Land Reconstitution
in Gujarat
Bimal Patel
Ministry of Urban Development, GoI January 2015
Land Pooling and Land Reconstitution is a very versatile and effective
planning, plan implementation and plan financing mechanism that has been used in Gujarat since many decades
Land Pooling and Reconstitution mechanism is known as the Town Planning Scheme mechanism in Gujarat
This presentation shows how the Town Planning Scheme mechanism is used to address some urban challenges
Some challenges city administrators face in making cities more livable, healthy, comfortable, equitable, just, productive, efficient, safe, memorable. widening streets providing roads, parks, public amenities providing infrastructure water supply, drainage redeveloping older areas of cities managing peripheral urban growth providing housing for the poor finding money (or land) to do all of the above regularizing illegal construction curbing nuisances and regulating private development .. ..
Some challenges city administrators face in making cities more livable, healthy, comfortable, equitable, just, productive, efficient, safe, memorable. widening streets providing roads, parks, public amenities providing infrastructure water supply, drainage redeveloping older areas of cities managing peripheral urban growth providing housing for the poor finding money (or land) to do all of the above regularizing illegal construction curbing nuisances and regulating private development .. ..
Managing peripheral urban growth
1850 1940 1960
1980 1990 2006
The spread of Ahmedabad
Urban periphery
Source: Google Earth
Source: Google Earth
Managing peripheral urban growth requires: reshaping plots providing access providing infrastructure providing amenities paying for all of the above! getting all owners to agree!! regulating private development !!!
Managing peripheral urban growth requires a sound system for planning, financing and implementing the transformation of agricultural land to land suitable for urban use
Land transformation methods 1. Laissez-faire development
let owners / developers take the lead
approve individual layouts/developments
require developers to provide roads/services
levy development charges
provide roads/services as an when possible
Source: Google Earth
Land transformation methods 1. Laissez-faire development
let owners / developers take the lead
approve individual layouts/developments
require developers to provide roads/services
levy development charges
provide roads/services as an when possible
No planning, let the market prevail !
Source: Google Earth
Land transformation methods 2. DP + laissez-faire development
make city wide plan zone growth areas and major roads
acquire land for roads
build major roads/ infrastructure
approve individual layouts
levy development charge
provide smaller roads/ services when possible
Source: Google Earth
Land transformation methods 2. DP + laissez-faire development
make city wide plan zone growth areas and major roads
acquire land for roads
build major roads/ infrastructure
approve individual layouts
levy development charge
provide smaller roads/ services when possible
Some features are planned; market prevails elsewhere
Source: Google Earth
Land transformation methods 3. Land acquisition + development
304
22
RANDESAN
PRA
LAWARPUR
15
22
6
1
ALAMPUR03
DD
BHUDIA06
acquire land compensate owners
take possession of land
plan development roads, amenities, plots for sale etc
raise money
build infrastructure
sell plots
acquire land compensate owners
take possession of land
plan development roads, amenities, plots for sale etc
raise money
build infrastructure
sell plots
No markets, everything is planned !
Land transformation methods 3. Land acquisition + development
304
22
RANDESAN
PRA
LAWARPUR
15
22
6
1
ALAMPUR03
DD
BHUDIA06
developer assembles land pays farmers/owners
government provides regulatory support and connective infrastructure in exchange for extractions
developer plans and builds development - roads, amenities, plots, etc.
developer sells plots
Land transformation methods 4. Private townships
developer assembles land pays farmers/owners
government provides regulatory support and connective infrastructure in exchange for extractions
developer plans and builds development - roads, amenities, plots, etc.
developer sells plots
Planners become regulators, competition restricted, planning function internalized by developers
Land transformation methods 4. Private townships
The DP-TP* mechanism is an interesting and relatively well functioning land transformation system for planning and managing peripheral urban growth
* Gujarati for Development Plan followed by Town Planning Scheme
Land transformation methods 5. The DP-TP mechanism
DP-TP mechanisms enabling legislation Gujarat Town Planning & Urban Development Act
Invented by the British First used in 1925 Improved continuously Tested in court
DP-TP mechanisms enabling legislation Gujarat Town Planning & Urban Development Act
DP-TP mechanisms enabling legislation Remember: there is no acquisition involved here!
Managing peripheral growth using the DP-TP mechanism is a 2 step process
1 Periodically, a city wide Development Plan (DP) is
prepared to identify areas for urban growth to define city level infrastructure
Managing peripheral growth using the DP-TP mechanism is a 2 step process
1 Periodically, a city wide Development Plan (DP) is
prepared to identify areas for urban growth to define city level infrastructure
2 Then, many neighborhood wide Town Planning Schemes
(TPS) are prepared to implement the Development Plan to detail out areas identified for urban growth to readjust plots to appropriate land for city & neighbourhood infrastructure to levy charges for building infrastructure to appropriate portion of increment in land value
Managing peripheral growth using the DP-TP mechanism is a 2 step process
Step 1: Preparing a Development Plan
Ahmedabad, 2002
Key features strategic city-wide plan delineation of new growth
areas delineation of city level
infrastructure roads water supply drainage .
development control regulations
Step 1: Preparing a Development Plan
Ahmedabad, 2002
Key features strategic city-wide plan delineation of new growth
areas delineation of city level
infrastructure roads water supply drainage .
development control regulations
Key features sequence of detailed
planning predetermined
Step 1: Preparing a Development Plan
Ahmedabad, 2002
Key features sequence of detailed
planning predetermined
Step 1: Preparing a Development Plan
Ahmedabad, 2002
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
1 2 3 4
314 1 Ajaybhai 1300315 2 Harishbhai 2500316 3 Kantibhai 2700317 4 Chiragbhai 2200318 5 Maheshbhai 2400319 6 Kanubhai 2700320 7 Natubhai 2200
Total 16000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
1 2 3 4
314 1 Ajaybhai 1300315 2 Harishbhai 2500316 3 Kantibhai 2700317 4 Chiragbhai 2200318 5 Maheshbhai 2400319 6 Kanubhai 2700320 7 Natubhai 2200
Total 16000Road 1100
Infrastructure 800Garden 2100Total 4000
4000 sq mts (conveniently) happens to be 25% of the total area
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
1 2 3 4 525% of 4
314 1 Ajaybhai 1300 325315 2 Harishbhai 2500 625316 3 Kantibhai 2700 675317 4 Chiragbhai 2200 550318 5 Maheshbhai 2400 600319 6 Kanubhai 2700 675320 7 Natubhai 2200 550
Total 16000 4000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
1 2 3 4 5 625% of 4 4 - 5
314 1 Ajaybhai 1300 325 975315 2 Harishbhai 2500 625 1875316 3 Kantibhai 2700 675 2025317 4 Chiragbhai 2200 550 1650318 5 Maheshbhai 2400 600 1800319 6 Kanubhai 2700 675 2025320 7 Natubhai 2200 550 1650
Total 16000 4000 12000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
1 2 3 4 5 625% of 4 4 - 5
314 1 Ajaybhai 1300 325 975315 2 Harishbhai 2500 625 1875316 3 Kantibhai 2700 675 2025317 4 Chiragbhai 2200 550 1650318 5 Maheshbhai 2400 600 1800319 6 Kanubhai 2700 675 2025320 7 Natubhai 2200 550 1650
Total 16000 4000 12000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
1 2 3 4 5 625% of 4 4 - 5
314 1 Ajaybhai 1300 325 975315 2 Harishbhai 2500 625 1875316 3 Kantibhai 2700 675 2025317 4 Chiragbhai 2200 550 1650318 5 Maheshbhai 2400 600 1800319 6 Kanubhai 2700 675 2025320 7 Natubhai 2200 550 1650
Total 16000 4000 12000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
1 2 3 4 5 6 725% of 4 4 - 5 Rs 25 * 6
314 1 Ajaybhai 1300 325 975 24375315 2 Harishbhai 2500 625 1875 46875316 3 Kantibhai 2700 675 2025 50625317 4 Chiragbhai 2200 550 1650 41250318 5 Maheshbhai 2400 600 1800 45000319 6 Kanubhai 2700 675 2025 50625320 7 Natubhai 2200 550 1650 41250
Total 16000 4000 12000 300000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
1 2 3 4 5 6 725% of 4 4 - 5 Rs 25 * 6
314 1 Ajaybhai 1300 325 975 24375315 2 Harishbhai 2500 625 1875 46875316 3 Kantibhai 2700 675 2025 50625317 4 Chiragbhai 2200 550 1650 41250318 5 Maheshbhai 2400 600 1800 45000319 6 Kanubhai 2700 675 2025 50625320 7 Natubhai 2200 550 1650 41250
Total 16000 4000 12000 300000Road 1100
Infrastructure 800Garden 2100Total 4000
We still need to address the issue of unequal distribution
of costs and benefits !!!
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
Orig
inal
Plo
t Val
ue(R
s. p
ersq
m)
1 2 3 4 5 6 7 825% of 4 4 - 5 Rs 25 * 6
314 1 Ajaybhai 1300 325 975 24375 175315 2 Harishbhai 2500 625 1875 46875 175316 3 Kantibhai 2700 675 2025 50625 200317 4 Chiragbhai 2200 550 1650 41250 200318 5 Maheshbhai 2400 600 1800 45000 200319 6 Kanubhai 2700 675 2025 50625 225320 7 Natubhai 2200 550 1650 41250 225
Total 16000 4000 12000 300000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
Orig
inal
Plo
t Val
ue(R
s. p
ersq
m)
Com
pens
atio
n to
be
paid
to L
and
Ow
ner
(Rs.
)
Fil P
lt V
l
1 2 3 4 5 6 7 8 925% of 4 4 - 5 Rs 25 * 6 5 x 8
314 1 Ajaybhai 1300 325 975 24375 175 56875315 2 Harishbhai 2500 625 1875 46875 175 109375316 3 Kantibhai 2700 675 2025 50625 200 135000317 4 Chiragbhai 2200 550 1650 41250 200 110000318 5 Maheshbhai 2400 600 1800 45000 200 120000319 6 Kanubhai 2700 675 2025 50625 225 151875320 7 Natubhai 2200 550 1650 41250 225 123750
Total 16000 4000 12000 300000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
Orig
inal
Plo
t Val
ue(R
s. p
ersq
m)
Com
pens
atio
n to
be
paid
to L
and
Ow
ner
(Rs.
)
Fina
l Plo
t Val
ue(R
s. p
ersq
m)
1 2 3 4 5 6 7 8 9 1025% of 4 4 - 5 Rs 25 * 6 5 x 8
314 1 Ajaybhai 1300 325 975 24375 175 56875 450315 2 Harishbhai 2500 625 1875 46875 175 109375 525316 3 Kantibhai 2700 675 2025 50625 200 135000 600317 4 Chiragbhai 2200 550 1650 41250 200 110000 600318 5 Maheshbhai 2400 600 1800 45000 200 120000 600319 6 Kanubhai 2700 675 2025 50625 225 151875 750320 7 Natubhai 2200 550 1650 41250 225 123750 750
Total 16000 4000 12000 300000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
Orig
inal
Plo
t Val
ue(R
s. p
ersq
m)
Com
pens
atio
n to
be
paid
to L
and
Ow
ner
(Rs.
)
Fina
l Plo
t Val
ue(R
s. p
ersq
m)
Fact
or o
f Inc
reas
e in
La
nd V
alue
1 2 3 4 5 6 7 8 9 10 1125% of 4 4 - 5 Rs 25 * 6 5 x 8
314 1 Ajaybhai 1300 325 975 24375 175 56875 450 2.6315 2 Harishbhai 2500 625 1875 46875 175 109375 525 3.0316 3 Kantibhai 2700 675 2025 50625 200 135000 600 3.0317 4 Chiragbhai 2200 550 1650 41250 200 110000 600 3.0318 5 Maheshbhai 2400 600 1800 45000 200 120000 600 3.0319 6 Kanubhai 2700 675 2025 50625 225 151875 750 3.3320 7 Natubhai 2200 550 1650 41250 225 123750 750 3.3
Total 16000 4000 12000 300000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
Orig
inal
Plo
t Val
ue(R
s. p
ersq
m)
Com
pens
atio
n to
be
paid
to L
and
Ow
ner
(Rs.
)
Fina
l Plo
t Val
ue(R
s. p
ersq
m)
Fact
or o
f Inc
reas
e in
La
nd V
alue
Fina
l Plo
t Val
ue(R
s.)
1 2 3 4 5 6 7 8 9 10 11 1225% of 4 4 - 5 Rs 25 * 6 5 x 8 6 x 10
314 1 Ajaybhai 1300 325 975 24375 175 56875 450 2.6 438750315 2 Harishbhai 2500 625 1875 46875 175 109375 525 3.0 984375316 3 Kantibhai 2700 675 2025 50625 200 135000 600 3.0 1215000317 4 Chiragbhai 2200 550 1650 41250 200 110000 600 3.0 990000318 5 Maheshbhai 2400 600 1800 45000 200 120000 600 3.0 1080000319 6 Kanubhai 2700 675 2025 50625 225 151875 750 3.3 1518750320 7 Natubhai 2200 550 1650 41250 225 123750 750 3.3 1237500
Total 16000 4000 12000 300000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
Orig
inal
Plo
t Val
ue(R
s. p
ersq
m)
Com
pens
atio
n to
be
paid
to L
and
Ow
ner
(Rs.
)
Fina
l Plo
t Val
ue(R
s. p
ersq
m)
Fact
or o
f Inc
reas
e in
La
nd V
alue
Fina
l Plo
t Val
ue(R
s.)
Incr
emen
t in
Land
Va
lue
(Rs.
)
1 2 3 4 5 6 7 8 9 10 11 12 1325% of 4 4 - 5 Rs 25 * 6 5 x 8 6 x 10 (6x10) - (6x8)
314 1 Ajaybhai 1300 325 975 24375 175 56875 450 2.6 438750 268125315 2 Harishbhai 2500 625 1875 46875 175 109375 525 3.0 984375 656250316 3 Kantibhai 2700 675 2025 50625 200 135000 600 3.0 1215000 810000317 4 Chiragbhai 2200 550 1650 41250 200 110000 600 3.0 990000 660000318 5 Maheshbhai 2400 600 1800 45000 200 120000 600 3.0 1080000 720000319 6 Kanubhai 2700 675 2025 50625 225 151875 750 3.3 1518750 1063125320 7 Natubhai 2200 550 1650 41250 225 123750 750 3.3 1237500 866250
Total 16000 4000 12000 300000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
Orig
inal
Plo
t Val
ue(R
s. p
ersq
m)
Com
pens
atio
n to
be
paid
to L
and
Ow
ner
(Rs.
)
Fina
l Plo
t Val
ue(R
s. p
ersq
m)
Fact
or o
f Inc
reas
e in
La
nd V
alue
Fina
l Plo
t Val
ue(R
s.)
Incr
emen
t in
Land
Va
lue
(Rs.
)
Wha
t eac
h Pl
ot O
wne
r ha
s to
pay
=
Infr
astr
uctu
re C
ost -
C
ompe
nsat
ion
1 2 3 4 5 6 7 8 9 10 11 12 13 1425% of 4 4 - 5 Rs 25 * 6 5 x 8 6 x 10 (6x10) - (6x8) 7 - 9
314 1 Ajaybhai 1300 325 975 24375 175 56875 450 2.6 438750 268125 -32500315 2 Harishbhai 2500 625 1875 46875 175 109375 525 3.0 984375 656250 -62500316 3 Kantibhai 2700 675 2025 50625 200 135000 600 3.0 1215000 810000 -84375317 4 Chiragbhai 2200 550 1650 41250 200 110000 600 3.0 990000 660000 -68750318 5 Maheshbhai 2400 600 1800 45000 200 120000 600 3.0 1080000 720000 -75000319 6 Kanubhai 2700 675 2025 50625 225 151875 750 3.3 1518750 1063125 -101250320 7 Natubhai 2200 550 1650 41250 225 123750 750 3.3 1237500 866250 -82500
Total 16000 4000 12000 300000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
Orig
inal
Plo
t Val
ue(R
s. p
ersq
m)
Com
pens
atio
n to
be
paid
to L
and
Ow
ner
(Rs.
)
Fina
l Plo
t Val
ue(R
s. p
ersq
m)
Fact
or o
f Inc
reas
e in
La
nd V
alue
Fina
l Plo
t Val
ue(R
s.)
Incr
emen
t in
Land
Va
lue
(Rs.
)
Wha
t eac
h Pl
ot O
wne
r ha
s to
pay
=
Infr
astr
uctu
re C
ost -
C
ompe
nsat
ion
Dem
and
from
eac
Plo
t (5
0% o
f Inc
rem
ent i
n La
nd V
alue
)
1 2 3 4 5 6 7 8 9 10 11 12 13 14 1525% of 4 4 - 5 Rs 25 * 6 5 x 8 6 x 10 (6x10) - (6x8) 7 - 9 50% of 13
314 1 Ajaybhai 1300 325 975 24375 175 56875 450 2.6 438750 268125 -32500 134063315 2 Harishbhai 2500 625 1875 46875 175 109375 525 3.0 984375 656250 -62500 328125316 3 Kantibhai 2700 675 2025 50625 200 135000 600 3.0 1215000 810000 -84375 405000317 4 Chiragbhai 2200 550 1650 41250 200 110000 600 3.0 990000 660000 -68750 330000318 5 Maheshbhai 2400 600 1800 45000 200 120000 600 3.0 1080000 720000 -75000 360000319 6 Kanubhai 2700 675 2025 50625 225 151875 750 3.3 1518750 1063125 -101250 531563320 7 Natubhai 2200 550 1650 41250 225 123750 750 3.3 1237500 866250 -82500 433125
Total 16000 4000 12000 300000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
Orig
inal
Plo
t Val
ue(R
s. p
ersq
m)
Com
pens
atio
n to
be
paid
to L
and
Ow
ner
(Rs.
)
Fina
l Plo
t Val
ue(R
s. p
ersq
m)
Fact
or o
f Inc
reas
e in
La
nd V
alue
Fina
l Plo
t Val
ue(R
s.)
Incr
emen
t in
Land
Va
lue
(Rs.
)
Wha
t eac
h Pl
ot O
wne
r ha
s to
pay
=
Infr
astr
uctu
re C
ost -
C
ompe
nsat
ion
Dem
and
from
eac
Plo
t (5
0% o
f Inc
rem
ent i
n La
nd V
alue
)
Tota
l Dem
and
from
ea
ch P
lot O
wne
r (C
omm
on S
urpl
us /
Def
icit)
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1625% of 4 4 - 5 Rs 25 * 6 5 x 8 6 x 10 (6x10) - (6x8) 7 - 9 50% of 13 15 + 14
314 1 Ajaybhai 1300 325 975 24375 175 56875 450 2.6 438750 268125 -32500 134063 101563315 2 Harishbhai 2500 625 1875 46875 175 109375 525 3.0 984375 656250 -62500 328125 265625316 3 Kantibhai 2700 675 2025 50625 200 135000 600 3.0 1215000 810000 -84375 405000 320625317 4 Chiragbhai 2200 550 1650 41250 200 110000 600 3.0 990000 660000 -68750 330000 261250318 5 Maheshbhai 2400 600 1800 45000 200 120000 600 3.0 1080000 720000 -75000 360000 285000319 6 Kanubhai 2700 675 2025 50625 225 151875 750 3.3 1518750 1063125 -101250 531563 430313320 7 Natubhai 2200 550 1650 41250 225 123750 750 3.3 1237500 866250 -82500 433125 350625
Total 16000 4000 12000 300000 2015000Road 1100
Infrastructure 800Garden 2100Total 4000
A Simplified Example
Surv
ey N
o
Orig
inal
Plo
t No
Ow
ner
Orig
inal
Plo
t Are
a(s
q m
)
25 %
Ded
uct-
ion
Fina
l Plo
t Are
a (s
q m
)
Cos
t of I
nfra
stru
ctur
e R
s. 2
5 / s
qm
Orig
inal
Plo
t Val
ue(R
s. p
ersq
m)
Com
pens
atio
n to
be
paid
to L
and
Ow
ner
(Rs.
)
Fina
l Plo
t Val
ue(R
s. p
ersq
m)
Fact
or o
f Inc
reas
e in
La
nd V
alue
Fina
l Plo
t Val
ue(R
s.)
Incr
emen
t in
Land
Va
lue
(Rs.
)
Wha
t eac
h Pl
ot O
wne
r ha
s to
pay
=
Infr
astr
uctu
re C
ost -
C
ompe
nsat
ion
Dem
and
from
eac
Plo
t (5
0% o
f Inc
rem
ent i
n La
nd V
alue
)
Tota
l Dem
and
from
ea
ch P
lot O
wne
r (C
omm
on S
urpl
us /
Def
icit)
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1625% of 4 4 - 5 Rs 25 * 6 5 x 8 6 x 10 (6x10) - (6x8) 7 - 9 50% of 13 15 + 14
314 1 Ajaybhai 1300 325 975 24375 175 56875 450 2.6 438750 268125 -32500 134063 101563315 2 Harishbhai 2500 625 1875 46875 175 109375 525 3.0 984375 656250 -62500 328125 265625316 3 Kantibhai 2700 675 2025 50625 200 135000 600 3.0 1215000 810000 -84375 405000 320625317 4 Chiragbhai 2200 550 1650 41250 200 110000 600 3.0 990000 660000 -68750 330000 261250318 5 Maheshbhai 2400 600 1800 45000 200 120000 600 3.0 1080000 720000 -75000 360000 285000319 6 Kanubhai 2700 675 2025 50625 225 151875 750 3.3 1518750 1063125 -101250 531563 430313320 7 Natubhai 2200 550 1650 41250 225 123750 750 3.3 1237500 866250 -82500 433125 350625
Total 16000 4000 12000 300000 2015000Road 1100
Infrastructure 800Garden 2100Total 4000
A Real Example
An area of approximately 100 to 150 hectares is taken up for planning
A Real Example
The area is surveyed
A Real Example
Boundaries of the detailed planning area are defined and statutorily declared
A Real Example
Ownership details of every plot are reviewed and collated
A Real Example
Ownership, plot size, land value details tabulated
A Real Example
Original plots are marked on the survey
A Real Example
Roads are laid out
A Real Example
Plots for amenities, revenue generation are carved
A Real Example
Final plots are delineated
A Real Example
Final plots are delineated; original plots become irrelevant
A Real Example
Final plot sizes & land value increments are tabulated
A Real Example
Betterment levies tabulated
A Real Example
A Real Example
The TPS is presented to the land owners
A Real Example
The TPS is presented to the land owners
A Real Example
The TPS is presented to the land owners
A Real Example
The TPS is presented to the land owners
A Real Example
Objections & suggestions are accepted
The TPS is altered as necessary
A Real Example
A Real Example
Roads are taken possession of Infrastructure is built
A Real Example
A quasi judicial officer hears grievances
The TPS is altered as necessary; State Government sanctions the TPS
A Real Example
A Real Example
Final plots are handed over Betterment levies are collected Private plots are developed as permitted
Urban growth has been managed effectively since many decades using the DP-TP mechanism
The First TPS of Ahmedabad, 1925
The First TPS across the River, 1946
Some challenges that a city administrator face in making cities more livable, healthy, comfortable, equitable, just, productive, efficient, safe, memorable. widening streets providing roads, parks, public amenities providing infrastructure water supply, drainage redeveloping older areas of cities managing peripheral urban growth providing housing for the poor finding money (or land) to do all of the above regularizing illegal construction curbing nuisances and regulating private development .. ..
Some challenges that a city administrator face in making cities more livable, healthy, comfortable, equitable, just, productive, efficient, safe, memorable. widening streets providing roads, parks, public amenities providing infrastructure water supply, drainage redeveloping older areas of cities managing peripheral urban growth providing housing for the poor finding money (or land) to do all of the above regularizing illegal construction curbing nuisances and regulating private development .. ..
Earthquake devastated Bhuj was re-laid out using the DP-T P mechanism
DARGAH
34
6
7
5
2
8
PLOTS OF RELIGIOUS USE
GOOD CONDITION
FAIR CONDITION
POOR CONDITION
1
FORT WALL
CITY SURVEY PLOTS WITH
EXISTING ROAD CITY SURVEY BUMBER
3467
EXISTING BUILDINGS
PROPOSED 12 Mts WIDE ROAD
PROPOSED 9 Mts WIDE ROAD
PROPOSED PARKING AREA
EXISTING CITYLEVEL PRECINCTS
Proposed layout
9 M
T S
. W
I D
E
R O
A D
4.5 M T S. W I D E R O A D
4.5
M T
S.
W I
D E
R O
A D
R O
A D
3 M
T S
. W
I D
E
R O
A D
6 M T S. W I D E R O A D
6 M T S. W I D E R O A D
4.5
M T
S.
W I
D E
R
O A
D 4.5 M T S. W I D E R O A D
3 M
T S
. W
I D
E
3 M
T S
. W
I D
E R
O A
D
4.5
M T
S.
W I
D E
R O
A D
3
M T
S.
W I
D E
4.5
M T
S.
W I
D E
R O
A D
W I
D E
4.5 M
T S.
Existing layout
EXISTING BUILDINGS PROPOSED 12 Mts WIDE ROADPROPOSED 9 Mts WIDE ROADEXISTING CITYLEVEL PRECINCTS PROPOSED PARKING AREA
EXISTING MARKET STREETS
PROPOSED PUBLIC PURPOSE USE
STANDING BUILDINGS
EXISTING RELIGIOUS USE
PROPOSED OPEN SPACES
DARBAR GARH
For plots built up to 100%, no deduction has been done.
Sr. No.
Area of plot (square metres)
Deduction (%) 1
0 30
0
2
30 100
10
3
100 200
20
4
200 500
30
5
More than 500
35
6
Government plots
50
POLICY TO DEDUCT LAND
Soniwad, January 20 , 2004
Some challenges that a city administrator face in making cities more livable, healthy, comfortable, equitable, just, productive, efficient, safe, memorable. widening streets providing roads, parks, public amenities providing infrastructure water supply, drainage redeveloping older areas of cities managing peripheral urban growth providing housing for the poor finding money (or land) to do all of the above regularizing illegal construction curbing nuisances and regulating private development .. ..
Some challenges that a city administrator face in making cities more livable, healthy, comfortable, equitable, just, productive, efficient, safe, memorable. widening streets providing roads, parks, public amenities providing infrastructure water supply, drainage redeveloping older areas of cities managing peripheral urban growth providing housing for the poor finding money (or land) to do all of the above regularizing illegal construction curbing nuisances and regulating private development .. ..
The DP-TP mechanism was also used to plan and implement Ahmedabads Ring Road
Ring Road
76 kms long
60 m wide
Source: Google Earth
Source: Google Earth
Some challenges that a city administrator face in making cities more livable, healthy, comfortable, equitable, just, productive, efficient, safe, memorable. widening streets providing roads, parks, public amenities providing infrastructure water supply, drainage redeveloping older areas of cities managing peripheral urban growth providing housing for the poor finding money (or land) to do all of the above regularizing illegal construction curbing nuisances and regulating private development .. ..
Why does the Land Pooling and Land Reconstitution (T P Scheme) Mechanism Work?
1. The mechanism is specified in a single robust enabling legislation
2. It is simultaneously a technical and legal mechanism
3. It is a mechanism that interweaves planning, plan financing and plan implementation
4. It addresses details and allows micro level planning
6. It provides considerable flexibility costs and benefits can be valued and allocated in the form of land, location, or money
7. It focuses on an area and takes a comprehensive approach roads, infrastructure, buildings etc. are dealt with together
8. It is inexpensive
Why does the Land Pooling and Land Reconstitution (T P Scheme) Mechanism Work?
9. The mechanism is based on a profoundly pragmatic approach
Property rights are respected
Costs are distributed - all owners loose same amount in the form of land or money
Benefits are shared all owners keep substantial portion of developed land and increment in land value
Here urban planning uses the land market not against it
Public inputs are sought; grievances are redressed
10.The mechanism is perceived to be fair and equitable
Land Pooling and Land Reconstitution is a versatile city planning and plan implementation tool that can be
used to address many challenges that we face in transforming our cities
The Land Pooling and Land Reconstitution mechanism can be thought of as a structured
statutory framework for the state to negotiate with private landowners to create public benefits
The Land Pooling and Land Reconstitution mechanism can drastically reduce dependence on
Land Acquisition particularly in urban areas
How can the TPS Mechanism be Improved?
Act allows too long a period to prepare and implement schemes Government is allowed unlimited time to review and sanction schemes Coordination with revenue department can be better Schemes do not sufficiently address urban design concerns Rationale underpinning land valuation and appropriation polices can be
much improved The unbridled powers of quasi judicial officers need to be constrained The entire process of planning can be made far more transparent and
participative Urban planning capacities of local bodies can be improved and
augmented
Land Pooling and Land Reconstitution is not a Gujarat invention
19th Century British Town Improvement Schemes
[Before Implementation]
Source: Ministry of Agriculture, Forestry and Fisheries, Chugoku-shikoku Regional Agricultural Administration Office " Home Page
[After Implementation]
Agricultural Land Consolidation Law Promulgated in 1899 Aim: To promote redeployment of arable land in order to arrange shapes of land for
effective production and to construct agricultural infrastructure including roads and waterways.
Function: To organize landowners cooperatives to implement projects
133
Introduction Establishment of Statutory System
1983 JICA LR Training Course 1987-1991 JICA Project on Technology for making City Plan
1989 The 5th International Seminar on LR and UD (KL, Malaysia)
1991 The 6th International Seminar on LR and UD (Bangkok, Thailand)
1992-1993 JICA Development Study on Application of LR
1992 DTCP assigned as a responsible organization for LR by Cabinet
1992 National LR Committee established 1993 LR Fund established
1994 Draft Act on LR submitted to Ministry of Interior
1995 Draft Act approved by Ministry
1997 The 9th International Seminar on LR and UD (Bangkok)
2000-2001 4 Pilot Projects launched
2003 Draft Act approved by Cabinet
2004 LR Act promulgated
2008-2010 8 Pilot Projects approved
2005-2009 JICA Project on DMAD (Development of the Method of Urban Development)
2009-2014 JICA Project on Self-sustainability and Dissemination of LR System
Pilot Projects Dissemination
History of Introduction of LR into Thailand
Source: Mr.Takeo OCHI
1990 The 1 st LR Seminar in Thailand
Thank You
Presentation prepared by:
Bimal Patel and Shirley Ballaney
Contact information:
Environmental Planning Collaborative Paritosh, Usmanpura, Ahmedabad
Ph: 079-27550102, 27550875, 27552442; email: [email protected]
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