NAGALAND TRADE AND COMMERCE

by

NAGALAND TRADE AND COMMERCE

Nagaland is one among the north-eastern states in India. It’s deckled on its west and north by Assam, on its east by Myanmar (formerly called Burma), on its north by Arunachal Pradesh, and on its south by Manipur.

Nagaland is one among India’s smallest states, with a complete area of 16,579 sq kilometres. The Naga Hills run through this tiny state that has Saramati as its highest peak at a height of concerning 12,600 ft. Dhansiri, Doyang, Dikhu and Jhanji are the rivers that flow through this state. The piece of land is mountainous, thickly wooded, and cut by deep river valleys. There’s a good variety of plant and animal life. Nagaland features a monsoon climate with usually high humidity; rain averages between 1800 to 2500 millimeter (70 to 100 inches) a year.

Nagaland features a single-chamber legislative assembly with sixty seats. The state sends 2 members to the Indian Parliament: one to the Rajya Sabha (Upper House) and one to the Lok Sabha (Lower House). There are seven government body districts – Mokokchung, Tuensang, Mon, Wokha, Zunheboto, Phek and Kohima.

The state is found between the 93°20′ E and 95°15′ E Longitudes and 25°6′ and 27°4′ N Latitudes. The whole area lined by the state is 16,579 sq. kilometer. Nagaland was declared the sixteenth state of the country of India on 1 December 1963. Before this, Nagaland accustomed is a union territory. The opposite attention-grabbing data about Nagaland is that it homes as several as sixteen totally different ethnic groups. These groups of individuals have their own separate cultural identities that embrace customs, dresses and languages. Nearly 90th of the population of Nagaland is devout Christians. The state conjointly features a substantial Hindu people. Kohima, the capital city of the state, features a range of sites that should be visited by the tourists because it can facilitate them in obtaining an insight of the wealthy history place. The name ‘Kohima’ has been derived from the name of a plant known as ‘Kew Hi’ that thrives within the mountainous region. Kohima is a fascinating place, blessed with lots of natural beauty.

Nagaland has created tremendous progress throughout the last forty seven years of its Statehood. Our acquirement level, nowadays standing above 70th, is above the Indian national average. Our growth in agriculture sector, particularly within the previous few years, has even stunned us. a fast inspect the gross domestic product of the State show that the State’s economy has been registered a healthy growth of regarding 15 August 1945. Such tremendous growth in agriculture sector needs corresponding entrepreneurial intervention to require advantage of the potentials, and switch them into economic opportunities.

Nagaland may be a veritable botanical garden. Nagaland already has 3 entries within the Guinness Book of World records, namely, the hottest chilly, the tallest rice plant, and also the tallest rhododendron tree.

There are tremendous will increase in different farming product, that ar essentially organic and chemical free. Horticulture is another rising commercial enterprise within the State. Our flower production has crossed 1.6 million stems of prime quality flowers like anthurium, rose and lilium. Higher production levels are simply possible.

Our wealthy natural resource still lies mostly untapped. The exploration and exploitation of oil have simply begun. However, the mountains of chemical grade sedimentary rock, the large reserves of coal, marble and ornamental stones, beside the magnetite of nickel-cobalt-chromium, are nevertheless to search out takers for his or her business exploitation.

Nagaland conjointly includes a big selection of assorted species of bees like rock bees, Apis cerena bees and also the Trigona/Melipona (Stingless) bees that are found each within the wild similarly as reared in homestead hives. The govt. has established the Nagaland beekeeping and Honey Mission with the main focus of drawing up a roadmap for promotion and development of honey. The government set targets of achieving honey production of 5000 MT by 2020.

Nagaland is wealthy in forest produces like timber, cane and bamboo. most the vacant fallow lands are being quickly lined with numerous high price timber varieties because the individuals have totally realised the business and ecological importance of forests. Nagaland has been a significant exporter of round logs, veneers, plywood and sawn timber to the remainder of the country. Bamboo is another of Nagaland’s wealthy resource. numerous technologies for wood substitution within the kinds of construction, bamboo charcoal and different composite materials and product are being developed. nice opportunities ar rising during this sector, particularly within the scenery of world warming and global climate change. Our target for bamboo cultivation is 50,000 hectares within the next 5 years. The wide scale tree plantation, speedy renewal and in depth bamboo cultivation conjointly unveil another scope for Industrial homes to appear into tangible Carbon trading opportunities.

Nagaland is tailor created for tourism. The scenic fantastic thing about the abundant hills, choked with exotic flora and fauna, the picturesque landscapes and also the vibrant tribal culture makes for breathless experiences. There are immense potentials for eco-tourism, journey business enterprise, cultural business enterprise, as conjointly the scope for fitting of Hotels, Resorts, Air Taxi Service, tour operations and so on. The govt. of India’s call to remove the “Protected space Permit” system for Nagaland, Manipur and Mizoram early this year can surely offer a much-needed impetus to the tourism industry.

Traditional crafts of Nagaland are distinctive in style reflective the Naga people’s love of art and craft and have widespread attractiveness and demand within the domestic similarly as offshore markets. There’s substantial scope for growth during this sector.

Poor infrastructure, subsistence economy, social turmoil, insurgency and a setting of concern mental disease had engulfed our individuals for many decades. Despite these constraints, our youth have stood out as shining samples of success whenever windows of chance are opened to them. With the quick spreading telecommunication network and data superhighway erasing most physical boundaries, and extremely literate youth with a progressive outlook, fluent in English and IT savvy, Nagaland has abundant to supply.

The state has considerable resources of natural minerals, oil and hydropower. it’s untapped reserves of around 600 million metric tonnes (MT) of petroleum and more than 20 MT of hydrocarbon. Moreover, the state has 315 MT of coal reserves and 1,038 MT of limestone reserves. Nagaland’s calculable hydropower generation potential is one, 574 megawatt (MW), whereas the state includes a total put in power generation capability of 140 MW.

The agro-climatic conditions in Nagaland offer industrial opportunities for flower gardening and horticulture. The state has 650 native species of meditative and aromatic plants. The state is calculable to possess the potential to supply 15,000 MT of honey and 100 MT of wax, that along might generate around US$ 100 million annually. Moreover, the production of honey throughout 2015-16 was recorded to be 0.43 thousand tonnes.

Bamboo is found extensively in Nagaland, with bamboo growing stock covering nearly 5 per cent of the entire stock within the country. Throughout 2015-16, production of raw silk within the state of Nagaland stood at around 631 MT. Moreover, from April-August, 2016, the raw silk production within the state was 218 MT. The state aims to extend its silk production to 1,700 MT, over the 12th Five-Year arrange amount.

The gross state domestic product (GSDP) of Nagaland was concerning US$ 3.47 billion in 2015-16, increasing at a compound annual growth rate (CAGR) of around 9.33 per cent between 2004-05 and 2015-16. Agriculture and allied sector contribution to the economic output stood at 20 per cent and expected to achieve 28 per cent by 2025. About seventy one per cent of the state’s population is engaged in farming.

The state provides institutional support through numerous central and regime agencies viz., North East Council, Ministry of Development of North eastern Region and Nagaland Industrial Development Council.

The state offers wonderful policy and monetary incentives for agro-based and forest-based industries, husbandry, food process, mining, tourism, and also the handlooms and handicrafts sectors. Industrial centres and special economic zones (SEZs) are being developed to reinforce the marketability of product.

According to the DIPP, cumulative FDI inflows to the North-eastern states, throughout April 2000 to March 2016, stood at US$ 94 million.

PIPES & CISTERN

by

 

Pipes and Cistern

 

  1. Inlet:

A pipe connected with a tank or a cistern or a reservoir, that fills it, is known as an inlet.

 

Outlet:

A pipe connected with a tank or cistern or reservoir, emptying it, is known as an outlet.

 

  1. If a pipe can fill a tank in xhours, then:
part filled in 1 hour = 1 .
x
  1. If a pipe can empty a tank in yhours, then:
part emptied in 1 hour = 1 .
y
  1. If a pipe can fill a tank in xhours and another pipe can empty the full tank in y hours (where y > x), then on opening both the pipes, then
the net part filled in 1 hour = 1 – 1 .
x y
  1. If a pipe can fill a tank in xhours and another pipe can empty the full tank in y hours (where x > y), then on opening both the pipes, then
the net part emptied in 1 hour = 1 – 1 .
y x

 

 

Questions:

 

Level-I:

 

1. Three pipes A, B and C can fill a tank from empty to full in 30 minutes, 20 minutes, and 10 minutes respectively. When the tank is empty, all the three pipes are opened. A, B and C discharge chemical solutions P,Q and R respectively. What is the proportion of the solution R in the liquid in the tank after 3 minutes?
A.
5
11
B.
6
11
C.
7
11
D.
8
11

 

2. Pipes A and B can fill a tank in 5 and 6 hours respectively. Pipe C can empty it in 12 hours. If all the three pipes are opened together, then the tank will be filled in:
A.
1 13 hours
17
B.
2 8 hours
11
C.
3 9 hours
17
D.
4 1 hours
2

 

3. A pump can fill a tank with water in 2 hours. Because of a leak, it took 2 hours to fill the tank. The leak can drain all the water of the tank in:
A.
4 1 hours
3
B. 7 hours
C. 8 hours
D. 14 hours
 

4.

 Two pipes A and B can fill a cistern in 37 minutes and 45 minutes respectively. Both pipes are opened. The cistern will be filled in just half an hour, if the B is turned off after:
A. 5 min.
B. 9 min.
C. 10 min.
D. 15 min.

 

5. A tank is filled by three pipes with uniform flow. The first two pipes operating simultaneously fill the tank in the same time during which the tank is filled by the third pipe alone. The second pipe fills the tank 5 hours faster than the first pipe and 4 hours slower than the third pipe. The time required by the first pipe is:
A. 6 hours
B. 10 hours
C. 15 hours
D. 30 hours
 

 

6.

  

 

Two pipes can fill a tank in 20 and 24 minutes respectively and a waste pipe can empty 3 gallons per minute. All the three pipes working together can fill the tank in 15 minutes. The capacity of the tank is:
A. 60 gallons
B. 100 gallons
C. 120 gallons
D. 180 gallons

 

7. A tank is filled in 5 hours by three pipes A, B and C. The pipe C is twice as fast as B and B is twice as fast as A. How much time will pipe A alone take to fill the tank?
A. 20 hours
B. 25 hours
C. 35 hours
D. Cannot be determined
E. None of these

 

8. Two pipes A and B together can fill a cistern in 4 hours. Had they been opened separately, then B would have taken 6 hours more than A to fill the cistern. How much time will be taken by A to fill the cistern separately?
A. 1 hour
B. 2 hours
C. 6 hours
D. 8 hours

 

9. Two pipes A and B can fill a tank in 20 and 30 minutes respectively. If both the pipes are used together, then how long will it take to fill the tank?
A. 12 min
B. 15 min
C. 25 min
D. 50 min

 

10. Two pipes A and B can fill a tank in 15 minutes and 20 minutes respectively. Both the pipes are opened together but after 4 minutes, pipe A is turned off. What is the total time required to fill the tank?
A. 10 min. 20 sec.
B. 11 min. 45 sec.
C. 12 min. 30 sec.
D. 14 min. 40 sec.
 

 

 

 

11.

  

 

Level-II:

 

One pipe can fill a tank three times as fast as another pipe. If together the two pipes can fill the tank in 36 minutes, then the slower pipe alone will be able to fill the tank in:
A. 81 min.
B. 108 min.
C. 144 min.
D. 192 min.

 

12. A large tanker can be filled by two pipes A and B in 60 minutes and 40 minutes respectively. How many minutes will it take to fill the tanker from empty state if B is used for half the time and A and B fill it together for the other half?
A. 15 min
B. 20 min
C. 27.5 min
D. 30 min

 

13. A tap can fill a tank in 6 hours. After half the tank is filled, three more similar taps are opened. What is the total time taken to fill the tank completely?
A. 3 hrs 15 min
B. 3 hrs 45 min
C. 4 hrs
D. 4 hrs 15 min

 

14. Three taps A, B and C can fill a tank in 12, 15 and 20 hours respectively. If A is open all the time and B and C are open for one hour each alternately, the tank will be full in:
A. 6 hours
B.
6 2 hours
3
C. 7 hours
D.
7 1 hours
2

 

15. Three pipes A, B and C can fill a tank in 6 hours. After working at it together for 2 hours, C is closed and A and B can fill the remaining part in 7 hours. The number of hours taken by C alone to fill the tank is:
A. 10
B. 12
C. 14
D. 16
 

 

 

16.

  

 

How much time will the leak take to empty the full cistern?
I. The cistern is normally filled in 9 hours.
 II. It takes one hour more than the usual time to fill the cistern because of la leak in the bottom.
A. I alone sufficient while II alone not sufficient to answer
B. II alone sufficient while I alone not sufficient to answer
C. Either I or II alone sufficient to answer
D. Both I and II are not sufficient to answer
E. Both I and II are necessary to answer

 

17.
How long will it take to empty the tank if both the inlet pipe A and the outlet pipe B are opened simultaneously?
I. A can fill the tank in 16 minutes.
 II. B can empty the full tank in 8 minutes.
A. I alone sufficient while II alone not sufficient to answer
B. II alone sufficient while I alone not sufficient to answer
C. Either I or II alone sufficient to answer
D. Both I and II are not sufficient to answer
E. Both I and II are necessary to answer

 

18.
If both the pipes are opened, how many hours will be taken to fill the tank?
I. The capacity of the tank is 400 litres.
II. The pipe A fills the tank in 4 hours.
 III. The pipe B fills the tank in 6 hours.
A. Only I and II
B. Only II and III
C. All I, II and III
D. Any two of the three
E. Even with all the three statements, answer cannot be given.

 

 

Answers:

 

Level-I:

 

Answer:1 Option B

 

Explanation:

Part filled by (A + B + C) in 3 minutes = 3 1 + 1 + 1 = 3 x 11 = 11 .
30 20 10 60 20

 

Part filled by C in 3 minutes = 3 .
10

 

 Required ratio = 3 x 20 = 6 .
10 11 11

 

Answer:2 Option C

 

Explanation:

Net part filled in 1 hour 1 + 1 – 1 = 17 .
5 6 12 60

 

 The tank will be full in 60 hours i.e., 3 9 hours.
17 17

 

 

Answer:3 Option D

 

Explanation:

Work done by the leak in 1 hour = 1 – 3 = 1 .
2 7 14

Leak will empty the tank in 14 hrs.

 

 

Answer:4 Option B

 

Explanation:

Let B be turned off after x minutes. Then,

Part filled by (A + B) in x min. + Part filled by A in (30 –x) min. = 1.

 x 2 + 1 + (30 – x). 2 = 1
75 45 75

 

11x + (60 -2x) = 1
225 75

11x + 180 – 6x = 225.

x = 9.

 

 

Answer:5 Option C

 

Explanation:

Suppose, first pipe alone takes x hours to fill the tank .

Then, second and third pipes will take (x -5) and (x – 9) hours respectively to fill the tank.

1 + 1 = 1
x (x – 5) (x – 9)

 

x – 5 + x = 1
x(x – 5) (x – 9)

(2x – 5)(x – 9) = x(x – 5)

x2 – 18x + 45 = 0

(x – 15)(x – 3) = 0

x = 15.    [neglecting x = 3]

 

 

Answer:6 Option C

 

Explanation:

Work done by the waste pipe in 1 minute = 1 – 1 + 1
15 20 24

 

    = 1 – 11
15 120

 

    = – 1 .    [-ve sign means emptying]
40

 

 Volume of 1 part = 3 gallons.
40

Volume of whole = (3 x 40) gallons = 120 gallon

 

 

Answer:7 Option C

 

Explanation:

Suppose pipe A alone takes x hours to fill the tank.

Then, pipes B and C will take x and x hours respectively to fill the tank.
2 4

 

1 + 2 + 4 = 1
x x x 5

 

7 = 1
x 5

x = 35 hrs.

 

Answer:8 Option C

 

Explanation:

Let the cistern be filled by pipe A alone in x hours.

Then, pipe B will fill it in (x + 6) hours.

1 + 1 = 1
x (x + 6) 4

 

x + 6 + x = 1
x(x + 6) 4

x2 – 2x – 24 = 0

(x -6)(x + 4) = 0

x = 6.     [neglecting the negative value of x]

 

 

Answer:9 Option A

 

Explanation:

Part filled by A in 1 min = 1 .
20

 

Part filled by B in 1 min = 1 .
30

 

Part filled by (A + B) in 1 min = 1 + 1 = 1 .
20 30 12

Both pipes can fill the tank in 12 minutes.

 

 

Answer:10 Option D

 

Explanation:

Part filled in 4 minutes = 4 1 + 1 = 7 .
15 20 15

 

Remaining part = 1 – 7 = 8 .
15 15

 

Part filled by B in 1 minute = 1
20

 

1 : 8 :: 1 : x
20 15

 

x = 8 x 1 x 20 = 10 2 min = 10 min. 40 sec.
15 3

The tank will be full in (4 min. + 10 min. + 40 sec.) = 14 min. 40 sec.

 

Level-II:

 

Answer:11 Option C

 

Explanation:

Let the slower pipe alone fill the tank in x minutes.

Then, faster pipe will fill it in x minutes.
3

 

1 + 3 = 1
x x 36

 

4 = 1
x 36

x = 144 min.

 

 

 

Answer:12 Option D

 

Explanation:

Part filled by (A + B) in 1 minute = 1 + 1 = 1 .
60 40 24

Suppose the tank is filled in x minutes.

Then, x 1 + 1 = 1
2 24 40

 

x x 1 = 1
2 15

x = 30 min.

 

Answer:13 Option B

 

Explanation:

Time taken by one tap to fill half of the tank = 3 hrs.

Part filled by the four taps in 1 hour = 4 x 1 = 2 .
6 3

 

Remaining part = 1 – 1 = 1 .
2 2

 

2 : 1 :: 1 : x
3 2

 

 x = 1 x 1 x 3 = 3 hours i.e., 45 mins.
2 2 4

So, total time taken = 3 hrs. 45 mins.

 

Answer:14 Option C

 

Explanation:

(A + B)’s 1 hour’s work = 1 + 1 = 9 = 3 .
12 15 60 20

 

(A + C)’s hour’s work = 1 + 1 = 8 = 2 .
12 20 60 15

 

Part filled in 2 hrs = 3 + 2 = 17 .
20 15 60

 

Part filled in 6 hrs = 3 x 17 = 17 .
60 20

 

Remaining part = 1 – 17 = 3 .
20 20

 

Now, it is the turn of A and B and 3 part is filled by A and B in 1 hour.
20

Total time taken to fill the tank = (6 + 1) hrs = 7 hrs.

 

Answer:15 Option C

 

Explanation:

Part filled in 2 hours = 2 = 1
6 3

 

Remaining part = 1 – 1 = 2 .
3 3

 

 (A + B)’s 7 hour’s work = 2
3

 

(A + B)’s 1 hour’s work = 2
21

C’s 1 hour’s work = { (A + B + C)’s 1 hour’s work } – { (A + B)’s 1 hour’s work }

   = 1 – 2 = 1
6 21 14

C alone can fill the tank in 14 hours.

 

Answer:16 Option E

 

Explanation:

  1. Time taken to fill the cistern without leak = 9 hours.
Part of cistern filled without leak in 1 hour = 1
9
  1. Time taken to fill the cistern in presence of leak = 10 hours.
Net filling in 1 hour = 1
10

 

Work done by leak in 1 hour = 1 – 1 = 1
9 10 90

Leak will empty the full cistern in 90 hours.

Clearly, both I and II are necessary to answer the question.

Correct answer is (E).

 

 

 

 

Answer:17 Option E

 

Explanation:

 I. A’s 1 minute’s filling work = 1
16

 

II. B’s 1 minute’s filling work = 1
8

 

(A + B)’s 1 minute’s emptying work = 1 – 1 = 1
8 16 16

Tank will be emptied in 16 minutes.

Thus, both I and II are necessary to answer the question.

Correct answer is (E).

 

Answer:18 Option B

 

Explanation:

  II. Part of the tank filled by A in 1 hour = 1
4

 

III. Part of the tank filled by B in 1 hour = 1
6

 

(A + B)’s 1 hour’s work = 1 + 1 = 5
4 6 12

 

 A and B will fill the tank in 12 hrs = 2 hrs 24 min.
5

So, II and III are needed.

Correct answer is (B).

Agricultural Crops of India

by

 

Crop State Prod Prod Yield Rainfall Temp Soil
% (Mil Kg/Ha cm Deg C
T)
Rice W. Bengal 15 87 1900 125-200 cm >23 C Deep Fertile
UP 14 Clayey or loamy
Andhra Pr 13 soil
Punjab 11
Wheat UP 35 74 2700 80 cm 10-25 C Light loam

 

Punjab 20 Sandy Loam
Haryana 172 Clay Loam
M.P. 11
Jowar Maharashtra 47 7.7 770 30-65 cm 27-32 C Black clayey soil
Karnataka 20
M.P. 10
Bajra Rajasthan 33 7.1 720 40-50 cm 25-30 C Light sandy
UP 18 Shallow black
Gujarat 16 Red upland soil
Maharashtra 14
Maize U.P. 15 12.1 1850 50-75 cm 21-27 C Well drained
Karnataka 15 alluvial or red
Rajasthan 11 loamy soil
Bihar/MP 10
Barley UP 44 1.7 1750 70-90 cm 10-18 C Light soil
Rajasthan 30
MP 7
Ragi Karnataka 60 2.3 1350
TamilNadu 13
U.P. 8
Pulses M.P. 25 14
U.P. 20
Rajasthan 17
Gram M.P. 40 3.5 720 35-50 cm 20-25 C Drained loamy
Rajasthan 31 soil
U.P. 12
Tur/Arhar Maharashtra 22 2.3 620 40-80 cm 20-25 C Range of soil
U.P. 20
M.P./Gujar. 15
Sugarcane U.P. 43 300 70 tonne 150 cm 20-25 C Deep rich loamy
Maharashtra 14 soil
Tamil Nadu 13
Karnataka 10

Commercial & Plantation Crops of India

Crop State Prod Prod Yield Rainfall Temp Soil
% (Mil Kg/Ha Cm Deg C
T)
Cotton Gujarat 28 11.6 226 50-75 cm 21-30 C Black Soil
Maharashtra 15 Million
Andhra Pr 11 Bales
Haryana 10 170 Kg
Jute W. Bengal 75 10 1960 125-200 cm 25-35 C Light sandy or

 

Bihar 14 Million Clayey Loams
Assam 9 Bales
Orissa 1 180 kg
Tobacco Andhra Pr. 31 .65 1400 50 cm 15-38 C Well Drained
Gujarat 29 Friable sandy
U.P. 23 loams
Groundnut Gujarat 33 9.2 1220 50-100 cm 20-30 C Sandy loam, red,
Andra Pr. 15 yellow, black soil
Tamil Nadu 22
Sunflower Karnataka 47 1.3 620 50 cm 15-25 C Loamy soils
Maharashtra 23
Andhra Pr. 17 5
Soyabeen M.P. 75 1000 50 cm 14-24 C Friable loamy
Maharashtra 13 Acidic Soil
Rajasthan 9
Tea Assam 55 0.78 1900 150-250 cm 25-30 C Well drained deep
W. Bengal 22 friable loams or
Tamil Nadu 15 Acidic Forest soil
Coffee Karnataka 71 0.3 960 150-250 cm 15-28 C Well drained
Kerala 21 friable forest loam
Tamil Nadu 8
Rubber Kerala 90 0.6 1600 300 cm 25-35 C Deep, well
Tamil Nadu drained loams
Oilseeds
1. Ground Nut Andhra Pradesh, Gujarat, Tamil Nadu
2. Rapeseed & Rajasthan (45%), U.P, M.P.
Mustard
3. Seasum Gujarat (28 %), W. Bengal
4. Linseed U.P, Maharashtra
5. Castorseed Gujarat (82%)
6. Soyabeen Madhya Pradesh (75%), Maharashtra, Rajasthan
7. Sunflower Karnataka (47%), Maharashtra (23%), Andhra Pradesh (17%)
8. Coconut Kerala (45%), Tamil Nadu (28 %)

 

 

 

 

 

Spices
1. Black Pepper Kerala (97 %)
2. Chillies Andhra Pradesh (37%)
3. Turmeric Andhra Pradesh (56%)
4. Ginger Kerala (22), Meghalaya (20%)
5. Cardamom Karnataka (57%)
6. Arecanut Karnataka (41%), Kerala (30%)

 

Horticultural Crops

 

 

 

 

 

 

 

1. Mango UP (32), Bihar (13) Andhra Pradesh. Accounts for 40 percent of all fruits
2. Banana Maharashtra (28%), Gujarat (10%), Andhra Pradesh. Jalgaon district
alone supplies more than 80 % of Maharashtra’s Banana
3. Cashew Kerala (31%), Maharashtra (18%), Andhra Pradesh (14%). Cashew is a
genus of Brazil. Largest foreign exchange earner
4. Orange Maharashtra, M.P, Karnataka. Genus from China
5. Grapes Andhra Pradesh, Maharashtra. Native plant of Armenia. Grapes are
imported in India.
6. Guava U.P., Bihar. Native plant of Tropical America
7. Apple J & K, Himachal Pr, Uttaranchal
8. Potato U.P (35%), West Bengal (33%)
9. Onion Maharashtra, Tamil Nadu, Andhra Pradesh
Types of Crops
Kharif Crops Rice, Maize, Jowar, Ragi, Bajra, Tur, Moong, Urad, Cotton,
Jute, Seasum, Groundnut, Soyabeen,
Rabi Crops Wheat, Barley, Jowar, Rapeseed, Mustard, Linseed, Lentil,
Gram, Peas
Zaid Crops Sown during march to June. E.g. Water Melon, Melon,
Cucumber, Vegetables, Moong, Urad.
Jowar is both a Kharif & Rabi Crop.

Important Formulas – Percentage

by

 

  • Percentage

    Percent means for every 100

    So, when percent is calculated for any value, it means that we calculate the value for every 100 of the reference value.

    percent is denoted by the symbol %. For example, x percent is denoted by x%

  • x%=x/100

    Example : 25%=25/100=1/4

  • To express x/y as a percent,we have x/y=(x/y×100)%

    Example : 1/4=(1/4×100)%=25%

  • If the price of a commodity increases by R%, the reduction in consumptionso as not to increase the expenditure = [R/(100+R)×100]%
  • If the price of a commodity decreases by R%, the increase in consumptionso as not to decrease the expenditure = [R/(100−R)×100]%
  • If the population of a town = P and it increases at the rate of R% per annum, thenPopulation after n years = P((1+R)/100))n
  • If the population of a town = P and it increases at the rate of R% per annum, thenPopulation before n years = P((1+R)/100))n
  • If the present value of a machine = P and it depreciates at the rate of R% per annum,

ThenValue of the machine after n years = P((1-R)/100))n

  • If the present value of a machine = P and it depreciates at the rate of R% per annum,

ThenValue of the machine before n years = P((1-R)/100))n

 

Solved Examples

Level 1

1.    If A = x% of y and B = y% of x, then which of the following is true?
A. None of these B. A is smaller than B.
C. Relationship between A and B cannot be determined. D. If x is smaller than y, then A is greater than B.
E. A is greater than B.

 

   

Answer : Option A

Explanation :

A = xy/100 ………….(Equation 1)

B = yx/100……………..(Equation 2)

From these equations, it is clear that A = B

 

 

2.If 20% of a = b, then b% of 20 is the same as:
A. None of these B. 10% of a
C. 4% of a D. 20% of a

 

Answer :Option C

Explanation :

20% of a = b

=> b = 20a/100

b% of 20 = 20b/100=(20a/100) × 20/100

=(20×20×a)/(100×100)=4a/100 = 4% of a

 

3.Two numbers A and B are such that the sum of 5% of A and 4% of B is two-third of the sum of 6% of A and 8% of B. Find the ratio of A : B.
A. 2 : 1 B. 1 : 2
C. 1 : 1 D. 4 : 3

 

 

Answer :Option D

Explanation :

5% of A + 4% of B = 2/3(6% of A + 8% of B)

5A/100+4B/100=2/3(6A/100+8B/100)

⇒5A+4B=2/3(6A+8B)

⇒15A+12B=12A+16B

⇒3A=4B

⇒AB=43⇒A:B=4:3

4.The population of a town increased from 1,75,000 to 2,62,500 in a decade. What is the average percent increase of population per year?
A. 4% B. 6%
C. 5% D. 50%

 

Answer :Option C

Explanation :

Increase in the population in 10 years = 2,62,500 – 1,75,000 = 87500

% increase in the population in 10 years = (87500/175000)×100=8750/175=50%

Average % increase of population per year = 50%/10=5%

 

5.Three candidates contested an election and received 1136, 7636 and 11628 votes respectively. What percentage of the total votes did the winning candidate get?
A. 57% B. 50%
C. 52% D. 60%

 

Answer :Option A

Explanation :

Votes received by the winning candidate = 11628

Total votes = 1136 + 7636 + 11628 = 20400

Required percentage = (11628/20400)×100=11628/204=2907/51=969/17=57%

 

6.A fruit seller had some oranges. He sells 40% oranges and still has 420 oranges. How many oranges he had originally?
A. 420 B. 700
C. 220 D. 400

 

Answer :Option B

Explanation :

He sells 40% of oranges and still there are 420 oranges remaining

=> 60% of oranges = 420

⇒(60×Total Oranges)/100=420

⇒Total Oranges/100=7

⇒ Total Oranges = 7×100=700

7.A batsman scored 110 runs which included 3 boundaries and 8 sixes. What percent of his total score did he make by running between the wickets?
A. 499/11 % B. 45 %
C. 500/11 % D. 489/11 %

 

Answer :Option C

Explanation :

Total runs scored = 110

Total runs scored from boundaries and sixes = 3 x 4 + 8 x 6 = 60

Total runs scored by running between the wickets = 110 – 60 = 50

Required % = (50/110)×100=500/11%

 

8.What percentage of numbers from 1 to 70 have 1 or 9 in the unit’s digit?
A. 2023% B. 20%
C. 21% D. 2223%

 

 

Answer :Option B

Explanation :

Total numbers = 70

Total numbers in 1 to 70 which has 1 in the unit digit = 7

Total numbers in 1 to 70 which has 9 in the unit digit = 7

Total numbers in 1 to 70 which has 1 or 9 in the unit digit = 7 + 7 = 14

Required percentage = (14/70)×100=140/7=20%

 

Level 2

 

1.In an election between two candidates, one got 55% of the total valid votes, 20% of the votes were invalid. If the total number of votes was 7500, what was the number of valid votes that the other candidate got?
A. 2800 B. 2700
C. 2100 D. 2500

 

Answer :Option B

Explanation :

Total number of votes = 7500

Given that 20% of Percentage votes were invalid

=> Valid votes = 80%

Total valid votes = (7500×80)/100

1st candidate got 55% of the total valid votes.

Hence the 2nd candidate should have got 45% of the total valid votes
=> Valid votes that 2nd candidate got = (total valid votes ×45)/100

=7500×(80/100)×(45/100)=75×(4/5)×45=75×4×9=300×9=2700

 

2.In a competitive examination in State A, 6% candidates got selected from the total appeared candidates. State B had an equal number of candidates appeared and 7% candidates got selected with 80 more candidates got selected than A. What was the number of candidates appeared from each State?
A. 8200 B. 7500
C. 7000 D. 8000

 

Answer :Option D

Explanation :

State A and State B had an equal number of candidates appeared.

In state A, 6% candidates got selected from the total appeared candidates

In state B, 7% candidates got selected from the total appeared candidates

But in State B, 80 more candidates got selected than State A

From these, it is clear that 1% of the total appeared candidates in State B = 80

=> total appeared candidates in State B = 80 x 100 = 8000

=> total appeared candidates in State A = total appeared candidates in State B = 8000

 

3.In a certain school, 20% of students are below 8 years of age. The number of students above 8 years of age is 2/3 of the number of students of 8 years of age which is 48. What is the total number of students in the school?
A. 100 B. 102
C. 110 D. 90

 

 

Answer :Option A

Explanation :

Let the total number of students = x

Given that 20% of students are below 8 years of age

then The number of students above or equal to 8 years of age = 80% of x —–(Equation 1)

Given that number of students of 8 years of age = 48 —–(Equation 2)

Given that number of students above 8 years of age = 2/3 of number of students of 8 years of age

=>number of students above 8 years of age = (2/3)×48=32—–(Equation 3)

From Equation 1,Equation 2 and Equation 3,
80% of x = 48 + 32 = 80

⇒80x/100=80

⇒x100=1⇒x=100

4.In an examination, 5% of the applicants were found ineligible and 85% of the eligible candidates belonged to the general category. If 4275 eligible candidates belonged to other categories, then how many candidates applied for the examination?
A. 28000 B. 30000
C. 32000 D. 33000

 

Answer :Option B

Explanation :

Let the number of candidates applied for the examination = x

Given that 5% of the applicants were found ineligible.

It means that 95% of the applicants were eligible (∴ 100% – 5% = 95%)

Hence total eligible candidates = 95x/100

Given that 85% of the eligible candidates belonged to the general category

It means 15% of the eligible candidates belonged to other categories(∴ 100% – 85% = 15%)
Hence Total eligible candidates belonged to other categories

=(total eligible candidates×15)/100=(95x/100)×(15/100)

=(95x×15)/(100×100)

Given that Total eligible candidates belonged to other categories = 4275

⇒(95x×15)/(100×100)=4275

⇒(19x×15)/(100×100)=855

⇒(19x×3)/(100×100)=171

⇒(x×3)/(100×100)=9

⇒x/(100×100)=3

⇒x=3×100×100=30000

 

5.A student multiplied a number by 3/5 instead of 5/3.What is the percentage error in the calculation?
A. 64% B. 32%
C. 34% D. 42%

 

Answer :Option A

Explanation :

Let the number = 1

Then, ideally he should have multiplied 1 by 5/3.

Hence the correct result was 1 x (5/3) = (5/3)

By mistake, he multiplied 1 by 3/5.

Hence the result with the error = 1 x (3/5) = (3/5)

Error = 5/3−3/5=(25−9)/15=16/15

percentage error = (Error/True Value)×100={(16/15)/(5/3)}×100

=(16×3×100)/(15×5)=(16×100)/(5×5)=16×4=64%

 

6.The price of a car is Rs. 3,25,000. It was insured to 85% of its price. The car was damaged completely in an accident and the insurance company paid 90% of the insurance. What was the difference between the price of the car and the amount received ?
A. Rs. 76,375 B. Rs. 34,000
C. Rs. 82,150 D. Rs. 70,000

 

Answer :Option A

Explanation :

Price of the car = Rs.3,25,000

Car insured to 85% of its price

=>Insured price=(325000×85)/100

Insurance company paid 90% of the insurance
⇒Amount paid by Insurance company =(Insured price×90)/100

=325000×(85/100)×(90/100)=325×85×9=Rs.248625

Difference between the price of the car and the amount received

= Rs.325000 – Rs.248625 = Rs.76375

 

7.If the price of petrol increases by 25% and Benson intends to spend only an additional 15% on petrol, by how much % will he reduce the quantity of petrol purchased?
A. 8% B. 7%
C. 10% D. 6%

 

 

Answer :Option A

Explanation :

Assume that the initial price of 1 Litre petrol = Rs.100 ,Benson spends Rs.100 for petrol,

such that Benson buys 1 litre of petrol

After the increase by 25%, price of 1 Litre petrol = (100×(100+25))/100=Rs.125

Since Benson spends additional 15% on petrol,

amount spent by Benson = (100×(100+15))/100=Rs.115

Hence Quantity of petrol that he can purchase = 115/125 Litre

Quantity of petrol reduced = (1−115/125) Litre

Percentage Quantity of reduction = ((1−115/125))/1×100=(10/125)/×100=(10/5)×4=2×4=8%

8.30% of the men are more than 25 years old and 80% of the men are less than or equal to 50 years old. 20% of all men play football. If 20% of the men above the age of 50 play football, what percentage of the football players are less than or equal to 50 years?
A. 60% B. 70%
C. 80% D. 90%

 

Answer :Option C

Explanation :

Let total number of men = 100

Then

80 men are less than or equal to 50 years old

(Since 80% of the men are less than or equal to 50 years old)

=> 20 men are above 50 years old (Since we assumed total number of men as 100)

20% of the men above the age of 50 play football

⇒Number of men above the age of 50 who play football = (20×20)/100=4

Number of men who play football = 20 (Since 20% of all men play football)
Percentage of men who play football above the age of 50 = (4/20)×100=20%

=>Percentage of men who play football less than or equal to the age 50 = 100%−20%=80%

Global Warming

by

 

  • An increase in the average temperature of Earth’s near surface air and oceans since the mid-20thcentury
  • 4thassessment report of IPCC: global temperature increased 74+18 degree C during the 20thcentury.
  • Caused by greenhouse gases
    • Water vapour, Co2, Methane, Nitrous Oxide, Ozone, CFCs (in order of abundance)
  • Since the industrial revolution, the burning of fossil fuels has increased the levels of Co2 in the atmosphere from 280 ppm to 390 ppm.

IPCC

  • 1988 by World Meteorological Organisation and UNEP
  • tasked with reviewing and assessing the most recent scientific, technical and socio-economic information produced worldwide relevant to the understanding of climate change
  • Nobel Prize in 2007
  • The IPCC does not carry out its own original research, nor does it do the work of monitoring climate or related phenomena itself.
  • A main activity of the IPCC is publishing special reports on topics relevant to the implementation of the (UNFCCC)
  • Till now, it has released four assessment reports (1990, 1995, 2001, 2007)
  • Fifth assessment report is due in 2014

UNFCCC

1992 at the Rio Summit.

194 members. Secretariat at Bonn.

Parties to UNFCCC are classified as:

  • Annex I countries – industrialized countries and economies in transition
  • Annex II countries – developed countries which pay for costs of developing countries
  • Developing countries.

 

Conference Place Outcome
1995 COP1 Berlin The Berlin Mandate
1996 COP2 Geneva
1997 COP3 Kyoto Kyoto Protocol
1998 COP4 Buenos Aires
1999 COP5 Bonn
2000 COP6 /2001 COP6 The Hague/Bonn CDM and Joint Implementation adopted at Bonn
2001 COP7 Marrakesh
2002 COP8 New Delhi Delhi Declaration: Calls for efforts by developed countries to transfer technology and minimize the impact of climate change on developing countries
2003 COP9 Milan
2004 COP10 Buenos Aires
2005 COP11/MOP1 Montreal
2006 COP12/MOP2 Nairobi
2007 COP13/MOP3 Bali Bali Action Plan
2008 COP14/MOP4 Poznan, Poland
2009 COP15/MOP5 Copenhagen
2010 COP16/MOP6 Cancun
2011 COP17/MOP7 Durban, South Africa

 

Tarawa Climate Change Conference

  • In the lead up to COP16, the leaders of the world’s most climate-change vulnerable countries met in Kiribati in November 2010
  • Ambo Declarationwas adopted
    • It calls for more and immediate action to be undertaken to address the causes and adverse impacts of climate change.

CoP-16/CMP-6, Cancun

COP-16 President: Patricia Espinosa, Mexico’s foreign secretary

COP-17 will be held in Durban

Issues

  • Forestry issues and reducing emissions from deforestation and forest degradation (REDD) plus
  • The developed countries are pushing for transparency from countries where they will fund climate change mitigation.
    • The assessment of carbon emission mitigation for developing countries is right now through domestic communication but is subject to international consultation and analysis. This push for transparency is a major contentious issue.
  • Fast-track finance: $ 30 bn had been committed at CoP-15. A large part of this funding is yet to come through.

 

Goals

Agreements Reached

  • The outcome of the summit was an agreement, not a binding treaty, which calls on rich countries to reduce their greenhouse gas emissions as pledged in the Copenhagen Accord, and for developing countries to plan to reduce their emissions, to limit global warming to less than 2 degrees celsius above pre-industrial levels.
  • There should be no gap between the first commitment period of the Kyoto Protocol, which expires in December 2012, and the second phase.
  • The agreement calls on the developed countries to “raise the level of ambition of the emission reductions to be achieved by them individually or jointly, with a view to reducing their aggregate level of emission of green house gases”
  • Allows flexibility in choosing the base year for setting emission reduction targets
  • Emissions trading and the project based mechanism under the KP shall continue to be available to Annex 1 parties as a means to meet their quantified emission limitation and reduction objectives.
  • The agreements recognize that in all climate change related action,human rights must be respected. They also recognise the need to engage with a broad range of stakeholders, including youth and persons with disability, and call for gender equality and effective participation of women and indigenous people in effective action on all aspects of climate change.
  • The BASIC group softened the three demands it had before the talks began
    • Necessity of a second commitment period to the Kyoto Protocol
    • Need to accelerate disbursement under the fast start finance in the form of new and additional resources through a multilaterally supervised mechanism
    • Continued dialogue on IPRs as part of the technology development and transfer issues.
  • REDDis a part of the package and proposed mitigation actions include conservation and enhancement of forest carbon stocks and sustainable management of forests.
    • REDD is a set of steps designed to use market/financial incentives in order to reduce the emissions of greenhouse gases from deforestation and forest degradation. Its original objective is to reduce GHGs but it can deliver ‘co-benefits’ such as biodiversity conservation and poverty alleviation
    • REDD+ calls for activities with serious implication directed towards the local communities, indigenous people and forests which relate to reducing emission from deforestation and forest degradation. It goes beyond deforestation and forest degradation and includes the role of conservation, sustainable management of forests and enhancement of forest carbon stocks
  • ACancun Adaptation Framework has been proposed to strengthen and address implementation of action, and various kinds of assessments, apart from R&D and host of other issues.
  • Green Climate FundThe fund will be designed by a transitional committee, with 15 members from the developed countries and 25 from the developing nations.
  • Pledge by the developed countries to provide $100 bn annually till 2020.

 

Conclusion

  • UNFCCC secretary-generalChristian Figueres emphasised that the main achievement of the Cancun meet has been to restore some degree of faith in the multilateral process.
  • The agreements don’t mention any reduction targets.
  • Though the agreements recognize the need to reduce the GHG emissions and curb the increase in global average temperatures below 2 degrees Celsius above pre-industrial levels, in the absence of any firm target, this could be an inadequate and vague provision
  • Bolivia has rejected the agreement, saying that it won’t support agreement without binding emission cuts.
  • In a sense, the summit was both a major step forward as well as a failure
  • It was a step forward because in recent years climate change negotiations had stumbled and this meeting helped overcome that
  • It was a failure because it failed to reach an agreement for binding restrictions that are required to avert global warming.
  • There was no agreement on how to extend the Kyoto Protocol, or how the $100 billion a year for the Green Climate Fund will be raised or whether developing countries should have binding emissions reductions.

Convention on Biodiversity

  • Opened for signature at the Earth Summit in 1992 and entered into force on December 29, 1993
  • There are 193 parties. Its secretariat is based in Montreal, Canada.
  • US has signed but not ratified the treaty.
  • It is an internationallegally-binding treaty with three main goals:
    • conservationof biodiversity
    • sustainable useof biodiversity
    • fair and equitable sharingof the benefits arising from the use of genetic resources
  • Its overall objective is to encourage actions which will lead to sustainable future
  • CBD covers biodiversityat all levels: ecosystems, species and genetic resources
  • It also covers biotechnology through theCartagena Protocol on Biosafety
  • Its governing body is the Conference of Parties (COP). They meet every two years
  • TheEcosystem Approach, an integrated strategy for the management of resources, is the framework for action under the Convention
  • Precautionary principle: it states that where there is threat of significant reduction or loss of biological diversity, lack of full scientific certainty should not be used as a reason for postponing measures to avoid or minimize such threat.
  • 2010 is the International Year of Biodiversity.

COP-10 of CBD

  • Held at Nagoya, Japan in October 2010.
  • It achieved three inter-linked goals
    • Adoption of a new ten year strategic plan to save biodiversity
    • Resource mobilization strategy to increase official development assistance for biodiversity
    • A new international protocol on access to and sharing the benefits from the use of the genetic resources of the planet (Nagoya Protocol)
  • Japan Biodiversity Fund was established
  • COP-11 will take place in 2012 in India

Nagoya Protocol

  • Nagoya Protocol on Access to Genetic Resources and the Fair and Equitable Sharing of Benefits Arising from Their Utilization
  • The protocol creates a framework that balances access to genetic resources on the basis ofprior informed consent and mutually agreed terms with a fair and equitable sharing
  • Expected to enter into force in 2012
  • The Strategic Plan of CBD, which aims to arrest biodiversity loss throughout the world by 2020, will be called the Aichi Target. <Aichi is the prefecture in which Nagoya is situated>

Aichi Target

  • The Strategic Plan of the CBD or the ‘Aichi Target’ adopted by the meeting include 20 headline targets, organised under five strategic goals that address the underlying causes of biodiversity loss, reduce the pressures on biodiversity, safeguard biodiversity at all levels, enhance the benefits provided by biodiversity, and provide for capacity building.
  • The Aichi target will be the overarching framework on biodiversity not only for the biodiversity-related conventions, but for the entire UN system.
  • Some targets
    • 17 pc inland and 10 pc marine ecosystem
    • Conserving coral reefs
    • Restore 15 pc of degraded areas
    • Halve or bring to zero the rate of loss of natural habitats including forests
  • Target is that by 2020, at least 17 pc of terrestrial and inland water, and 10 pc of coastal and marine areas, especially areas of particular importance for biodiversity and ecosystem are conserved
  • The conservation is to be done through effectively and equitably managed, ecologically representative and well connected systemsof protected areas and other effective area-based conservation measures, and integrated into the wider landscapes and seascapes.

 

Kyoto Protocol

The Kyoto Protocol has put in place three flexibility mechanisms to reduce emission of Green House Gases. Although the Protocol places maximum responsibility of reducing emissions on the developed countries by committing them to specific emission targets, the three mechanisms are based on the premise that reduction of emissions in any part of the globe will have the same desired effect on the atmosphere, and also that some developed countries might find it easier and more cost effective to support emissions reductions in other developed or dev

developing countries rather than at home. These mechanisms thus provide flexibility to the Annexure I countries, helping them to meet their emission reduction obligations. Let us take a look at what these mechanisms are.

What are the three flexibility mechanisms put in place of the Kyoto Protocol for reducing GHG emission?

  • The three mechanisms are joint implementation. Emissions Trading and Clean Development

What is Joint Implementation?

  • Through the Joint Implementation, any Annex I country can invest in emission reduction projects (referred to as joint Implementation Project) in any other Annex I country as an alternative to reducing emissions domestically.
  • Two early examples are change from a wet to a dry process at a Ukraine cement works, reducing energy consumption by 53 percent by 2008-2012; and rehabilitation of a Bulgarian hydropower project, with a 267,000 ton reduction of C02 equivalent during 2008-2012.

What is Clean Development Mechanism?

  • The Clean Development Mechanism (CDM) allows-‘l developed country with an emission reduction or emission-limitation commitment under the Kyoto Protocol to implement an emission reduction project in developing countries as an alternative to more expensive emission reductions in their own countries. In exchange for the amount of reduction In emission thus achieved, the investing gets carbon credits which it can offset against its Kyoto targets. The developing country gains a Step towards sustainable development.
  • To get a CDM project registered and implemented, the investing country’ has to first take approval from the designated national authority in the host country, establish “Additionally”, define baselines and get the project validated by a third party agency, called a Designated Operational Entity (DOE).The Executive Body of CDM registers the project and issues credits, called Certified Emission Reductions (CERs), or carbon credits, where each unit is equivalent to the reduction of one metric tonne of. C02 or its equivalent. There are more than 4200 CDM projects in the pipeline as on 14.3.2010. The expected CERs till the end of2012 is 2,900,000,000

What is “Additionality” in a CDM project ?

  • The feature of “additionality” is a crucial element of a CDM project it means that the industrialized country that is seeking to establish the CDM project in the developing country and earns carbon credits from it has to establish that the planned carbon reductions would not have occurred on its own, in the absence of the CDM project. They have to establish a baseline of the project. Which is the emission level that would have been there in the absence of the project. The difference between this baseline level and the (lower) emission level achieved as a result of the project is the carbon credit due to the investing country

What are some of the concerns regarding CDM ?

  • The risk of “false Credits” is a cause for concern with regard to CDM projects. If a project does not actually offer an additionally and the reduction in emission would have happened anyway Even without the project.

CoP15 (Copenhagen Summit)

  • Main aim was to establish a global climate agreement for the period from 2012 when the first commitment period under the Kyoto Protocol expires
  • The conference did not achieve any binding agreement for long term action
  • A ‘political accord’ was negotiated by approximately 25 parties
    • Collective commitment by developed countries for new and additional resources , including forestry and investments through international institutions to a tune of $30 bn for the period 2010-12.
  • Copenhagen Accord
    • Not legally binding and does not commit countries to agree to a binding successor to the Kyoto Protocol
    • Annex 1 parties would commit to economy-wide emissions targets for 2020 to be submitted by 31 Jan 2010. Delivery of reductions and finance by developed countries will be measured , reported and verified (MRV) in accordance with COP guidelines
    • Non-annex 1 countries would implement Nationally Appropriate Mitigation Actions to slow their carbon emissions
    • Commits $30 bn for 2010-12
    • Copenhagen Green Climate Fund
    • The accord shall be assessed in 2015

Reducing Emissions from Deforestation and Forest Degradation (REDD)

 

Reducing Emissions from Deforestation and Forest Degradation (REDD) is a set of steps designed to use market/financial incentives in order to reduce the emissions of greenhouse gases from deforestation and forest degradation. Its original objective is to reduce green house gases but it can deliver “co-benefits” such as biodiversity conservation and poverty alleviation.

REDD+ is being criticised by indigenous people and activists because it is designed to give more control over indigenous people’s forests to state forest departments, miners, companies etc resulting in violation of rights, loss of livelihoods etc.

REDD is presented as an “offset” scheme of the carbon markets and thus, will produce carbon credits. Forest degradation accounts for 15% of greenhouse gas emissions, about the same as transportation sector. Mitigation cannot be achieved without the inclusion of forests in an international regime. Hence, it is expected to play a crucial role in a future successor agreement to Kyoto Protocol.

MANAGEMENT    

by

 

Management is a process of designing and maintaining an environment in which individuals, working together in groups, accomplish selected aims. In other words,”It is the accomplishment of Goals through others.”

Management has been used in different senses. Sometimes it refers to the process of planning, organizing, staffing, directing, coordinating and controlling at other times it is used to describe it as a function of managing people. It is also referred to as a body of knowledge, a practice and discipline.

Different thoughts have been given for Management definition :-

HanriFayol :-“ Father of Modern Management”

He described management as process of functions or functional management.

F.W. Taylor :- “Father of Scientific Management”

According to him, Management is the art of knowing what you want to do and then seeing that it is done in the best and cheapest way.

Drucker :- Management is combination of Art and science.

 

Scope of Management

Various functional areas of management are:

  • Production management
  • Marketing management
  • Financial management
  • Personal management

Production Management:  

Production means creation of utilities by converting raw material in to final product by various scientific methods and regulations. It is very important field of management. Various sub-areas of the production department are as follows.

Plant lay out and location: This area deals with designing of plant layout, decide about the plant location for various products and providing various plant utilities

Production planning: Managers has to plan about various production policies and production methods.

Material management: This area deals with purchase, storage, issue and control of the material required for production department.

Research and Development: This area deals with research and developmental activities of manufacturing department. Refinement in existing product line or develop a new product are the major activities.

Quality Control: Quality control department works for production of quality product by doing various tests which ensure the customer satisfaction.

 

Marketing Management:

Marketing management involves distribution of the product to the buyers. It may need number of steps. Sub areas are as follows

Advertising: This area deals with advertising of product, introducing new product in market by various means and encourage the customer to buy three products.

Sales management: Sales management deals with fixation of prices, actual transfer of products to the customer after fulfilling certain formalities and after sales services.

Market research: It involves in collection of data related to product demand and performance by research and analysis of market.

 

Finance and accounting management:

Financial and accounting management deals with managerial activities related to procurement and utilization of fund for business purpose. Its sub areas are as follows

Financial accounting: It relates to record keeping of various financial transactions their classification and preparation of financial statements to show the financial position of the organization.

Management accounting: It deals with analysis and interpretation of financial record so that management can take certain decisions on investment plans, return to investors and dividend policy

Taxation: This area deals with various direct and indirect taxes which organization has to pay.

Costing: Costing deals with recording of costs, their classification, analysis and cost control.

 

Personnel Management:

Personnel management is the phase of management which deals with effective use and control of manpower. Following are the sub areas of Personnel management

Personnel planning: This deals with preparation inventory of available manpower and actual requirement of workers in organization.

Recruitment and selection: This deals with hiring and employing human being for various positions as required.

Training and development: Training and development deals with process of making the employees more efficient and effective by arranging training programmes. It helps in making team of competent employees which work for growth of organisation.

Wage administration: It deals in job evaluation, merit rating of jobs and making wage and incentive policy for employees.

Industrial relation: It deals with maintenance of overall employee relation, providing good working conditions and welfare services to employees.

Direct & Indirect Taxes

by
    Direct & Indirect Taxes
  Direct Tax   Indirect Tax  
  Corporation Tax   Excise Duties  
  Income Tax   Service Tax  
  Interest Tax   Central Value Added Tax (Vat)  
  Expenditure Tax   Sales Tax  
  Wealth Tax   Property Tax  
  Gift Tax   Octroi  
  Estate Duty   Customs Duties  
  Land Revenue   Stamp Duties

Development and Utilization Land Resources ie General land use, agricultural land use

by

 

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.

India covers an area of 32,87,263 sq km. According to area size, it is the seventh largest country of the world after Russia, Canada, China, U.S.A., Brazil and Egypt. This vast size itself is the most important resource. About 30 per cent of area is covered by the mountains which are source of scenic beauty, perennial rivers, home of forests and wildlife. About 43 per cent of land area is plain which is highly suitable for agriculture. Remaining about 27 percent under plateaus is the store house of minerals and metals.

The land-use categories as maintained in the Land Revenue Records are as follows :

(i) Forests : In India, at present forest areas cover about 76.5 million hectares of land, which is about 23 per cent of the total geographical area. It ranges from about 87 per cent in Andaman & Nicobar Islands to only about 4 percent in Haryana making to range difference of 83 percent. According to our National Forest Policy, 33% of the total geographical area of the country should be under the forest cover to maintain ecological balance.

(ii) Land put to Non-agricultural Uses : Land under settlements (rural and urban), infrastructure (roads, canals, etc.), industries, shops, etc. are included in this category. An expansion in the secondary and tertiary activitieswould lead to an increase in this category of land-use.

(iii) Barren and Wastelands : The land which may be classified as a wasteland such as barren hilly terrains, desert lands, ravines, etc. normally cannot be brought under cultivation with the available technology.

(iv) Area under Permanent Pastures and Grazing Lands : Most of this type land is owned by the village ‘Panchayat’ or the Government. Only a small proportion of this land is privately owned. The land owned by the village panchayat comes under ‘Common Property Resources’.

(v) Area under Miscellaneous Tree Crops and Groves(Not included is Net sown Area) : The land under orchards and fruit trees are included in this category. Much of this land is privately owned.

(vi) Culturable Waste-Land : Any land which is left fallow (uncultivated) for more than five years is included in this category. It can be brought under cultivation after improving it through reclamation practices.

(vii) Current Fallow : This is the land which is left without cultivation for one or less than one agricultural year. Fallowing is a cultural practice adopted for giving the land rest. The land recoups the lost fertility through natural processes.

(viii) Fallow other than Current Fallow : This is also a cultivable land which is left uncultivated for more than a year but less than five years. If the land is left uncultivated for more than five years, it would be categorised as culturable wasteland. (ix) Net Area Sown : The physical extent of land on which crops are sown and harvested is known as net sown area.

The Gupta Empire

by

The Gupta Empire stretched across northern, central and parts of southern India between c. 320 and 550 CE. The period is noted for its achievements in the arts, architecture, sciences, religion, and philosophy. Chandragupta I (320 – 335 CE) started a rapid expansion of the Gupta Empire and soon established himself as the first sovereign ruler of the empire. It marked the end of 500 hundred years of domination of the provincial powers and resulting disquiet that began with the fall of the Mauryas. Even more importantly, it began a period of overall prosperity and growth that continued for the next two and half centuries which came to be known as a “Golden Age” in India’s history. But the seed of the empire was sown at least two generations earlier than this when Srigupta, then only a regional monarch, set off the glory days of this mighty dynasty in circa 240 CE.

GUPTA PERIOD – EARLY DAYS TO THE ZENITH

Not much is known about the early days of this Gupta dynasty. The travel diaries and writings of Buddhist monks who frequented this part of the world are the most trustworthy sources of information we have about those days. The travelogues of Fa Hien (Faxian, circa 337 – 422 CE), Hiuen Tsang (Xuanzang, 602 – 664 CE) and Yijing (I Tsing, 635 – 713 CE) prove to be invaluable in this respect. The Gupta Empire during the rule of Srigupta (circa 240 – 280 CE) comprised only Magadha and probably a part of Bengal too. Like the Mauryas and other Magadha kings who preceded him, Srigupta ruled from Pataliputra, close to modern day Patna. Srigupta was succeeded to the throne by his son Ghatotkacha (circa 280 – 319 CE).

CHANDRAGUPTA I

From the Kushans, the Gupta kings learned the benefit of maintaining a cavalry and Chandragupta I, son of Ghatotkacha, made effective use of his strong army. Through his marriage with Licchhavi Princess Kumaradevi, Chandragupta I received the ownership of rich mines full of iron ore adjacent to his kingdom. Metallurgy was already at an advanced stage and forged iron was not only used to meet the internal demands, but also became a valuable trade commodity. The territorial heads ruling over various parts of India could not counter the superior armed forces of Chandragupta I and had to surrender before him. It is conjectured that at the end of his reign, the boundary of the Gupta Empire already extended to Allahabad.

SAMUDRAGUPTA

Samudragupta (circa 335 – 375 CE), Chandragupta I’s son who ascended the throne next, was a military genius and he continued the growth of the kingdom. After conquering the remainder of North India, Samudragupta turned his eyes to South India and added a portion of it to his empire by the end of his Southern Campaign. It is generally believed that during his time the Gupta Empire spanned from the Himalayas in north to the mouth of Krishna and Godavari rivers in the South, from Balkh, Afghanistan in the west to the Brahmaputra River in the east.

Samudragupta was very attentive to rajdharma (duties of a king) and took special care to follow Kautilya’s (350 – 275 BCE) Arthashastra (an economic, social and political treatise that has clear instructions about how a monarchy should be governed) closely. He donated large sums of money for various philanthropic purposes, including the promotion of education. Besides being a courageous king and able administrator, he was a poet and musician. The large number of gold coins circulated by him showcases his multifaceted talent. An inscription, probably commissioned by subsequent Gupta kings, known as the Allahabad Pillar is most eloquent about his humane qualities. Samudragupta also believed in promoting goodwill among various religious communities. He gave, for example, Meghavarna, king of Ceylon, permission and support for the construction of a monastery in Bodh Gaya.

CHANDRAGUPTA II

A short struggle for power appears to have ensued after the reign of Samudragupta. His eldest son Ramagupta became the next Gupta king. This was noted by 7th century CE Sanskrit author Banbhatta in his biographical work, Harshacharita. What followed next forms a part of Sanskrit poet and playwright Visakh Dutta’s drama DeviChandra Guptam. As the story goes, Ramagupta was soon overcome by a Scythian king of Mathura. But the Scythian king, besides the kingdom itself, was interested in Queen Dhruvadevi who was also a renowned scholar. To maintain peace Ramagupta gave up Dhruvadevi to his opponent. It is then Ramagupta’s younger brother Chandragupta II with a few of his close aides went to meet the enemy in disguise. He rescued Dhruvadevi and assassinated the Scythian king. Dhruvadevi publicly condemned her husband for his behaviour. Eventually, Ramagupta was killed by Chandragupta II who also married Dhruvadevi sometime later.

Like Samudragupta, Chandragupta II (circa 380 – 414 CE) was a benevolent king, able leader and skilled administrator. By defeating the satrap of Saurashtra, he further expanded his kingdom to the coastline of the Arabian Sea. His courageous pursuits earned him the title of Vikramaditya. To rule the vast empire more efficiently, Chandragupta II founded his second capital in Ujjain. He also took care to strengthen the navy. The seaports of Tamralipta and Sopara consequently became busy hubs of maritime trade. He was a great patron of art and culture too. Some of the greatest scholars of the day including the navaratna (nine gems) graced his court. Numerous charitable institutions, orphanages and hospitals benefitted from his generosity. Rest houses for travellers were set up by the road side. The Gupta Empire reached its pinnacle during this time and unprecedented progress marked all areas of life.

POLITICS & ADMINISTRATION

Great tact and foresight were shown in the governance of the vast empire. The efficiency of their martial system was well known. The large kingdom was divided into smaller pradesha (provinces) and administrative heads were appointed to take care of them. The kings maintained discipline and transparency in the bureaucratic process. Criminal law was mild, capital punishment was unheard of and judicial torture was not practised. Fa Hien called the cities of Mathura and Pataliputra as picturesque with the latter being described as a city of flowers. People could move around freely. Law and order reigned and, according to Fa Hien, incidents of theft and burglary were rare.

The following also speaks volumes about the prudence of the Gupta kings. Samudragupta acquired a far greater part of southern India than he cared to incorporate into his empire. Therefore, in quite a few cases, he returned the kingdom to the original kings and was satisfied only with collecting taxes from them. He reckoned that the great distance between that part of the country and his capital Pataliputra would hinder the process of good governance.

SOCIO-ECONOMIC CONDITIONS

People led a simple life. Commodities were affordable and all round prosperity ensured that their requirements were met easily. They preferred vegetarianism and shunned alcoholic beverages. Gold and silver coins were issued in great numbers which is a general indicative of the health of the economy. Trade and commerce flourished both within the country and outside. Silk, cotton, spices, medicine, priceless gemstones, pearl, precious metal and steel were exported by sea. Highly evolved steelcraft led everyone to a belief that Indian iron was not subject to corrosion. The 7 m (23 ft) high Iron Pillar in Qutub complex, Delhi, built around 402 CE, is a testimony to this fact. Trade relations with Middle East improved. Ivory, tortoise shell etc. from Africa, silk and some medicinal plants from China and the Far East were high on the list of imports. Food, grain, spices, salt, gems and gold bullion were primary commodities of inland trade.

RELIGION

Gupta kings knew that the well-being of the empire lie in maintaining a cordial relationship between the various communities. They were devout Vaishnava (Hindus who worship the Supreme Creator as Vishnu) themselves, yet that did not prevent them from being tolerant towards the believers of Buddhism and Jainism. Buddhist monasteries received liberal donations. Yijing observed how the Gupta kings erected inns and rest houses for Buddhist monks and other pilgrims. As a pre-eminent site of education and cultural exchange Nalanda prospered under their patronage. Jainism flourished in northern Bengal, Gorakhpur, Udayagiri and Gujarat. Several Jain establishments existed across the empire and Jain councils were a regular occurrence.

LITERATURE, SCIENCES & EDUCATION

Sanskrit once again attained the status of a lingua franca and managed to scale even greater heights than before. Poet and playwright Kalidasa created such epics as Abhijnanasakuntalam, Malavikagnimitram, Raghuvansha and Kumarsambhaba. Harishena, a renowned poet, panegyrist and flutist, composed Allahabad Prasasti, Sudraka wrote Mricchakatika, Vishakhadatta created Mudrarakshasa and Vishnusharma penned Panchatantra. Vararuchi, Baudhayana, Ishwar Krishna and Bhartrihari contributed to both Sanskrit and Prakrit linguistics, philosophy and science.

Varahamihira wrote Brihatsamhita and also contributed to the fields of astronomy and astrology. Genius mathematician and astronomer Aryabhata wrote Surya Siddhanta which covered several aspects of geometry, trigonometry and cosmology. Shanku devoted himself to creating texts about Geography. Dhanvantri’s discoveries helped the Indian medicinal system of ayurveda become more refined and efficient. Doctors were skilled in surgical practices and inoculation against contagious diseases was performed. Even today, Dhanvantri’s birth anniversary is celebrated on Dhanteras, two days before Diwali. This intellectual surge was not confined to the courts or among the royalty. People were encouraged to learn the nuances of Sanskrit literature, oratory, intellectual debate, music and painting. Several educational institutions were set up and the existing ones received continuous support.

ART, ARCHITECTURE & CULTURE

What philosopher and historian Ananda Coomaraswamy said in The Arts & Crafts of India & Ceylone, about the art of the region must be remembered here,

The Hindus do not regard the religious, aesthetic, and scientific standpoints as necessarily conflicting, and in all their finest work, whether musical, literary, or plastic, these points of view, nowadays so sharply distinguished, are inseparably united.

The finest examples of painting, sculpture and architecture of the period can be found in Ajanta, Ellora, Sarnath, Mathura, Anuradhapura and Sigiriya. The basic tenets of Shilpa Shasrta (Treatise on Art) were followed everywhere including in town planning. Stone studded golden stairways, iron pillars (The iron pillar of Dhar is twice the size of Delhi’s Iron Pillar), intricately designed gold coins, jewellery and metal sculptures speak volumes about the skills of the metalsmiths. Carved ivories, wood and lac-work, brocades and embroidered textile also thrived. Practicing vocal music, dance and seven types of musical instruments including veena (an Indian musical stringed instrument), flute and mridangam (drum) were a norm rather than exception. These were regularly performed in temples as a token of devotion. In classic Indian style, artists and litterateurs were encouraged to meditate on the imagery within and capture its essence in their creations. As Agni Purana suggests, “O thou Lord of all gods, teach me in dreams how to carry out all the work I have in my mind.”

DECLINE OF THE EMPIRE

After the demise of his father Chandragupta II, Kumaragupta I (circa 415 – 455 CE) ruled over the vast empire with skill and ability. He was able to maintain peace and even fend off strong challenges from a tribe known as Pushyamitra. He was helped by his able son Skandagupta (455 – 467 CE) who was the last of the sovereign rulers of the Gupta Dynasty. He also succeeded in preventing the invasion of the Huns (Hephthalites). Skandagupta was a great scholar and wise ruler. For the well being of the denizens he carried out several construction works including the rebuilding of a dam on Sudarshan Lake, Gujarat. But these were the last of the glory days of the empire.

After Skandagupta’s death the dynasty became embroiled with domestic conflicts. The rulers lacked the capabilities of the earlier emperors to rule over such a large kingdom. This resulted in a decline in law and order. They were continuously plagued by the attacks of the Huns and other foreign powers. This put a dent in the economic well-being of the empire. On top of this, the kings remained more occupied with self-indulgence than in preparing to meet with the challenges of their enemies. The inept ministers and administrative heads also followed suit. Notably, after the defeat and capture of Mihirakula, one of the most important Hephthalite emperors of the time, Gupta King Baladitya set him free on the advice of his ministers. The Huns came back to haunt the empire later and finally drew the curtains on this illustrious empire in circa 550. The following lines of King Sudraka’s Mricchakatika (The Little Clay Cart) aptly sum up the rise and fall in the fortune of the Gupta Dynasty.

26.01.18 Nagaland(NPSC) Current Affairs

by

NORTH-EASTERN STATES

  • Manipur wants fishermen to stop using LED bulbs

 

  • The state forest and environment ministry has warned that stern action will be taken against fishermen who used light emitting diode (LED) bulbs at Loktak Lake by night. While the government has conceded that fishing is the prime livelihood for people living around the lake and the activity cannot be stopped, it has said the use of these bulbs disturbs the habitat of the several migratory birds who flock there.
  • Thousands of migratory birds, mostly water fowls belonging to around sixty different species, are currently staying at the 237 sq km lake, the largest freshwater lake in the northeast. 

    INTERNATIONAL

     

    • WEF launches Global Centre for Cybersecurity
    • In a bid to safeguard the world from hackers and growing data breaches — especially from nation-states — the World Economic Forum (WEF) announced a new Global Centre for Cybersecurity.
    • Headquartered in Geneva, the centre will become operational from March.

     

    • Cyber breaches recorded by businesses are on the rise. In the last five years, these have almost doubled to an average of 130 breaches per business in 2017.

     

    • As a borderless problem, urgent action is needed to create a safe operating environment for new technologies like Artificial Intelligence, robotics, drones, self-driving cars and the Internet of Things (IoT).

     

    • The global centre will be an excellent opportunity to safeguard verticals like automotive and health care where wireless connectivity is the key.

     

    ·        First India-designed vaccine passes WHO test

     

    • For the first time, a vaccine conceived and developed from scratch in India has been “pre-qualified” by the World Health Organisation.
      Lot of medicine pills and doctor note
    • The Rotavac vaccine, developed by the Hyderabad-based Bharat Biotech Limited last year, was included in India’s national immunisation programme. To be “pre-qualified” means that the vaccine can be sold internationally to several countries in Africa and South America.
    • While several vaccines from India have been pre-qualified, this is the first that was entirely developed locally and, according to experts, is a sign that there is a credible industrial, scientific and regulatory process in place to develop vaccines in India.
    • The Rotavac vaccine protects against childhood diarrhoea caused by the rotavirus and was built on strain of the virus isolated at the the All India Institute of Medical Sciences here over 30 years ago.
    • India included the Rotavac in its national immunisation in 2016, with about 35 million doses delivered till date. A dose costs between ₹55-60, according to the company.
    • Rotavirus is responsible for an estimated 36% of hospitalisations for childhood diarrhoea around the world and for an estimated 200,000 deaths in low- and middle-income countries.

     

    NATIONAL

     

    • AICTE releases new model curriculum
    • The All-India Council for Technical Education (AICTE) formally released its new model curriculum for engineering and technical courses reducing the credits to be earned for an undergraduate degree from 220 to 160.
    • The time freed would be utilised for practical and creative activities, including hackathons.
    • The top technical education regulator had also decided to make internships mandatory for the award of degrees, as part of the exercise.
    • The internship would have a minimum of 14 credits. Each credit means 40-45 hours of work.

     

    • Multiple chief guests, a first for Republic Day
    • From a single leader gracing Republic Day, India has pulled off a diplomatic coup of sorts by having as many as 10 leaders from the Association of Southeast Asian Nations (ASEAN), for January 26 this year.
    • Just as the presence of U.S. President Barack Obama as the chief guest at Republic Day in 2015 sent a signal to the rest of the world, the ASEAN leaders’ participation has a resonance of its own.
    • An important aspect of the R-Day parade this year is the focus on showcasing indigenously developed military platforms for the visiting heads of state. This is significant as India is now trying to significantly beef up its military sales as part of its defence diplomacy and wants to showcase these platforms to ASEAN countries.
    • List of Padma awardees 2018
    • This year 85 recipients have been selected for the prestigious awards including two duo cases. This includes 3 Padma Vibhushan, 9 Padma Bhushan and 73 Padma Shri awards. Fourteen of the awardees are women, while 16 persons are foreigners and three are being awarded posthumous.

    Padma Vibhushan –

     

    Illaiyaraja

    Ghulam Mustafa Khan

    1. Parameswaran

     

    Padma Bhushan –

     

    Pankaj Advani

    Philipose Mar Chrysostom

    Mahendra Singh Dhoni

    Alexander Kadakin (Foreigner/Posthumous)

    1. Nagaswamy

    Ved Prakash Nanda (Overseas Citizen of India)

    Laxman Pai

    Arvind Parikh

    Sharda Sinha

     

    Padma Shri –

     

    Abhay and Rani Bang

    Damodar Ganesh Bapat

    Prafulla Govinda Baruah

    Mohan Swaroop Bhatia

    Sudhanshu Biswas

    Saikhom Mirabai Chanu

    Pandit Shyamlal Chaturvedi

    Jose Ma Joey Concepcion III (Foreigner) & 65 others.

     

     Gk bit– Padma Awards

     

    • Padma Awards were instituted in the year 1954. Except for brief interruptions during the years 1977 to 1980 and 1993 to 1997, these awards have been announced every year on Republic Day. The award is given in three categories, viz. Padma Vibhushan, Padma Bhushan and Padma Shri, in the decreasing order of importance.

     

    • Padma Vibhushan for “exceptional and distinguished service”. Padma Vibhushan is second highest civilian award in India.

     

    • Padma Bhushan for “distinguished service of a high order”. Padma Bhushan is third highest civilian award in India .

     

    • Padma Shri is awarded for “distinguished service”. Padma Shri is last and fourth highest civilian award in India.

     

    • The Padma award is just an honour. No cash allowance or any facility/benefit in terms of concession etc.

     

    • The Padma Awards are given on the recommendations done by the Padma Awards Committee, which is created by the Prime Minister Annually.

     

    • The award Committee is supervised by the Cabinet Secretary and comprises of Secretary to the President, Home Secretary, and 4-6 distinguished individuals as members.

     

    • The awardees are given a medallion and a Sanad signed by the President of India.

     

    • The total number of awards to be given in a year should not be more than 120 (not including posthumous awards and to foreigners/ NRI/OCIs).

     

    • No Padma awards were given in the year of 1978, 1979, 1993, 1994, 1995, 1996 and 1997 due to the change of government.

     

     

    • Microsoft AI to enhance translations of Indian languages
    • Microsoft will use Deep Neural Networks to enable high-quality Indian language translations.
    • It recognizes speech to convert into text, eliminates errors in the data, translates it to the target language, and synthesizes the text-based translation into speech.
    • It also puts every word within the context of other words in the sentence to better the translation.

     

    • UDAN Phase-II: 325 routes awarded; 40% for North East hills
    • The Union Ministry of Civil Aviation awarded 325 air routes under the second phase of government’s flagship UDAN (Ude Desh ka Aam naagrik) regional.
    • Around 40% or 129 of 325 air routes were awarded to the newly created category of ‘priority areas’ that include Jammu and Kashmir, Northeastern and hill states.
    • The routes under phase-II were awarded to 15 airlines and helicopter operators after bidding process.
    • The airports to be connected under phase-II: Total 78 airports i.e. 36 served airports, 13 underserved airports and 29 unserved airports.