How Political Stability Affects Economic Growth in India

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Abstract

This paper attempts to answer the question -‘Whether the economic growth in India is affected by stability at the Central and States level political stability?’ A Political Stability Index (PLSI) is constructed using four political stability measures at Central and States level for both the Houses of the Legislatures. This index, the independent variable, is tested on two dependent economic growth variables Per Capita Income and Gross Capital Formation. The time for the study is 1981-2017 (37 years) at India (Central) level and 1991-2015 (25 years) at the States level according to the availability of data with a lag period of 1 year, as policies bear results, the following year. The analysis very modestly supports the hypothesis at the Central level. However, the impact is more robust at the States level, evident from continuous governmental stability of many States. Principal Component Analysis method is used to construct the index and then Regression Analysis is used to measure the impact on dependent variable.

I. INTRODUCTION

For the last half century, the early years of each decade saw a major turning point in the world economy and markets. Each country began with a global mania for some big idea, some new change agent that reshaped the world economy and generated huge profits. It was the boom of the major economies around the world. The 2010s brought in the era of emerging markets: Brazil, Russia, India, China and South Africa. These poor economies were growing rapidly as well as erratically from 4 percent to 12 percent a year. However, this was so far the fastest growth spurt to be ever experienced across the world (Sharma, 2012). Thus, the question of political regimes came forward, as each of these five newly emerging economies has a different political system. The newly emerging economies portrayed a different political system – from authoritarian China to socialist Russia to democratic South Africa, Brazil to a multi-party parliamentary system in India. Thus, it becomes imperative to assess the impact of political system and its stability on economic growth. The political system of a nation is described in its Constitution. Constitutions establish the governance structures of nation states, provinces, and supranational organizations such as the

European Union. In designing constitutions, arguably the most important issue is to determine the extent to which collective decision-making should be centralized (Bodenstein and Ursprung, 2001).

Political stability plays a very important role in achieving economic growth. Many studies have been undertaken to determine the impact of political stability on economic growth. Most of the studies have attempted to establish this relationship by taking countries from a particular region or countries having similar pattern of governance (Alesina et al, 1992; Feng, 1997; Barro, 1994; Bildirici, 2004; Salvi, 2005; Jhee, 2006; Hazama, 2009; Aisen and Veiga, 2011; Acemoglu and Robinson, 2012; Nomor and Iorember, 2017).

In a country like India, the federal structure of political system ensures that the Constitution is well guarded and abided by the rule-makers. With the multitude of parties that exists in India, coalition government becomes necessary.

In the economic literature the interest in the relationship between political instability and economic performance is very well established. This leads to inefficient public expenditure, deficit and debt accumulation, distorted investment and ultimately lower economic growth. However, the large amount of contributions in the political science literature on coalition politics suggest that a few other mechanisms could be active and that the definition of political instability should also account for the interaction between the executive and the legislature (Carmignani, 2001).

The question that we try to answer here is – whether the economic growth that takes place in India is affected by stability at the central and states level political situation.

II. THEORETICAL UNDERPINNING

This section provides the theoretical justification for the analysis of political stability and economic growth in India with its federal structure in background.

In India, Salvi (2005) attempted to establish a relationship between political stability and economic growth with Lok Sabha election results (Lower House of the Parliament). However, Rajya Sabha (Upper House of the Parliament) results have been left out of the scope. India has a federal structure and both the Houses play an important role in passing of a Bill, which ultimately becomes a Law. Hence, in order to estimate the political stability, the strength of the ruling party/ruling alliance needs to be gauged in both the Houses.

Furthermore, no study has been attempted to establish the relationship of political stability and economic growth for the states in India. Many theoretical studies have attempted to define political stability at the state level; but none of them have attempted to measure the impact of political stability and economic growth/development. (Salvi, 2005; Nooruddin and Chhibber, 2008).

Let us understand first, the structure of Indian Federalism, the formation of Indian states and the existing multi-party system of Indian polity.

a) Indian Polity: Federal Structure

After independence, India adopted the parliamentary form of democracy with a federal character. The Constituent Assembly or the Parliament in India is bi-camera in nature. The Lower House is the House of the People, called as Lok Sabha; and the Upper House is the Council of States, called as Rajya Sabha (Nag, 2013).

Lok Sabha is representative of people in India. The members are elected representatives by simple majority in general elections. The maximum number of elected membership for Lok Sabha is 552 elected members and 2 Anglo-Indian members nominated by the President, if not already returned through election. Seats are allotted to each state in proportion to its population. Presently, there are 543 members of the Lok Sabha. The tenure of Lok Sabha is of five years (Nag, 2013).

The List of Lok Sabha seats from each of the states is given in Table 1.

Table 9357: Table 1: Lok Sabha Seats in each State
No.Name of States/Union TerritoriesNo. of Constituencies
1Andhra Pradesh25
2Arunachal Pradesh2
3Assam14
4Bihar40
5Chhattisgarh11
6Goa2
7NCT of Delhi7
8Gujarat26
9Haryana10
10Himachal Pradesh4
11Jammu and Kashmir6
12Jharkhand14
13Karnataka28
14Kerala20
15Madhya Pradesh29
16Maharashtra48
17Manipur2
18Meghalaya2
19Mizoram1
20Nagaland1
21Odisha21
22Punjab13
23Puducherry1
24Rajasthan25
25Sikkim1
26Tamil Nadu38
27Telangana17
28Tripura2
29Uttar Pradesh80
30Uttarakhand5
31West Bengal42
32Andaman and Nicobar Islands1
33Chandigarh1
34Dadra and Nagar Haveli1
35Daman and Diu1
36Lakshadweep1
Total542

Rajya Sabha members are elected by the elected members of the State Legislative Assemblies. It is not subject to dissolution as Rajya Sabha is the permanent body. However, one third of its members retire every two years and are replaced by newly elected members. Yet, each member is elected for a term of six years. The maximum strength of Rajya Sabha is 250 members. Currently, the strength is 245 members; out of which 233 are elected from States and Union territories and 12 are nominated by the President from distinguished fields. The number of members is in proportion to the population of the States (Nag, 2013).

The state wise List of Rajya Sabha seats is given in Table 2.

Table 9356: Table 2: Rajya Sabha Seats in each State
No.State/Union TerritoriesNo of SeatsNo of MembersVacancies
1Andhra Pradesh1111
2Arunachal Pradesh11
3Assam77
4Bihar16151
5Chhattisgarh55
6Goa11
7Gujarat1111
8Haryana55
9Himachal Pradesh33
10Jammu & Kashmir44
11Jharkhand66
12Karnataka1212
13Kerala99
14Madhya Pradesh1111
15Maharashtra1919
16Manipur11
17Meghalaya11
18Mizoram11
19Nagaland11
20National Capital Territory of Delhi33
21Nominated1212
22Odisha1091
23Puducherry11
24Punjab77
25Rajasthan1091
26Sikkim11
27Tamil Nadu18171
28Telangana77
29Tripura11
30Uttar Pradesh31301
31Uttarakhand33
32West Bengal1616
Total:2452405

b) Working of the Parliament

Legislative proposals can be introduced in either Houses of the Parliament in the form of a Bill. When passed by both the Houses and assented by the President, the Bill becomes a Law, an Act of the Parliament. Money Bills can be introduced only in the Lok Sabha; the Rajya Sabha can only make recommendations over the Bills, within a period of fourteen days (Nag, 2013).

Thus, in measuring political stability, both the Houses of the Parliament are taken into consideration. The ruling party's strength in both the houses needs to be measured as it affects the policy-decisions through legislative procedures.

At the state level, the corresponding bodies are Vidhan Sabha (Legislative Assembly or the Lower House) and Vidhan Parishad (Legislative Council or the Upper House). All the states in India have a Vidhan Sabha. However, only a few major states with a high population have bi-camera state legislature. These states are Andhra Pradesh, Bihar, Jammu and Kashmir, Karnataka, Maharashtra, Telangana and Uttar Pradesh (Nag, 2013).

The list of Vidhan Sabha seats according to states is given in Table 3

Table 9355: Table 3: Vidhan Sabha and Vidhan Parishad Seats in each State
No.StatesVidhan SabhaVidhan Parishad
1952201919522019
1Andhra Pradesh-175-58
2Arunachal Pradesh30 ('78)60--
3Assam105126--
4Bihar3302437275
5Chhattisgarh-90-11
6Goa30 ('67)40--
7Gujarat154 ('62)182--
8Haryana81 ('67)90--
9Himachal Pradesh3668--
10Jammu & Kashmir75 ('62)87-36
11Jharkhand-81-14
12Karnataka992246375
13Kerala126 ('67)140--
14Madhya Pradesh232230--
15Maharashtra3152884078
16Manipur30 ('67)--2
17Meghalaya60 ('72)60--
18Mizoram30 ('72)40--
19Nagaland40 ('64)60--
20Orissa140147--
21Punjab126117--
22Rajasthan160200--
23Sikkim32 ('79)32--
24Tamil Nadu375234--
25Telangana-119-40
26Tripura30 ('67)60--
27Uttar Pradesh43040372100
28Uttarakhand-70--
29West Bengal238294--
Union Territories
30Andaman & Nicobar-NA--
31Chandigarh-NA--
32Dandra& Nagar Haveli-NA--
33Daman & Diu-NA--
34Delhi4870--
35Lakshadweep-NA--
36Pondicherry30 ('64)30--

c) Reorganisation of the states

India is a country of a wide variety of ethnic groups and minorities. By the time India attained freedom in 1947, it was partitioned. This was not anticipated by the then Congress leaders who had a prominent role in nation-building. They had to join a territorially disjoint country characterised by huge diversity, into a single union of a nation state. It is under this backdrop that India chose to adopt a federal structure and the Constitution was drafted accordingly (Sarangi, 2013). Ultimately, the Constitution was framed in such a way that most of the powers for law-making decisions were kept with the central state. Thus, the leaders gave a federal, parliamentary, and democratic constitution on 26th January.

1950. The Constitution divided governmental powers and responsibilities into three distinct lists:

  1. The first - exclusively under the jurisdiction of the central state called as Union List;

  2. The second- largely under the jurisdiction of the state units called as State List; and

  3. The third - to be shared by the central and the states governments called as Concurrent List.

This distribution was meant to accommodate differences in strong central government (Chadda, 2002).

After the consolidation of the Indian Union in 1950, there had been three major waves of reorganisation of the states. First major reorganisation occurred in 1956, following a nationwide movement for the creation of linguistically compact provinces by Tamils, Sikhs and the Muslim Community (Kashmir). The second major initiative came in the 1970s, when the Northeast was split up and several new states were created. The third phase was inaugurated with the creation of Jharkhand, Uttaranchal and Chhattisgarh in the northern Hindi-Hindu belt provinces (Chadda, 2002). At present, there are 28 States and seven Union Territories. The dates of the formation of States and the Union Territories is shown in the table.

The list of dates of formation of the States and Union Territories is given in Table 4.

Table 9354: Table 4: Date of formation of each State
No.States/Union TerritoriesDate of Formation
1.Andhra Pradesh1 November 1956
2.Arunachal Pradesh20 February 1987
3.Assam15 August 1947
4.Bihar1 April 1936
5.Chhattisgarh1 November 2000
6.Goa30 May 1987
7.Gujarat1 May 1960
8.Haryana1 November 1966
9.Himachal Pradesh25 January 1971
10.Jammu & Kashmir26 October 1947
11.Jharkhand15 November 2000
12.Karnataka1 November 1956
13.Kerala1 November 1956
14.Madhya Pradesh1 November 1956
15.Maharashtra1 May 1960
16.Manipur21 January 1972
17.Meghalaya21 January 1972
18.Mizoram20 February 1987
19.Nagaland1 December 1963
20.Odisha1 April 1936
21.Punjab1 November 1956
22.Rajasthan1 November 1956
23.Sikkim16 May 1975
24.Tamil Nadu26 January 1950
25.Telangana2 June 2014
26.Tripura21 January 1971
27.Uttar Pradesh26 January 1950
28.Uttarakhand9 November 2000
29.West Bengal1 November 1956
UNION TERRITORIES
1.Andaman & Nicobar1 November 1956
2.Chandigarh1 November 1966
3.Dadra & Nagar Haveli11 August 1961
4.Daman & Diu23 May 1987
5.Delhi1 November 1992 (NCT)
6.Lakshadweep1 November 1956
7.Puducherry1 July 1963

d) General Lok Sabha Elections

The federal structure of the Indian state took a backseat in the initial years immediately after independence. The Indian National Congress (INC) party was India's party of government in the first five successive parliamentary elections: 1951, 1957, 1962,

1967 and 1971. It was like a one-party dominant system (Booroah, 2006). The Congress government under Nehru was the need of the hour for an India that had been totally messed up by British misrule (Rai and Kumar, 2017).

The general election in 1971 was contested by Indira Gandhi on the slogan "GaribiHatao" and her pro-poor posturing created an electoral wave in her favour. The elections sorted out the leadership issue once and for all with Indira Gandhi acquiring a larger than life image equated with the Indian goddess Durga and starting a new chapter that became known as the personality cult in Indian politics (Rai and Kumar, 2017). The second tier leadership in the party and voice for constructive criticisms was destroyed as she replaced state leaders with people who had no political base and were completely loyal to her. The electorates had no way of communicating with the Congress leadership like it previously could. Due to this, the Congress party lost many bye-elections subsequently. There was high inflation due to Pakistan war and 1973 oil crisis, led to decline in faith of people on the Congress party. Her falling popularity and Allahabad High Court ruling on electoral malpractices led to the declaration of emergency in 1975. She circumvented the parliament and ruled the country by imposing her dictatorship by sacrificing parliament and democratic rights of the people (Rai and Kumar, 2017).

The Congress Party was overthrown in general elections, 1977 by unification of opposition parties as the Janata Party. Just before 1977 elections, four national parties, viz. Indian National Congress (O), Bhartiya Lok Dal, Bhartiya Jan Sangh and the Socialist Party, merged formally to form Janata Party (Salvi, 2005). The Janata Party came to power from 1977-1979. By July, 1979, Janata Party split into two - one led by Chandrashekhar (JP) and other led by Charan Singh (JP(S)). JP(S) soon became Lok Dal (Chander, 2004, Salvi, 2005).

After a brief period out of power, following the 1977 elections; the Congress stormed back winning the next two elections (1980 and 1984) handsomely (Chander, 2004; Booroah, 2006). After the assassination of Indira Gandhi, Congress party won 1984 elections under the leadership of Rajiv Gandhi with 415 seats mainly due to the sympathy wave. The party lost its political presence and single party dominance in the 1989 General elections due to Bofors scam. The BJP won a considerable number of seats in 1989 elections only to form a coalition with the Janata Dal (JD) led National Front (Chander, 2004; Salvi, 2005; Rai and Kumar, 2017).

The decade of 1990s was a turmoil in Indian politics due to frequent elections and weak coalitions at the Centre as regional parties came, gained importance and raised to power.

In 1991, Congress came back to power and remained the largest political party till 1996. However, the BJP attained the status of the second-largest party in the 1991 elections. In the 1996 elections, the Congress, emerged as the single-largest party but short of majority. Therefore, it chose to sit on the opposition benches. The minority government which was a coalition of 13 parties came to power under the leadership of H. D. DeveGowda. The Congress gave outside support to this government. Congress pulled out its support due to Rajiv Gandhi assassination issue. Thus in 1996, the Congress party was the supporter of the minority government being on the opposition bench (Chander, 2004).

Mid-term elections were called for in the 1998, when BJP led coalition government was formed under the leadership of A. B. Vajpayee. However, AIADMK chief Jayalalitha pulled out due to a minor issue for a minister and the Vajpayee government lost confidence motion by just one vote (Chander, 2004).

Once again, elections were called in 1999. The BJP emerged as a dominant party, however, was way short of majority. The coalition government was formed with 24 parties forming an alliance. This government survived its five year term (Chander, 2004).

Congress was again able to form a government after the 2004 elections in coalition with other parties and supported, by the communists, from outside government.

The UPA II government was inundated by numerous scams, high inflation and unemployment rates and the policy paralysis that hit the country in the last two years of its regime by middle of 2009 (Chander, 2004; Salvi, 2005; Sridharan, 2005; Booroah, 2006).

The Congress was wiped out in the general election in 2014. The BJP came to power with comfortable majority. The BJP received support from regional parties like Shiv Sena, Telugu Desam Party, Shiromani Akali Dal, and other smaller parties. The alliance of these parties is called as National Democratic Alliance (NDA); whereas, in the opposition, there were Congress, BahujanSamajwadi Party, Communist Party of India, Nationalist Congress Party, All India Trinamool Congress and many other smaller parties (Rai and Kumar, 2017).

The coalition era has created a pattern of tide. Relative centralization of power at first, followed by a steady erosion of power as the results of the state elections (held almost every two years) alters the composition of parliamentary majority for the ruling coalition (Chadda, 2002).

e) State Assembly Elections

The regional parties in India play a very important role in the state as well as central politics. This is due to three major reasons. First, it was the decline of the Congress party as the dominant party in terms of its traditional social support base, organizational presence, and ideology that paved the way for state parties to emerge. Second, in seven consecutive Lok Sabha elections (1989-2009) no single party could win a majority of seats, resulting in "minority situations"; and hence, minority governments were dependent on external support. Third, the Bharatiya Janata Party (BJP) has been instrumental in making alliances with state parties even agreeing to become a junior ally. Though these alliances have helped the BJP, they have also helped state parties confront the weakened Congress and allowed their bosses to gain in stature at the national level. A national/regional/multi-state party confines itself to a coded ethnic card in selection of candidates, but not openly in its identification of issues. As a result, state-level parties have greater power to create and retain a core social constituency, which in turn, becomes a distinct voting community. This is the politics of vote bank which gets them elected. A large number of state parties are set up by leaders from the same caste and communities. They launch their "own" parties which dominate state politics and influence as a coalition ally at the state level with no significant role at the Centre (Chandra, 2005).

Important links have been identified between political leadership and economic development. In post-1991 India, state-level leaders such as Chandrababu Naidu, Chimanbhai Patel, and S.M. Krishna took advantage of the new economic climate to think of novel ways to encourage growth in the states under their command, instead of looking towards the Centre for policy directions and all their funds as in the old "socialist" days. It was in the 1990s that states under such dynamic leadership grew much faster than others; whereas, Bihar under Lalu Yadav registered a zero growth rate in the same decade. The Congress has suffered many defeats in Andhra Pradesh and Telangana after losing Y.S. Rajsekhara Reddy (YSR) and Jaganmohan Reddy, who formed the YSR Congress party after being denied a leadership role by the Congress. Even in a cadre-based party like the BJP, which takes pride in being a disciplined party, powerful state-level leaders (like Narendra Modi and Vasundhara Raje Scindia, to name a few) have taken up posts of high importance within the party high command (Rai and Kumar, 2017).

Captain Amarinder Singh, the present chief minister of Punjab, had threatened to start his own party. The success of the BJP in the 2014 elections had much to do with the popularity of its state leaders (in Chhattisgarh, Madhya Pradesh, and Rajasthan). The Congress high command consciously encouraged factionalism within the party's state units to weaken its state leaders and hence, lost. It would be far-fetched to overemphasize the ability of state-level leaders, however, especially from polity-wide parties such as the

BJP and Congress to shape out independent political spaces.

The Karnataka Janata Paksha, the party set up by the BJP leader and former chief minister (erstwhile rebel) Yeddyurappa, performed poorly, winning only six assembly seats and polling about 10 percent of the votes in the 2012 assembly elections. The Gujarat Parivartan Party, founded by the former chief minister Keshubhai Patel, another disgruntled powerful state-level BJP leader belonging to the dominant Patel community, failed miserably in electoral terms in the 2012 assembly elections with just two seats and 4 percent of the vote share. The Himachal Lokhit party, founded by BJP rebel Maheshwar Singh in Himachal Pradesh, was another failure. Thus, there is always a question mark on the extent to which state-level leaders belonging to a polity-wide party, howsoever popular and powerful they may be when in power, can influence/mobilize voters without the umbrella of the big party. (Rai and Kumar, 2017).

There are other non-Congress political leaders such as E.M.S.Namboodiripad or even Jyoti Basu, both essentially state-level leaders with a national presence due to their influence over the Communist party. Chaudhary Charan Singh thrived in becoming famous at national level after becoming Prime Minister.

As the boundaries between state-level parties and the state units of national parties have become hazy, one found state leader such as Mamata Banerjee is trying to affect national-level policy decisions. Despite nurturing national ambitions, however, what remains a handicap for state-level leaders such as Mulayam Singh Yadav, Mayawati, Mamata Banerjee, or Nitish Kumar is their lack of nation-wide stature, given their perceived susceptibility to falling prey to regional and parochial interests to the detriment of national cause (Chander, 2004).

The Dravidian parties have been very vocal about their regionalism. The AIADMK and the DMK in Tamil Nadu have allocated seats to ensure majorities for themselves. This has prevented the emergence of coalition governments in the state so far. The AIADMK and the DMK can also represent themselves as natural parties of government, as they alone have been able to rule the state with a democratic mandate since 1967. This is particularly important where voters esteem the prospect of winning when deciding how to cast their vote. The ideological discipline of the parties has, for a number of reasons, been brought into question. The willingness of both parties to ally with the BJP does not reflect well on their rationalist background. (Chander, 2004).

f) Research design

i. Variables and Data

With this political backdrop, an attempt is made here to measure political stability in India and in its states. Political stability is measured by constructing an index by using the following variables.

a. General Elections and Raya Sabha Elections: (India level)

Absolute Concentration of Power in Lok Sabha: Concentration of power is the number of seats that a party wins from the total seats in the House. It is also the proportion of seats that the major party or the alliance enjoys in the House (Salvi, 2005; Younis et al, 2008; Bernal-Verdugo et al, 2013). Absolute Concentration of Power is the number of seats that a party/alliance - ruling or opposite - wins in proportion to the total number of seats in the House. Absolute Concentration of Power is measured with respect to ruling party/alliance as well as opposition party/alliance. Absolute Concentration of Power (A1) is given as below:

Absolute Concentration of Power

= TotalSeatswon TotalseatsoftheHouse X 1 0 0

India enjoyed single party government till 1989 election where the Congress was the only and major ruling party at the Centre. After 1989 election, the era of coalition governments dawned upon Indian politics. Thus, the number of seats that major ruling party (MRP) along-with the coalition parties that it has partnered with (Ruling Alliance) in proportion to the total number of seats in the House is called as Absolute Concentration of Power (ACP). The Absolute Concentration of Power of the Ruling Party/Alliance variable (A1) is essential to measure political stability as it judges the ability/strength of the Ruling Party to pass a law in the Parliament. On the other hand, the Absolute Concentration of Power of the Opposition party/alliance variable (A2) helps to judge the strength of the opposition/hurdle that the government faces in passing of the Bill.

Thus, for Ruling Party/Alliance, Absolute Concentration of Power (A1) is given as:

ACP (A1)

= TotalSeatswonbyRulingParty / Alliance TotalseatsoftheHouse X 1 0 0

For Opposition Party/Alliance, Absolute

Concentration of Power (A2) is given as:

ACP (A2)

= TotalSeatswonbyOppositionParty / Alliance TotalseatsoftheHouse X 1 0 0

For example, in 1984 Lok Sabha General Election, the Congress party won absolute majority in the House. It won 404 seats out of 514 seats. There was no alliance formed. Hence, Congress was the major ruling party. The Ruling Alliance's Absolute Concentration of Power (A1) is given as 66.37 percent. ( 404 / 514 100 = 0.6637 100 = 66.37 percent) This shows that the government at the Centre is strong enough and stability can be sustained. Higher the value of A1, better is the political stability. Therefore, A1 has a positive relationship with political stability as government formed will be stronger.

Figure 1: India mean chart of A1-LokSabha
Figure 1: India mean chart of A1-LokSabha

In 1984 election, the major opposition party (BJP) won only 22 seats. Whereas, the opposition coalition parties won 55 seats. Hence, a coalition of opposition parties was formed ( 22 + 55 = 77 seats). The Opposition Alliance's Absolute Concentration of Power (A2) is given as 14.98 percent (77/514100 =0.1498100=14.98 percent). This shows that opposition is weak enough to stall/halt the daily working and decision-making of the Parliament. This ensures more political stability. Lower the value of A2, better is the political stability. Therefore, A2 has a positive relationship with political stability as opposition will be weaker, not affecting the longevity or continuity of policies and also, of the government formed.

Figure 2: India mean chart of A2-LokSabha
Figure 2: India mean chart of A2-LokSabha

Absolute Concentration of Power in Rajya Sabha: Similarly, for 1984 Rajya Sabha election, the ruling party (Congress) had 159 seats out of total of 244 seats. Hence, the Ruling Alliance's Absolute Concentration of Power (A1) is given as 65.16 percent ( 159 / 244 100 = 0.6516 100 = 65.16 percent).

Figure 3: India mean chart of A1-RajyaSabha
Figure 3: India mean chart of A1-RajyaSabha

The major opposition party (BJP) won only 12 seats. Whereas, the opposition coalition parties won 14 seats. Hence, a coalition of opposition parties was formed (12+14=26 seats). The Opposition Alliance's Absolute Concentration of Power (A2) is given as 10.66 percent (26/244100=0.1066100=10.66 percent).

Figure 4: India mean chart of A2-RajyaSabha
Figure 4: India mean chart of A2-RajyaSabha

Relative Concentration of Power in Lok Sabha: In order to form the government, a simple majority or a coalition majority is required in the House. This is measured by the Absolute Concentration of Power variable. However, for effective and smooth functioning of the government, Relative Concentration of Power (RCP) is essential. Relative Concentration of Power is the number of seats that the major ruling party wins in proportion to the total number of seats of the alliance it has formed in the House (Salvi, 2005; Younis et al, 2008; Bernal-Verdugo et al, 2013). A non-protected policymaker (party not having majority in the House, or having small majority) may have very little interest in trying to "push through" reform if he knows that ex-post, he can easily be blocked. On the other hand, a much protected leader may have stronger motivations to reform and legislative activity (Aghion et al, 2002).

For the Major Ruling Party, Relative Concentration1of Power (R1) measures its strength within the coalition that it enters to form the government.

Major Ruling Party's Relative Concentration of Power within the Total Ruling Coalition (R1) is given as:

RCP ( R 1 ) = TotalSeatsoftheMajorRulingParty TotalseatsoftheRulingAlliance X 1 0 0

The Major Ruling Party's Relative Concentration of Power variable (R1) is essential to measure political stability of the major ruling party as it judges the ability/strength of the Ruling Party to form the cabinet, pass a law in the Parliament and also, to control internal disputes and bickering within the alliance.

Also, in order to assess the Total Ruling Alliance's strength, comparatively to total opposition seats; the Relative Concentration of Power is measured with respect to Total Opposition Alliance (Salvi, 2005).

Thus, Ruling Alliance's Relative Concentration of Power with respect to Opposition Alliance is given as:

R C P ( R 2 ) = TotalSeatsoftheRulingAlliance TotalseatsoftheOppositionAlliance

On the other hand, the Ruling party/Alliance's Relative Concentration of Power variable (R2) helps to judge the strength of the Ruling alliance in the overall working of the House.

For example, in 1984 Lok Sabha General Election, the Congress party won absolute majority in the House. It won 404 seats out of 514 seats. There was no alliance formed. Hence, Congress was the only ruling party. The Major Ruling Party's Relative Concentration of Power (R1) is given as 100 percent ( 404 / 404 100 = 1 100 = 100 percent). In this case, the Major Ruling Party is at its strongest. Higher the value of R1, better is the political stability as the major ruling party will have better decision-making powers.

Figure 7: India mean chart of R1-LokSabha
Figure 7: India mean chart of R1-LokSabha

In 1984 election, the major opposition party (BJP) won only 22 seats. Whereas, the coalition parties won 55 seats. Hence, a coalition of opposition parties was formed. ( 22 + 55 = 77 seats) The Ruling Alliance's Relative Concentration of Power (R2) is given as 5.25 times ( 404 / 77 = 5.25 times). This shows that the Ruling Alliance is 5.25 times stronger than the Opposition Alliance in terms of seats won.

Relative Concentration of Power – Ruling Alliance vs. Opposition Alliance (LR2)-Lok Sabha Figure 8: India mean chart of R2-LokSabha

Relative Concentration of Power in Rajya Sabha: Similarly, for Rajya Sabha, the ruling party had 159 seats out of total of 244 seats and there was no alliance.

Hence, the Major Ruling Party's Relative Concentration of Power (R1) is given as 100 percent ( 159 / 159 100 = 1 100 = 100 percent).

Figure 9: India mean chart of R1-RajyaSabha
Figure 9: India mean chart of R1-RajyaSabha

The major opposition party (BJP) won only 12 seats. Whereas, the opposition coalition parties won 14 seats. Hence, a coalition of opposition parties was formed ( 12 + 14 = 26 seats). The Ruling Alliance's Relative Concentration of Power (R2)) is given as 6.12 times (159/26=6.12 times). The Ruling Alliance is 6.12 times stronger than total opposition alliance in terms of seats won. Higher the value of R2, better is the political stability as government formed will be stronger.

Figure 10: India mean chart of R2-RajyaSabha
Figure 10: India mean chart of R2-RajyaSabha

b. State Elections

On the same basis, for the state elections, the seats won by the ruling part/ alliance or opposition party/alliance are taken in proportion to the total seats of the Vidhan Sabha (State Legislative Assembly) for absolute concentration of power (ACP).

For example, for 1987 West Bengal state election which corresponds to the year 1990, the total seats of the Vidhan Sabha were 294. The Major Ruling Party won 187 seats and its alliance partners won 64 seats. Thus, total Ruling Alliance won 251 seats ( 187 + 64 = 251 ) . Hence, the Ruling Alliance's Absolute Concentration of Power (A1) is given as 85.37 percent ( 251 / 294 100 = 0.8537 100 = 85.37 percent).

Figure 5: State-wise mean chart of A1
Figure 5: State-wise mean chart of A1

Whereas the Major Opposition Party won 40 seats and its alliance partners won 3 seats. Thus, the Opposition Alliance won 43 seats ( 40 + 3 = 43 ) . Hence, the Opposition Alliance's Absolute Concentration of Power (A2) is given as 14.63 percent ( 43 / 294 100 = 0.1463 100 = 14.63 percent).

Figure 6: State-wise mean chart of A2
Figure 6: State-wise mean chart of A2

On the same basis, for the state elections, the seats won at the Vidhan Sabha (State Legislative Assembly) by the ruling party/alliance or opposition party/alliance are taken in consideration.

For example, for 1987 West Bengal state election, corresponding to the year 1990, the total seats of the Vidhan Sabha were 294. The Major Ruling Party won 187 seats and its alliance partners won 64 seats. Hence, total Ruling Alliance won 251 seats ( 187 + 64 = 251 ) . Hence, the Major Ruling Party's Relative Concentration of Power (R1) is given as 74.50 percent ( 187 / 251 100 = 0.745 100 = 74.50 percent).

Figure 11: State-wise mean chart of R1
Figure 11: State-wise mean chart of R1

Whereas the Major Opposition Party won 40 seats and its alliance partners won 3 seats. Hence, the Opposition Alliance won 43 seats ( 40 + 3 = 43 ) . Hence, the Ruling Alliance's Relative Concentration of Power (R2) is given as 5.84 times ( 251 / 43 = 5.84 times).

Figure 12: State-wise mean chart of R2
Figure 12: State-wise mean chart of R2

The electoral data has been collected from statistical reports of all the General Lok Sabha elections (national level) as well as Vidhan Sabha elections (States level) since 1981 onwards; available on the Election Commission of India website (http://eci.nic.in/eci main1/ElectionStatistics.aspx).

For Rajya Sabha, data has been collected from 'Rajya Sabha Statistical Information 1952-2013' and also from the Election Commission of India website (http://eci.nic.in/eci main1/ElectionStatistics.aspx).

The information on the alliances of the Ruling and Opposition parties over all the General elections till 2004 election as well as states of West Bengal and Kerala elections till 2004, has been collected from Chander (2004). Various news reports of prominent magazines, newspapers and media channels were referred for Lok Sabha 2009 and 2014 Alliances and as well as state elections. (Detailed List provided at the end).

We construct an index of political stability using all the dependent variables at the India level as follows:

  • Political stability Index (PLSI):
  • India Level Political Stability Index (PLSI_IND)

First, we construct four indicators to measure political stability at all India using election data of the lower house of the Parliament i.e. Lok Sabha. Another four indicators are constructed using data from the upper house of the Parliament i.e. Rajya Sabha. Thus, we have eight variables at India level. They are:

  1. Absolute Concentration of Power – Ruling Alliance (LA1)

  2. Absolute Concentration of Power - Opposition Alliance (LA2)

  3. Relative Concentration of Power - Major Ruling Party (LR1)

  4. Relative Concentration of Power - Ruling Alliance vs. Opposition Alliance (LR2)

  5. Absolute Concentration of Power – Ruling Alliance (RA1)

  6. Absolute Concentration of Power - Opposition Alliance (RA2)

  7. Relative Concentration of Power - Major Ruling Party (RR1)

  8. Relative Concentration of Power - Ruling Alliance vs. Opposition Alliance (RR2)

In order to find which prominent indicators of political stability have a significant impact on the economic growth of the nation, Principal Component Analysis is carried out (Filmer and Pritchett, 2001; Hatcher et al, 2013).

Technically, Principal component analysis is a variable reduction procedure, defined as a linear combination of optimally-weighted observed variables. These variables, thus obtained, may then be used as predictor or criterion variables in following analyses. (Filmer and Pritchett, 2001; Hatcher et al, 2013). It is useful when there is some redundancy in those variables. In this case, redundancy means that some of the variables are correlated with one another, possibly because they are measuring the same constructor when data is obtained on a number of variables (possibly a large number of variables). Due to this redundancy, the observed variables can be possible to reduce into a smaller number of principal components (artificial variables) that will comprise most of the variance in the observed variables (Filmer and Pritchett, 2001; Hatcher et al, 2013). The number of components extracted in a principal component analysis is equal to the number of observed variables being analysed (Filmer and Pritchett, 2001; Hatcher et al, 2013). This means that an analysis of n-variables would actually result in n components. However, in most analyses, only the first few components account for meaningful amounts of variance (usually, with values higher than one). Hence, only these first few components are retained, interpreted, and used in subsequent analyses (such as in multiple regression analysis) (Filmer and Pritchett, 2001; Hatcher et al, 2013).

The first principal component has the maximum value of loading. This loading is squared and is used as weight to construct the political stability index. The Principal Component analysis is carried out in order to reduce the matrix and find the most effective indicators which explain almost 80 % of the variance. Then, the relevant artificial variables are defined on the basis of eigenvalues which account for most of the variance. Usually, it is first three to four variables that define up to approximately 80 85 % of the variance. In our analysis, first three values are defined as pc1, pc2 and pc3 (Principal Components). (Usually the components with eigenvalues greater than one are selected to define the new components.) (Filmer and Pritchett, 2001; Hatcher et al, 2013)

The loadings (eigenvectors multiplied by square root of eigenvalues) are extracted. The loadings are the covariances between the original variables and the unit scaled components. The eigenvalues are magnitude/variances of the variables while the eigenvectors are the direction of the variables. The value of squared loadings of each of the variables serve as weight for construction of the political stability index. The square of loadings portrays the contribution of a principal component into that variable. (Filmer and Pritchett, 2001; Hatcher et al, 2013)

Since, the first principal component (pc1) usually defines most of the variance; the loading of each of the variables under pc1 is squared. These respective squared loadings serve as weights for that respective variable. Thus, each variable is multiplied by the respective squared loading under pc1. The sum of the weighted variables, thus derived, form the political stability index.

Thus, higher value of political stability index means better stability and lower value means political stability is weak, i.e. considerable extent of political instability exists in the system. (Filmer and Pritchett, 2001; Hatcher et al, 2013).

For example, for India in 1981, the variables value (and loadings; squared loadings after the Principal Component Analysis) are as under:

  1. LA1 = 66.73 (0.413; 0.170569)
  2. LA2 = 24.95 ((-0.337); 0.113569)
  3. LR1 = 100 (0.318; 0.101124)
  4. LR2 = 2.67 (0.395; 0.156025)
  5. RA1 = 50.82 (0.312; 0.097344)
  6. RA2 = 7.79 ((-0.318); 0.101124)
  7. RR1 = 100 (0.308; 0.094864)
  8. RR 2 = 6.53 (0.406; 0.164836)

The new values are derived after multiplying the variables' original value with the values of squared loadings as shown below:

  1. | A | = 11.38 (66.730.170569) 2. | A 2 | = 2.83 (24.950.113569) 3. | R 1 | = 10.11 ( 100 0.101124 ) 4. | R 2 | = 0.42 ( 2.67 0.156025 ) 5. rA1l = 4.95 (50.820.097344) 6. rA2l = 0.79 (7.790.101124) 7. r R 11 = 9.48 ( 100 0.094864 ) 8. r R 2 I = 1.08 ( 6.53 0.164836 )

These weighted values are added to construct the political stability index as under:

PLSI IND = A 1 | + | A 2 | + | R 1 | + | R 2 | + r A 1 | + r A 2 | + r R 1 | + r R 2 |
PLSI IND = 11.38 + 2.83 + 10.11 + 0.42 + 4.95 + 0.79 + 9.49 + 1.08 = 41.04

For the remaining years of time series (1981-2017), the PLSIND index is constructed with similar method.

Table 9353: Table 5: descriptive statistics of Political indicators – India
Summary Statistics, using the observations 1981 - 2017
VariableMeanMedianMinimumMaximum
LA159.42959.11649.52078.599
LA230.51132.78114.98147.048
LR174.16963.77751.418100.00
LR22.32081.71661.06175.2468
RA144.09346.53124.49065.164
RA229.02928.9807.786956.735
RR170.33473.0008.8000100.00
RR22.28211.67610.431656.5263
VariableStd. Dev.C.V.SkewnessEx. kurtosis
LA19.18580.154571.00940.051564
LA29.91790.325060.086387-0.76971
LR118.8520.254180.20953-1.6071
LR21.31700.567511.34700.67197
RA111.4270.25915-0.019749-0.76814
RA213.8780.478080.33108-0.59494
RR123.9500.34052-0.776970.61077
RR21.89580.830751.19400.00062371
Variable5% Perc.95% Perc.IQ rangeMissing obs.
LA149.52078.59910.5410
LA214.98146.68211.7960
LR151.418100.0032.1070
LR21.06175.24681.35980
RA124.49065.16417.4510
RA210.33056.73521.8370
RR18.8000100.0029.6470
RR20.431656.15651.82900
Figure 13: India's mean chart of PLSI_IND
Figure 13: India's mean chart of PLSI_IND

Then, independent 'Regression Analysis' is carried out to determine the effect of the political stability index on each of the economic growth indicators at the

India level; The model articulates that the independent variables may have a significant impact on the dependent variable.

OLS Regression is carried out at India level to assess the impact of PLSI on economic growth indicators.

Secondly, the analysis carried out at India level within the same time period as General election results are taken into consideration.

The analysis is carried out using 'Gretl' software.

State Level Political Stability Index (PLSI_STE)

At the state level, only six major states have an upper house of the Legislative Assembly. Hence, the state level upper house is kept out of the purview of the scope of the study. Thus, we have four variables measuring political stability at the state level (due to consideration of only Vidhan Sabha) and independent Panel Regression is carried out to find the dependence of each of the economic growth indicators on political stability index at the States level.

At the States level, the indicators constructed are:

  1. Absolute Concentration of Power – Ruling Alliance (A1)
  2. Absolute Concentration of Power - Opposition Alliance (A2)
  3. Relative Concentration of Power - Major Ruling Party (R1)
  4. Relative Concentration of Power - Ruling Alliance vs. Opposition Alliance (R2)

Correspondingly, at states level, the Political Stability Index (PLSI_STE) is developed in the similar way using the four indicators that we have constructed.

For example, for Andhra Pradesh in 1991, the variables values (and loadings; squared loadings after the Principal Component Analysis) are as under:

  1. A 1 = 61.56 (0.6; 0.36)
  2. A 2 = 26.87 ((-0.463); 0.214369)
  3. R 1 = 100 (0.3; 0.09)
  4. R 2 = 2.29 (0.579; 0.335241)

The new values are derived after multiplying the variables' original value with the values of squared loadings as shown below:

  1. A1l = 22.16327 (61.56*0.36)
  2. A21 = 5.76025 (26.87*0.214369)
  3. R 1 I = 9 (100*0.09)
  4. R2l = 0.768084 (2.29*0.335241)

These weighted values are added to construct the political stability index as under:

PLSI STE = A 1 + A 2 + R 1 + R 2
P L S I STE = 2 2.1 6 3 2 7 + 5.7 6 0 2 5 + 9 + 0.7 6 8 0 8 4 = 3 7.6 9

For the remaining years of time series (1991-2015) and rest of the states' cross-sections (28), the PLSI_STE is constructed with similar method.

Figure 14: Sate-wise mean chart of PLSI_STE
Figure 14: Sate-wise mean chart of PLSI_STE
Table 9352: Table 6: Descriptive statistics of Political indicators – States
VariableMeanMedianMinimumMaximum
A162.37260.1470.00000100.00
A225.39827.1430.0000047.143
R179.77486.4000.00000100.00
R23.62682.15790.0000055.000
VariableStd. Dev.C.V.SkewnessEx. kurtosis
A116.2190.26004-1.03734.3142
A211.6190.45750-0.44454-0.44715
R124.4410.30638-1.41891.8915
R26.14841.69536.009441.404
Variable5% Perc.95% Perc.IQ rangeMissing obs.
A146.18186.75218.0340
A20.9401742.22215.7390
R135.556100.0034.4090
R20.550008.22501.91690

However, at the States level, a lag of one year is taken into consideration due to the fact that different states have Assembly elections in different years. Hence, the term of State Assemblies is also different. Hence, considering this discrepancy in the frequency of the Assembly elections, we have taken a lag period of one year.

Since, the time series (1991-2015) as well as cross-sections (28 states) remain fixed, fixed-effect model is estimated. As Judson and Owen (1996), discussed that for most macroeconomic dataset, fixed-effect model is more appropriate as the dataset is fixed in terms of the time-period as well as cross-sections.

To study the impact of political stability on economic growth, first an attempt is made to estimate variables through which economic growth is measured. These variables are as follows:

c. Dependent (Economic Growth) Variables

> India Level

Growth rate of the real Per Capita Income (PCI_GR): The real GDP per capita income is considered as a broad and the most basic indicator of economic development of a nation. The real per capita GDP is calculated from the nominal Gross State Domestic Product data. The nominal GDP and GSDP data on Indian states was collected from the RBI's 'Handbook of Statistics of Indian States (2017-18)' and also Niti Aayog website (http://niti.gov.in/state-statistics#.). Also, the reports available on the Planning Commission of India website were accessed (http://planningcommission.nic.in/data/ datatype/). Lastly, the various State Economic Survey reports were accessed for the missing data/figures.

The GSDP data at current prices (with base 2011=100) was, then, calculated from the available GSDP data at various price levels using splicing method. The population data for India and every state level was collected from the Census data (https://www.census2011.co.in/states.php).

Since, census is conducted every 10 years in India, the population numbers for inter-census years is not available. Hence, the method of interpolation was used to estimate the population for inter-census years.

For example, for ten year period between 1991 and 2001 census, the population figures for 1991 and 2001 are available. The two figures are added and divided by two to get the figure for 1995. Then 1991 and 1995 figures are added and divided by two to get the figure for 1993 and so on and so forth. The per capita income was calculated from the GDP/GSDP data from the population figures, thus, interpolated.

The growth rate of real per capita income was calculated on the basis of the below mentioned equation:

P C I G R = ( P C I t P C I t 1 ) P C I t 1 X 100

where,

PCI GR - the growth rate of real per capita income; PCI - the real per capita income in the period t.

PCI l 1 - the real per capita income in the period t-1.

Figure 15: India mean chart of PCI_GR_IND
Figure 15: India mean chart of PCI_GR_IND

Gross Capital Formation as a percentage of GDP (GCFGDP): The Gross Capital Formation is the total value of the gross fixed capital formation (outlays on fixed assets), changes in inventories and acquisitions less disposals of valuables for all the sectors of the economy. Fixed assets include land improvements; plant, machinery, and equipment purchases; and the construction of infrastructure. Inventories are amount of goods held by firms to meet temporary or unexpected variations in production. The valuables are defined as investments in precious metals, stones, artefacts, and so on which do not contribute to further production in the economy. However, their value appreciates/ depreciates on the basis of economic and market conditions. When people save, they tend to invest. The percentage of the investments in fixed capital inventories, acquisitions and valuables made each year out of the total GDP is called Gross Capital Formation as percentage of GDP (World Bank National Accounts data (World development indicators, 2018); Samuelson and Nordhaus, 2012).

Thus, Rate of Gross Capital Formation (GCF as percentage of GDP) is defined as follows:

G C F aspercentageof G D P ( G C F G D P ) = G C F G D P X 1 0 0

The importance of the GCF lies in the fact that it is that part of GDP that is invested which, in turn, helps in the growth of the GDP itself. This is essential in achieving high growth of production, capital formation, changes in production techniques and launching the economy on the growth path (Samuelson and Nordhaus, 2012).

The India level GCF as percentage of GDP data is available from the World Bank database from 1981-2017 (https://data.worldbank.org/indicator/NE.GDI.TOT L.ZS?locations=IN).

Figure 17: India mean chart of GCFGDP_IND
Figure 17: India mean chart of GCFGDP_IND

The following table gives the descriptive statistics of both the economic growth variables.

Table 9351: Table 7: Descriptive statistics of PCI_GR_IND and GCFGDP_IND - India
Summary Statistics, using the observations 1981 - 2017
VariableMeanMedianMinimumMaximum
PCI_GR4.44544.2694-0.162809.2144
GCFGDP29.59027.58320.31942.476
VariableStd. Dev.C.V.SkewnessEx. kurtosis
PCI_GR2.47040.555720.13458-0.90793
GCFGDP6.59470.222860.49599-0.97850
Variable5% Perc.95% Perc.IQ rangeMissing obs.
PCI_GR0.416768.97173.98150
GCFGDP21.03340.86110.8700

The growth rate of per capita income (PCI_GR_IND) as independent variable and gross capital formation as a percentage of GDP (GCFGDP_IND) as another independent variable. The analysis is individually carried out for both the economic indicators. The correlation between both the independent variables at India level is 0.5. Hence, it can be considered as moderate level correlation and independent analysis can be carried out.

Correlation coefficients, using the observations 1981 - 2017

5% critical value (two-tailed) = 0.3246 for n = 37, with two-tailed p-value 0.0016

Table 9350: Table 8: Correlation Coefficients between PCI_GR_IND and GCFGDP_IND \begin{table}[h!] \centering \begin{tabular}{I^ccI^c} \hline & PCI_GR_IND & GCFGDP_IND \ \hline PCI_GR_IND & 1.0000 & 0.5013 \ \hline GCFGDP_IND & & 1.0000 \ \hline \end{tabular} \end{table}
PCI_GR_INDGCFGDP_IND
PCI_GR_IND1.00000.5013
GCFGDP_IND1.0000

First, the per capita growth rate is taken as independent variable and regression analysis is carried out. The results are obtained. Then, the gross capital formation as a percentage of GDP is taken as independent variable and regression analysis is carried out to obtain the results.

States Level

Growth rate of the real Per Capita Income (PCI_GR_STE): The state level growth rate of the real per capita income is calculated in the same way as at the India level. For example, for Andhra Pradesh at current prices (2011=100), the real PCI 1990 = Rs .3888 .468 and PCI 1991 = Rs .4632 .032 . Hence the PCI GR will be 19.12 % [(4632.032-3888.468)/3888.468]*100 = [(743.564)/38 88.468]100 = 0.1912100 = 19.12%]

Figure 16: Sate-wise mean chart of PCI_GR_STE
Figure 16: Sate-wise mean chart of PCI_GR_STE

Gross Capital Formation as a percentage of GDP (GCFGDP): At the state level, data for absolute GCF figures (Rs. Million) are only available. The GCF as percentage of GDP is calculated at the states level using the following formula.

G C F a s p e r c e n t a g e o f G S D P ( G C F G S D P ) = G C F G S D P × 100

Where GSDP is the Gross State Domestic Product

Furthermore, absolute GCF figures are available only from 1990-2015 in the RBI's 'Handbook of Statistics of Indian States (2017-18)'. Hence, due to unavailability of data, the time period for state level analysis is taken from 1991-2015.

Figure 18: Sate-wise mean chart of GCFGSDP_STE
Figure 18: Sate-wise mean chart of GCFGSDP_STE
Table 9349: Table 9: Descriptive statistics of PCI_GR_STE and GCFGSDP_STE - States
Summary Statistics, using the observations 1:01 - 26:25
VariableMeanMedianMinimumMaximum
PCI_GR12.33011.309-30.981109.62
GCFGDP10.9213.2840-66.485580.70
VariableStd. Dev.C.V.SkewnessEx. kurtosis
PCI_GR10.2360.830124.169832.703
GCFGDP44.1994.04718.100675.553
Variable5% Perc.95% Perc.IQ rangeMissing obs.
PCI_GR1.775322.8337.18220
GCFGDP0.007044819.1155.86350

The growth rate of per capita income (PCI_GR_STE) as independent variable and gross capital formation as a percentage of GDP (GCFGDP_STE) as another independent variable. The analysis is individually carried out for both the economic indicators. The correlation between both the independent variables at India level is 0.025. Hence, the correlation is low and independent analysis can be carried out.

Correlation coefficients, using the observations 1:01 - 26:25

5% critical value (two-tailed) = 0.0769 for n = 650, with two-tailed p-value 0.04158

Table 9348: Table 10: Correlation Coefficients between PCI_GR_STE and GCFGDP_STE \begin{table}[htbp] \centering \begin{tabular}{I^ccI^c} \hline & PCI_GR_STE & GCFGDP_STE \ \hline PCI_GR_STE & 1.0000 & 0.0255 \ \hline GCFGDP_STE & & 1.0000 \ \hline \end{tabular} \caption{Correlation Coefficients between PCI_GR_STE and GCFGDP_STE} \end{table}
PCI_GR_STEGCFGSDP_STE
PCI_GR_STE1.00000.0255
GCFGSDP_STE1.0000

First, the per capita growth rate is taken as independent variable and regression analysis is carried out. The results are obtained. Then, the gross capital formation as a percentage of GDP is taken as independent variable and regression analysis is carried out to obtain the results.

III. AN ANALYSIS

a) Aim

The aim of this study is to analyse the impact of political stability on economic growth for India as well as for 28 states in India. For the purpose of analysis, time period considered is of 37 years from 1981 to 2017 at India level; and time period of 25 years from 1991 to 2015 at the states level. The time period considered is strictly governed by the availability of data. The data set for India is a simple time series data of 37 years (1981-2017). However, the dataset for the states is a panel data spread across time series of 26 years (1990-2015) and cross sections of 28 states. (Arunachal Pradesh and Mizoram are kept out of purview of the analysis due to data unavailability. Also, union territories of Daman, Diu and Dadra Nagar Haveli, Andaman and Nicobar, Chandigarh and Lakshadweep are also kept out of purview as they have no impact on the election data).

India and state level analysis are kept separate due to federal structure of the polity, though regional parties play a very important role in political scenario of the country.

b) Model Specification

We are trying to find out the impact of political stability on economic growth. Political stability is measured by various indicators as described above. In a multi-party system like India, the number of effective parties, the changes in voter preferences (swing in votes), the number of seats that these parties win at every election in the Lok Sabha and the number of seats they occupy in both the Lok Sabha as well as Rajya Sabha (absolute concentration of power); and the coalitions formed, their relative strength and power (relative concentration of power) play a very important role in determining the stability of a government. The growth rate of real per capita income and the gross capital formation as percentage of GDP serve as appropriate measures of economic growth.

Time Period and Cross-Section specifications:

The formation of Indian states was fully completed by the year 1980. However, complete gross capital formation (GCF) data at the state level is available from 1990 onwards. Hence, for India level analysis, the time period in the analysis undertaken is from 1981-2017; whereas for state level analysis, it is from 1990-2015, to account for growth rate of the real per capita SDP and GCF.

The complete election data from the first year (1981) of the time frame is available for India as well as for 27 states, except 3 states, namely Chhattisgarh, Jharkhand and Uttarakhand. The states of Chhattisgarh,

Jharkhand and Uttarakhand were formed in the year 2000. The first elections took place in the year 2002 for Chhattisgarh, 2005 for Jharkhand and 2003 for Uttarakhand.

Hence, there are some variations in the time period as well as cross-section specifications for a few states as mentioned below:

  1. Due to unavailability of GCF data, the state level analysis is carried out for a period of 26 years from 1990 - 2015. However, national level analysis is carried out for a period of 37 years from 1981 - 2017 due to availability of GCF data at national level.

  2. The time period undertaken for Chhattisgarh is 2004-2015; for Jharkhand, it is 2005-2015; and for Uttarakhand, it is 2003-2015.

  3. The National Capital Region of Delhi (Delhi) and Union Territory of Puducherry are taken into analysis as they have a considerable impact on the national as well as state level political decisions. The GSDP data of Delhi and Puducherry is in official records only onwards the year 1993. Hence, the time period for Delhi and Puducherry is 1994-2015.

  4. The states of Arunachal Pradesh and Mizoram have been excluded from the study due to unavailability of GCF data.

  5. The Bihar State Assembly election in February 2005 had resulted in the President's Rule and mid-term election was held in October 2005. Hence, for the purpose of calculation, the results of the mid-term election are considered.

  6. The state of Telangana was formed in the year 2014. Hence, the analysis couldn't be carried out in light of only one election (2014) that has taken place till 2015.

  7. The Union Territories of Andaman and Nicobar Islands, Chandigarh, Dadra Nagar Haveli, Daman and Diu and Lakshadweep are also kept out of purview of the analysis as they have negligible to no impact on the political scenario/decisions in the country.

  8. The state of Jammu and Kashmir is considered to be a whole state as during the time period of the study (1990-2015), the state was not split up into union territories.

The time period of years between two consecutive elections is also taken into consideration to, appropriately measure the impact of inter-election per capita income and gross capital formation on the voting pattern of the electorates.

Table 9347: Table 11: List of State elections dates
No.State/Union TerritoriesTime Frame (Years)Election YearsNumber of Elections
1Andhra Pradesh1981-2017 (37)1978, 1983, 1985, 1989, 1994, 1999, 2004, 2009, 201409
2Arunachal Pradesh**1981-2017 (37)1980, 1984, 1990, 1995, 1999, 2004, 2009, 201408
3Assam1981-2017 (37)1978, 1983, 1985, 1991, 1996, 2001, 2006, 2011, 201609
4Bihar1981-2017 (37)1980, 1985, 1990, 1995, 2000, (Oct)2005, 2010, 201508
5Chhattisgarh2003-2017 (15)2003, 2008, 201303
6Delhi1993-2017 (25)1993, 1998, 2003, 2008, 2013, 201506
7Goa1981-2017 (37)1980, 1984, 1989, 1994, 1999, 2002, 2007, 2012, 201709
8Gujarat1981-2017 (37)1980, 1985, 1990, 1995, 1998, 2002, 2007, 2012, 201709
9Haryana1981-2017 (37)1977, 1982, 1987, 1991, 1996, 2000, 2005, 2009, 201409
10Himachal Pradesh1981-2017 (37)1977, 1982, 1985, 1990, 1993, 1998, 2003, 2007, 2012, 201710
11Jammu & Kashmir1981-2017 (37)1977, 1983, 1987, 1996, 2002, 2008, 201407
12Jharkhand2005-2017 (13)2005, 2009, 201403
13Karnataka1981-2017 (37)1978, 1983, 1985, 1989, 1994, 1999, 2004, 2008, 201309
14Kerala1981-2017 (37)1980, 1982, 1987, 1991, 1996, 2001, 2006, 2011, 201609
15Madhya Pradesh1981-2017 (37)1980, 1985, 1990, 1993, 1998, 2003, 2008, 201308
16Maharashtra1981-2017 (37)1980, 1985, 1990, 1995, 1999, 2004, 2009, 201408
17Manipur1981-2017 (37)1980, 1984, 1990, 1995, 2000, 2002, 2007, 2012, 201709
18Meghalaya1981-2017 (37)1978, 1983, 1988, 1993, 1998, 2003, 2008, 201308
19Mizoram**1981-2017 (37)1979, 1984, 1987, 1989, 1993, 1998, 2003, 2008, 201309
20Nagaland1981-2017 (37)1977, 1982, 1987, 1989, 1993, 1998, 2003, 2008, 201309
21Odisha1981-2017 (37)1980, 1985, 1990, 1995, 2000, 2004, 2009, 201408
22Puducherry1993-2017 (25)1991, 1996, 2001, 2006, 2011, 201606
23Punjab1981-2017 (37)1980, 1985, 1992, 1997, 2002, 2007, 2012, 201708
24Rajasthan1981-2017 (37)1980, 1985, 1990, 1993, 1998, 2003, 2008, 201308
25Sikkim1981-2017 (37)1979, 1985, 1989, 1994, 1999, 2004, 2009, 201408
26Tamil Nadu1981-2017 (37)1980, 1984, 1989, 1991, 1996, 2001, 2006, 2011, 201609
27Telangana**2014-2017*2014*01*
28Tripura1981-2017 (37)1977, 1983, 1988, 1993, 1998, 2003, 2008, 201308
29Uttar Pradesh1981-2017 (37)1980, 1985, 1989, 1991, 1993, 1996, 2002, 2007, 2012, 201710
30Uttarakhand2002-2017 (16)2002, 2007, 2012, 201704
31West Bengal1981-2017 (37)1977, 1982, 1987, 1991, 1996, 2001, 2006, 2011, 201609

c) Estimation Method/Methodology

Many estimation techniques are available for estimation of a panel data. The effects specification for panel analysis is very important. For macroeconomics dataset, the fixed effects model is a common choice. It is generally more appropriate than a random effects model for many macro datasets for two reasons. First, it is highly likely that these country-specific characteristics are correlated with the other regressors only if the individual effect represents omitted variables. Second, a typical macro panel will contain cross section data and, thus, will be less likely to be a random sample from a much larger universe of dataset. (e.g., an OECD panel is likely to contain all of the OECD countries and not just a random sample of them) (Judson and Owen, 1996).

Similarly, for the study, the Indian states analysis contains a total of 28 states and Union Territories. Also, the time period is fixed for the analysis. Thus, a fixed-effect model is more appropriate to our dataset because the likeliness of observations to be random is also very tiny.

Furthermore, we need to remove redundant variables so that internally correlated variables do not affect the analysis. In order to filter the variables, we adopt the Principal Component Analysis.

Principal component analysis is appropriate when we have obtained measures on a number of observed variables and wish to develop a smaller number of artificial variables (called principal components) that will account for most of the variance in the observed variables. After obtaining the principal components, a weighted index is created – political stability index – and regression analysis is carried out to check for dependence of the variables.

d) Hypothesis

We define the model using null hypothesis and alternate hypothesis. Also, the algebraic equation is mentioned below in order to study the impact of the variables.

Null Hypothesis ( H 0 )

The political stability index does not have a significant effect on the economic growth at both the levels - national (1981-2017) as well as the State Legislative Assembly Elections (for 28 states from 1991-2015).

Alternative Hypothesis ( H t )

The political stability index have a significant effect on the economic growth at both the levels - national (1981-2017) as well as the State Legislative Assembly Elections (for 28 states from 1990-2015).

Theoretically, at India level, the model can be defined as follows:

( 1 ) P C I G R I N D t = c 1 + β 1 ( P L S I I N D t ) + μ t
G C F G D P I N D t = c 1 + β 2 ( P L S I I N D t ) + μ t

where,

PCI_GR_INDt - Growth Rate of Per Capita Income for the period t

GCFGDP_IND - Gross Capital Formation as a percentage of GDP for the period t

PLSI_IND - index constructed using political stability indicators for the period t at India level

β k - the coefficients to be estimated

c m - the intercepts; and

μ t -the error term.

However, at the states level, Panel Regression is carried out to assess the relationship between the political stability index and economic growth indicators, separately. First, the per capita growth rate is taken as independent variable and regression analysis is carried out. The results are obtained. Then, the gross capital formation as a percentage of GSDP is taken as independent variable and regression analysis is carried out to obtain the results. Thus, we have a Model 1 and Model 2 at both –India as well as States level.

However, at the States Level, the model can be defined as follows:

( 3 ) P C I G R S T E t = c 1 + β 1 ( P L S I S T E t 1 ) + β 2 ( P L S I S T E t ) + μ t
( 4 ) G C F G S D P S T E t = c 1 + β 1 ( P L S I S T E t 1 ) + β 2 ( P L S I S T E t ) + μ t

PCI_GR_STEt - Growth Rate of Per Capita Income for the period t

GCFGSDP_STE - Gross Capital Formation as a percentage of GSDP for the period t

PLSI_STEt - index constructed using political stability indicators for the period t at states level

PLSI_STEt-1 - index constructed using political stability indicators for the Lag period

β k - the coefficients to be estimated

c m - the intercepts; and μ t -the error term.

e) Results

Here an attempt is made to analyse whether there exists an impact of political stability on economic growth in India.

f) India level results

The major question addressed here is: whether the economic growth that takes place in India is affected by stability at the central and states level political situation?

Model 1: OLS, using observations 1981-2017 (T = 37) Dependent variable: PCI_GR_IND Model 2: OLS, using observations 1981-2017 (T = 37)

CoefficientStd. Errort-ratiop-value
Const9.546523.168133.0130.0048***
PLSI_IND-0.1427270.0879435-1.6230.1136
Mean dependent var4.445426S.D. dependent var2.470393
Sum squared resid204.3257S.E. of regression2.416170
R-squared0.069988Adjusted R-squared0.043416
F(1, 35)2.633929P-value(F)0.113577
Log-likelihood-84.11347Akaike criterion172.2269
Schwarz criterion175.4488Hannan-Quinn173.3628
Rho0.143589Durbin-Watson1.683188

Dependent variable: GCFGDP_IND

CoefficientStd. Errort-ratiop-value
Const59.82257.097688.428<0.0001***
PLSI_IND-0.8458820.197024-4.2930.0001***
Mean dependent var29.59043S.D. dependent var6.594668
Sum squared resid1025.537S.E. of regression5.413045
R-squared0.344967Adjusted R-squared0.326252
F(1, 35)18.43245P-value(F)0.000133
Log-likelihood-113.9587Akaike criterion231.9174
Schwarz criterion235.1393Hannan-Quinn233.0533
Rho0.844288Durbin-Watson0.301708

The equations of the model can, now, be stated as follows:

P C I G R I N D t = 9.5 4 6 5 0.1 4 2 7 ( P L S I I N D t ) + μ t ( Indialevel )
G C F G D P _ I N D t = 5 9.8 2 2 5 0.8 4 5 8 8 ( P L S I _ I N D t ) + μ t ( Indialevel )

Centre and State-level data was analysed. The results prove that there is an impact on the economic growth. However, at India level, there is no significant impact on growth rate of per capita income (R squared = 0.07 , p=0.1136). Thus, it can be seen that p value is not significant at 1 % , 5 % or 10 % level of significance. Thus we say that the per capita income growth rate is not affected by the stability of the government.

However, there exists a significant impact on the gross capital formation of the country (R squared = 0.34, p=0.0001). The p-value is significant at all the levels of significance (1%, 5% and 10%). Thus, we can say that investments are impacted by the stability of the government at the Centre and, through investment, it influences the level of income and standard of living of the people.

In a country like India, with a multi-party system and rampant coalition governments, stability of the government is difficult. The Indian political scenario has been dented with frequent, early mid-term elections; pulling out support from existing functioning governments. This may be due to the nature of Indian politics for one decade. Furthermore, frequent imposition of presidential/governor rule. The negative coefficient, thus, indicates that economic growth is adversely affected by political stability indicators.

The coefficient of the index reflects lower values indicating a considerable amount of instability in the country. The Indian political system is plagued by multi-party system where coalition government has become the norm and hence, low value of political stability index per se.

Economic growth tends to get hampered if concentration of ruling alliance is lower, and/or opposition alliance is higher. There will be hurdles created in smooth functioning of the administrative decision- making and implementation as weaker governments are formed. The average of concentration of the ruling party in the total seats at India level in Lok Sabha is approx. 59 percent and in Rajya Sabha is approx. 44 percent (mean of Ruling Alliance in total seats in Lok Sabha-Absolute Concentration LA1=59.42% and mean of Ruling Alliance seats in total seats in Rajya Sabha- Absolute Concentration RA1=44.09%). Similarly at states level, the mean of Ruling Alliance's Concentration of Power is approx. 62

g) State Level Results

percent (mean of Ruling Alliance seats in total seats Absolute Concentration A1=62.18%). This shows that the government is formed by marginal seats in most of the elections. Thus, the strength of the coalition is weaker. This affects political stability adversely as lesser concentration of seats with ruling alliance leads to dicey government, affecting decision-making power regarding economic policies. There will be constant pushes and pulls of the junior/coalition partners in the government.

Since 1990s, the ruling alliance in India has been winning marginal seats as compared to earlier years. When Congress was the dominant party in the 1960s and 1970s, there have been 100 % majority governments. Over the years, the dominance has been lost, paving way for coalition governments; once comprising up to 24 small and big, regional and central political parties.

The proportion of seats of the major ruling party in the ruling alliance also, has been decreasing over the years. This is one of the main reasons, why the composition of coalition has been becoming wider and complicated. The average of concentration of the major ruling party in the total ruling alliance seats at India level in the Lok Sabha is approx. 74 percent and in Rajya Sabha is approx. 70 percent respectively (mean of Major Ruling Party seats in total Ruling Alliance seats in Lok Sabha-Relative Concentration LR1 = 74.17 % and mean of Major Ruling Party seats in total Ruling Alliance seats in Rajya Sabha- Relative Concentration RR1 = 70.33 % ).

Thus, the coefficient of Political Stability index (PLSI) at both-India and the states-levels portray a negative sign. However, our analysis prove that the indicators have a considerable impact on the economic growth of India.

Model 1: Pooled OLS, using 648 observations Included 26 cross-sectional units Time-series length: minimum = 24 maximum = 25 Dependent variable: PCI_GR_STE

CoefficientStd. Errort-ratiop-value
Const11.53242.170605.313<0.0001***
PLSI_STE-0.1184050.0623607-1.8990.0580*
PLSI_STE_10.1400240.06236622.2450.0251**
Mean dependent var12.31617S.D. dependent var10.24745
Sum squared resid67351.34S.E. of regression10.21864
R-squared0.008689Adjusted R-squared0.005615
F(2, 645)2.826680P-value(F)0.059943
Log-likelihood-2424.059Akaike criterion4854.119
Schwarz criterion4867.540Hannan-Quinn4859.325
Rho0.047610Durbin-Watson1.900247

Model 2: Pooled OLS, using 648 observations

Included 26 cross-sectional units

Time-series length: minimum = 24, maximum = 25

D e p e n d e n t v a r i a b l e : G C F G S D P S T E
CoefficientStd. Errort-ratiop-value
Const72.66549.084797.999<0.0001***
PLSI_STE-0.7225210.261003-2.7680.0058***
PLSI_STE_1-0.9783220.261026-3.7480.0002***
Mean dependent var10.93234S.D. dependent var44.26696
Sum squared resid1179819S.E. of regression42.76888
R-squared0.069424Adjusted R-squared0.066539
F(2, 645)24.05962P-value(F)8.36e-11
Log-likelihood-3351.734Akaike criterion6709.468
Schwarz criterion6722.890Hannan-Quinn6714.675
Rho0.828294Durbin-Watson0.343305

The equations of the model can, now, be stated as follows:

P C I I G R I S T E t = 1 1.5 3 2 4 0.1 1 8 4 ( P L S I I S T E t ) + 0.1 4 ( P L S I I S T E t 1 ) + μ t (Stateslevel)
G C F G S D P _ S T E t = 7 2.6 6 5 4 0.7 7 2 5 ( P L S I _ S T E t ) 0.9 7 8 3 ( P L S I _ S T E t 1 ) + μ t (Stateslevel)

We reject the Null hypothesis and accept that political stability does have an impact on economic growth. It is one of the indicators of economic growth of the country.

At states level, the major ruling party's concentration of power is approx. 80 percent (mean of major Ruling Party seats in total ruling alliance seats - Relative Concentration R 1 = 79.75 % ). Due to dominance of the state parties, the state Assemblies have comparatively higher concentration of ruling party in the coalition compared to Central coalition composition. However, it is not 100 percent and hence, the ruling party still has to depend upon the partners for assent regarding policies.

The relative power of the ruling alliance is approximately just as twice as that of total opposition alliance; i.e. the ruling coalition is approximately twice in majority than the opposition in both the Houses at India level (mean of relative concentration of Ruling Alliance power to total opposition alliance power in Lok Sabha LR2 = 2.32 times and that in Rajya Sabha RR2 = 2.28 times.) However, at the states level, the ruling alliance is relatively stronger (mean of Relative Concentration of ruling alliance power to total opposition alliance power R2 in the states = 3.61 times). The ruling alliance still needs to be more over-powering to total opposition in order to have a firmer stance in policy-making.

However, at the States level, both the analyses prove to be impactful. The growth rate of per capita income at the states level is very mildly affected by the stability (R squared = 0.01, p=0.058, p (lagged) =0.02). Thus, the p value for the same time period is significant at only 10% level of significance, but the lagged variable's p value is significant at both 5 % as well as 10 % level of significance. The gross capital formation as a percentage of GSDP is impacted by the stability (R squared = 0.07 , p = 0.0058 , p (lagged) = 0.0002 ). Thus, the p value for the same time period as well as lagged variable's p value are both significant at all the levels of significance 1 % , 5 % as well as 10 % level of significance. The panel regression at the states level is considered significant for investments due to the high number of observations ( n = 648 ) (Ellis and Steyn, 2003; Karadimitriou, 2015).

Thus, we can say that the stability of the state level governments affect the standard of living of the people as well as investments in that respective state. The analysis proves to be more appealing to the state level data. Thus, the central government's stability affects the income of the people indirectly; but the stability of the state governments have a comparatively major impact on the economic growth of the state.

In an ethnically diverse society like India with a deep societal cleavage, regional parties play a very important role. (Chandra, 2005) The regional parties affect the composition of ruling and opposition alliances. Thus, we answer the above questions. Yes, there exists a significant impact of the independent variables on the dependent variables more at the states level than at India level.

This inverse relationship between the indices is due to the structure of the Indian political system. The dominance of regional parties sways away the votes from the major national parties; thus, leading to formation of coalitions whereby the regional parties have the dictate.

Thus, political stability plays a significant role in determining economic growth of a country.

However, in India, economic growth is limited due to socio-political conditions plagued by multi-party democracy and coalition politics.

Furthermore, the results state that there is a negative relationship between political stability and economic growth at both the levels.

*For correlation coefficient, the larger the sample size, the value of 'r' at which a significant result occurs may be lower. Thus, the values of our analysis are considered to be significant considering the large data set as well as the long time span (panel data set). For a cross-sectional panel data of 648 observations, spanning over 25 years and 28 states elections, the correlation is significant enough to impact the dependent variable (Ellis and Steyn, 2003; Karadimitriou, 2015).

  • This is mainly due to the observed negative values of the political stability index at both – India and states levels. However, the stability index has a positive impact on the growth rate of per capita income of the states in the lagged period. This may be due to continued stability of the government at the state level. This continued stability may be reinforcing the faith of the people in the government. Also, the index turns acceptable at 5 % level in the lagged period. Thus, we can say that as time passes, the electorates become more confident about the stability of the government.

IV. CONCLUSION

  • This paper is about whether political stability has an impact on economic growth in the country. The effect of political stability on income and investment is robustly tested here. India is a country with a federal structure of polity and states designed on the basis of languages and culture. India and its states have a deep ethnic cleavage which has given rise to strong and a deep-rooted regional politics within the country. At the time of independence, India portrayed a strong one-party dominant type of parliamentary democracy at both the Central as well as federal levels. Over the years, the weakening and crumbling Congress party and its unity gave an opportunity to regional parties to blossom. This was further fuelled by the rise of another strong party (BJP) which became second in dominance to Congress, slowing gaining ground on the Congress party. Simultaneously, regional parties flourished on the grounds of ethnicity, multi-cultural and multi-lingual characteristics of the Indian citizenry.

  • There have also been instances at state level, where one-party dominance is still prevalent. (West Bengal, Sikkim). Nonetheless, there are states with constant turmoil within the ruling party and opposition parties. Hence, in order to analyse for the effect of such a peculiar multi-party system (where are almost a 100

  • parties plying for a single seat), we have undertaken this analysis.

  • As PLSI portrays a mix of indicators, and it has a negative coefficient. For our data, the ruling alliance and its strength is marginal at India as well as at states level. Additionally, the multitude of parties that exist in the country affect the economy as expenditure in maintenance and management of a huge number of parties is high. Further, our results show that there exists an inverse relationship between the indices. The negative sign mainly illustrates the weaker position of the ruling alliance that form the government.

  • Thus, our results have successfully established that the political situation of the country is one of the factors affecting economic growth.

  • Thus, the paper aims to draw conclusions on the Indian political scenario and its impact on the economic growth path. It is established that political stability is much lower in the country. It is partially responsible for lower economic growth of India. If the regional politics merges with national politics; then there is ample scope for increase in economic growth.

  • If the regional parties enter into permanent coalition with the national parties, then the risk of dissolution of the government and probability of reelection will considerably reduce. This will deviate the much needed funds to capital formation, infrastructure building and other developmental goals. Further, consensus between political party coalitions will lead to better policy designing and decision-making, avoiding further delays in implementing the futuristic and compatible economic policies for placing the country on growth trajectory.

WEBSITES

  1. http://eci.nic.in/eci_main1/ElectionStatistics.aspx cited on 03May, 2018

  2. http://niti.gov.in/state-statistics# cited on 03 May, 2018

  3. https://www.census2011.co.in/states.phpcited on 03May, 2018

  4. https://data.worldbank.org/indicator/NE.GDI.TOTL.Z S?locations INcited on 03May,2018

  5. http://planningcommission.nic.in/data/datable/cited on 03May, 2018

  6. http://164.100.34.62:8080/cpiindex/Default1.aspx (ministry of statistics and programme implementation) cited on 03May, 2018

  7. https://mahades.maharashtra.gov.in/files/publication/ESM_Eng2016_17.pdf

  8. http://worldstatesmen.org/India_states.html cited on 10 April, 2018

  9. https://loksabha.nic.in/members/StateWiseStatisticaList.aspx cited on 20th July, 2019. (Table 1)

  10. https://rajyasabha.nic.in/rsnew/member_site/member_搐istewise.aspx cited on 20th July, 2019. (Table 2)

  11. https://www.nriol.com/india-statistics/vidhansabha-vidhanparishad.asp cited on 20 th July, 2019. (Table 3)

  12. https://www.india.gov.in/ cited on 20 th July, 2019. (Table 4)

BOOKS
  1. Acemoglu, D., and Robinson, J., (2012), "Why Nations Fail: the origins of power, prosperity and poverty", Profile Books Ltd., London.

  2. Chander, N. J., (2004), 'Coalition Politics - The Indian Experience', Chapter -3, Concept Publishing Company, New Delhi - 110059. (1980-1996)

  3. Jain, T.R., and Ohri, V.K., (2015), "Introductory Macroeconomics", VK Global Publications Private Limited.

  4. Samuelson, P., and Nordhaus, W.; (2013), "Economics: Special Indian Edition", Tata McGraw Hill Education Private Limited.

  5. Sharma, R., (2012), "Breakout Nations: In Pursuit of the Next Economic Miracles", W. W. Norton & Company.

Indian Central and State-wise Coalition Government detailed Bibliography:

1. Andhra Pradesh

<https://www.livemint.com/Politics/hdzC3SAgM1i6x nvKbID7BK/TRS-leads-on-19-seats-in-Telangana-assembly-election-results.html>

2. Assam
6. Goa
7. Gujarat
417.cms?utm_source contentofinterest&utm_medium text&utm_campaign cppst>
  1. Haryana
  1. Jharkhand
  1. Kerala
  • Chander, N. J., (2004), 'Coalition Politics - The Indian Experience', Chapter -4, Concept Publishing Company, New Delhi - 110059. (1980-1996) http://www.keralaassembly.org/sum01.html Retrieved on May 9, 2018.

  • home/specials/assembly-elections-2014/ maharashtra-news/Assembly-elections-2014-BJP-Shiv-Sena-may-has-to-come-together-in-Maharashtra-NCP-blames-Chavan/articleshow/44874373. cms>

  1. Manipur
21. Punjab
22. Rajasthan
23. Sikkim
24. Tamil Nadu
25. Tripura
26. Uttar Pradesh

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Recommendations are made for providing near term support for national economic recovery whilst also demonstrating the advantages of sustained development of the measurement infrastructure in the medium-term to maximize the potential of future innovative and disruptive technologies. These recommendations, whilst focused on consideration of the UK, should apply globally. References: [1] G. Tassey, "Underinvestment in public good technologies," J Technol. Transfer, Vol. 30, pp. 89-113, 2004. https://doi.org/10.1007/s10961-004-4360-0 [2] M. King, and E. Renedo, "Achieving the 2.4% GDP target: The role of measurement in increasing investment in R&D and innovation," NPL Report IEA 3, NPL, Teddington, UK, March 2020. [3] M. King and G. Tellett, "The National Measurement System: A Customer Survey for Three of the Core Labs in the National Measurement System," NMS Customer Survey Report 2018, NPL Teddington, UK, April 2020 [4] H. Kunzmann, T. Pfeifer, R. Schmitt, H. 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Temple, Measurement, standards and productivity spillovers in Handbook of Innovation and Standards. Cheltenham, UK: Edward Elgar, 2017, p. 162. https://doi.org/10.4337/9781783470082.00016 [10] A. Font, K. de Hoogh, M. Leal-Sanchez, D. C. Ashworth, R. J. C. Brown, A. L. Hansell, and G. W. Fuller, "Using metal ratios to detect emissions from municipal waste incinerators in ambient air pollution data," Atmos. Environ., vol. 113, pp. 177-186, July 2015. https://doi.org/10.1016/j.atmosenv.2015.05.002 [11] S. Giannis, M. R. L. Gower, G. D. Sims, G. Pask, and G. Edwards, "Increasing UK competitiveness by enhancing the composite materials regulatory infrastructure," NPL Report MAT 90, NPL, Teddington, UK, October 2019. [12] HM Government, UK Research and Development Roadmap, BEIS, London, July 2020. [13] M. R. Mehra, S. S. Desai, F. Ruschitzka, and A. N. Patel, "Hydroxychloroquine or chloroquine with or without a macrolide for treatment of COVID-19: a multinational registry analysis," Lancet, 2020, https://doi.org/10.1016/S0140-6736(20)31180-6 (Print: ISSN 1931-5775) (Online: ISSN 2381-0580) ©2021 NCSL International Smart Power Supply Calibration System Iraj Vasaeli , Brandon Umansky NCSLI Measure | Vol. 13 No. 1 (2021) | doi.org/10.51843/measure.13.1.2 Publisher: NCSL International | Published February 2021 | Pages 22-27 Abstract: This paper details the development of an automated procedure to conduct calibrations of power supplies at Jet Propulsion Laboratory, California Institute of Technology (JPL). The fundamentals of power supply calibrations are given, and discussion on the method by which this custom software handles that calibration. Additionally, this technique provides real time uncertainty quantification of the calibrations. This automated system has demonstrated a time savings over existing automated techniques in use today. References: [1] Keysight, "Low-Profile Modular Power System Series N6700 Service Guide", Part Number: 5969 2938, Edition 7, January 2015. [2] B. N. Taylor and C. E. Kuyatt, "Guidelines for Evaluating and Expressing the Uncertainty of NIST Measurement Results", NIST Technical Note 1297, 1994. https://doi.org/10.6028/NIST.TN.1297 [3] JCGM, "Evaluation of measurement data - Guide to the expression of uncertainty in measurement," first edition (GUM 1995 with minor corrections)," JCGM 100, 2008. 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(Print: ISSN 1931-5775) (Online: ISSN 2381-0580) © 2021 NCSL International Validation of the Photometric Method Used for Micropipette Calibration Elsa Batista , Isabel Godinho, George Rodrigues, Doreen Rumery NCSLI Measure | Vol. 13 No. 1 (2021) | doi.org/10.51843/measure.13.1.4 Publisher: NCSL International | Published February 2021 | Pages 40-45 Abstract: There are two methods generally used for calibration of micropipettes: the gravimetric method described in ISO 8655-6:2002 and the photometric method described in ISO 8655-7:2005. In order to validate the photometric method, several micropipettes of different capacities from 0.1 µL to 1000 µL were calibrated using both methods (gravimetric and photometric) in two different laboratories, IPQ (Portuguese Institute for Quality) and Artel. These tests were performed by six different operators. 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Qual.Assur (2001) 6:103-106. https://doi.org/10.1007/PL00010444 [5] EURAMET project 1353, Volume comparison on Calibration of micropipettes - Gravimetric and photometric methods. [6] ASTM E542: Standard Practice for Calibration of laboratory Volumetric Apparatus, 2000. [7] ISO 4787; Laboratory glassware - Volumetric glassware - Methods for use and testing of capacity, 2010 . [8] ISO 13528:2005 - Statistical methods used in proficiency testing by interlaboratory comparisons. [9] BIPM et al, Guide to the Expression of Uncertainty in Measurement (GUM), 2nd ed., International Organization for Standardization, Genève, 1995. [10] EURAMET guide, cg 19, - Guidelines on the determination of uncertainty in gravimetric volume calibration, version 3.0, 2012. [11] E. Batista et all, A Study of Factors that Influence Micropipette Calibrations, Measure Vol. 10 No. 1, 2015 https://doi.org/10.1080/19315775.2015.11721717 [12] www.BIPM.org. (Print: ISSN 1931-5775) (Online: ISSN 2381-0580) © 2021 NCSL International Material Flow Rate Estimation in Material Extrusion Additive Manufacturing G. P. Greeff NCSLI Measure | Vol. 13 No. 1 (2021) | doi.org/10.51843/measure.13.1.5 Publisher: NCSL International | Published February 2021 | Pages 46-56 Abstract: The additive manufacturing of products promises exciting possibilities. Measurement methodologies, which measure an in-process dataset of these products and interpret the results, are essential. However, before developing such a level of quality assurance several in-process measurands must be realized. One of these is the material flow rate, or rate of adding material during the additive manufacturing process. Yet, measuring this rate directly in material extrusion additive manufacturing presents challenges. This work presents two indirect methods to estimate the volumetric flow rate at the liquefier exit in material extrusion, specifically in Fused Deposition Modeling or Fused Filament Fabrication. The methods are cost effective and may be applied in future sensor integration. The first method is an optical filament feed rate and width measurement and the second is based on the liquefier pressure. Both are used to indirectly estimate the volumetric flow rate. The work also includes a description of linking the G-code command to the final print result, which may be used to create a per extrusion command model of the part. References: [1] T. Wohlers, I. Campbell, O. Diegel, J. Kowen, I. Fidan, and D.L. Bourell, "Wohlers Report 2017: 3D Printing and Additive Manufacturing State of the Industry Annual Worldwide Progress Report," 2017. [2] Additive manufacturing -- General principles -- Terminology. Geneva, CH: International Organization for Standardization, 2015. [3] R. 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Donmez, "Proposal for a Standardized Test Artifact for Additive Manufacturing Machines and Processes," Solid Freeform Fabrication Symposium Proceedings, pp. 902-920, 2012. https://doi.org/10.6028/NIST.IR.7858 [9] ASME Y14.46-2017 Product Definition for Additive Manufacturing. New York:The American Society of Mechanical Engineers, 2017. [10] H. Li, T. Wang, J. Sun, and Z. Yu, "The effect of process parameters in fused deposition modelling on bonding degree and mechanical properties," Rapid Prototyping Journal, vol. 24, no. 1, pp. 80-92, Jan. 2018, https://doi.org/10.1108/RPJ-06-2016-0090 [11] A. W. Gebisa and H. G. Lemu, "Investigating effects of Fused-deposition modeling (FDM) processing parameters on flexural properties of ULTEM 9085 using designed experiment, "Materials, vol.11, no. 4, pp. 1-23, 2018, https://doi.org/10.3390/ma11040500 PMid:29584674 PMCid:PMC5951346 [12] B. Wittbrodt and J. M. Pearce, "The effects of PLA color on material properties of 3-D printed components," Additive Manufacturing, vol. 8, pp. 110-116, 2015, https://doi.org/10.1016/j.addma.2015.09.006 [13] O. A. Mohamed, S. H. Masood, and J. L. Bhowmik, "Optimization of fused deposition modeling process parameters: a review of current research and future prospects," Advances in Manufacturing, vol. 3, no. 1, pp. 42-53, Mar. 2015, https://doi.org/10.1007/s40436-014-0097-7 [14] S. K. Everton, M. Hirsch, P. Stravroulakis, R. K. Leach and A. T. Clare, "Review of in-situ process monitoring and in-situ metrology for metal additive manufacturing," Materials and Design, vol. 95, pp. 431-445, 2016, https://doi.org/10.1016/j.matdes.2016.01.099 [15] P. K. Rao, J. P. Liu, D. Roberson, Z. J. Kong, and C. 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Shreya Raval, Dr. Salvi. 2026. "How Political Stability Affects Economic Growth in India". Global Journal of Management and Business Research GJMBR-B Volume 22 (GJMBR Volume 22 Issue B4).

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Alt text: Analysis of political stability affecting economic growth in India, based on latest research and data.
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How Political Stability Affects Economic Growth in India

Shreya Raval
Shreya Raval
Dr. Salvi
Dr. Salvi