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The Economic Impact of the University of Bristol on its Region
by Paul Chatterton

The University and its Economic Impact


This section will consider the direct and indirect economic effects of the University of Bristol in terms of income and employment generation. The geographical focus will vary between the local scale defined as the old county of Avon and the regional scale defined as the South-West region (Avon, Somerset, Gloucestershire, Devon, Cornwall, Dorset and Wiltshire). However, some analysis in this section refers to the Bristol postal area.

THE SIGNIFICANCE OF UNIVERSITY EMPLOYMENT

"The direct creation of and maintenance of employment is the most obvious form of economic impact Universities have on the local economy" (CVCP, 1994, 15). In fact "expansion in University employment has been an important growth element in regional economies throughout the UK" (ibid.). In 1991, there were over 227 000 people employed in the Higher Education (HE) sector in the UK, or 1.1% of the workforce. If we consider the period 1981-91, total employment in the UK grew by only 1.2%, whilst HE employment grew by 6.8%. If we look at the South-West region in the same time period, total employment grew by 10.9%, but HE employment grew by 24.2%.

Although this HE employment growth in the region is quite impressive, when absolute levels of HE employment in the South-West are compared against other regions, its national share is low. The region has the second lowest Location Quotient of all the UK regions as shown in table 2.1. Location quotients are a statistical measure to show the degree to which a specific area has more or less than its share of a particular activity. A value '>1' represents that an area has a greater share of higher education employment compared to the UK overall.[ The LQ's are calculated as follows: (county employment in HE/county employment total)/(national employment in HE/national employment total).]

Table 2.1: Higher Education Employment and Location Quotient by Region, 1993
REGION
HE EMPLOYMENT
LOCATION QUOTIENT
East Anglia
19527
1.40
London
62154
1.13
East Midlands
28697
1.08
South East
71472
1.03
North West
41969
1.02
Scotland
33285
0.95
Yorks/Humberside
30740
0.95
Wales
41969
0.91
West Midlands
30144
0.87
South West
25269
0.83
North
15527
0.82
Total
3742454
1.00
SOURCE: NOMIS (EMPLOYMENT CENSUS, SEPTEMBER 1993).

But, if we look at a more focused level in table 2.2, the old county of Avon has a particularly high concentration of HE employment, with the seventh highest HE employment Location Quotient in the UK.

Table 2.2: UK Counties with Higher Education Employment Location Quotients >1, 1993.
1
Cambridgeshire
2.89
2
Oxfordshire
2.46
3
Leicestershire
2.09
4
South Glamorgan
1.73
5
East Sussex
1.67
6
Gwynedd
1.67
7
Avon
1.40
8
Surrey
1.36
9
Central region
1.35
10
West Midlands
1.31
11
West Glamorgan
1.30
5
Greater Manchester
1.26
12
Tyne and Wear
1.25
13
Nottinghamshire
1.25
14
Tayside region
1.25
15
Bedfordshire
1.21
16
Hampshire
1.20
17
Buckinghamshire
1.14
18
Greater London
1.13
19
Lancashire
1.09
20
Fife region
1.07
21
Strathclyde region
1.05
22
Berkshire
1.05
Source: NOMIS (Employment Census, September 1993).

The University of Bristol, with an employment total of over 4 000, is one of the most significant employers in the city.

Table 2.3: Alphabetical list of Public and Private companies in based in Bristol employing more than 2000 people.
Bristol City Council
Rolls Royce Military
Aero Engines Ltd
British Telecom
Royal Mail
Clerical Medical and General Life Assurance
Somerfield PLC
Defence (MOD) Procurement Executive
Southmead Healthcare Trust
Frenchay Healthcare Trust
Sun Alliance
Government Office for the South-West
Mitie Group PLC
Sun Life Holdings PLC
University of Bristol
National Westminster Bank

University of the West of England
Source: Western Development Partnership and Western Daily Press 'Top 100 Companies in the West', 3/12/96.

Table 2.4 shows that employment at the University has grown by nearly 9% since 1991/92.

Table 2.4: Increase in Staff at the University of Bristol, 1991/92 - 1995/96.
CATEGORY
1991/92
1995/96
% Change
Academic and Related
1908
2329
22.1
Clerical/Secretarial
740
754
1.9
Technical
647
689
6.5
Trades/Manual/Domestic
819
877
7.1
Total
4114
4482
8.9
Source: Appendix to Annual Report.

The University's position as a major economic entity in the region can also be shown by its income. Total income increased from just over £65M in 1987/88 to nearly £155M in 1995/96. When adjusted for inflation using the Retail Price Index (RPI) the real growth in income between 1987/88 and 1995/96 was from £65M to £108M, an increase of 66% (figure 2.1).[The RPI values refer to the financial years ending 31 July and is based on January 1987=100.]

Measuring the Economic Impact of The University

The University has a major economic impact in three main ways; through staff, students and University purchasing. The economic impact made through these three areas will, however, vary according to the geographical scale of analysis used.

Firstly, the student population of over 12 000 must have a significant economic impact. A report by the Policy Studies Institute (1996) stated that in 1995/96 the average student spent just over £5 000. From this sum, accommodation and food accounted for £1 000 each and alcohol/tobacco and course related costs accounted for £500 each. The PSI report also found that two-thirds of all students earned some money during the academic year from part-time jobs. [The Report by PSI entitled Student Finances, surveyed a representative sample of 1 971 students at 73 HEI's across the UK.]

A recent report from Middlesex University stated that spending by the 15 000 students at the University directly and indirectly supported 790 jobs within a radius of five miles - or that one job is generated for every 20 students at the University within this radius (North, 1994). This is an assumption which presumably holds for HEI's of a similar size such as The University of Bristol. Most of the student spending from the University must be highly localised within the Avon, and more realistically, the Bristol economy. Section 4 highlights the clustering of student residential locations around BS2, BS6 and BS8 which means that their spending is concentrated.

Secondly, staff have a greater economic impact than students, but the impact of their expenditure is less localised. Figure 2.2 below shows that 8% of all University staff live outside the standard South-West region, but in terms of the higher paid academic staff 16% live outside the region; the figures are 14% and 24% respectively for those living outside the old county of Avon. In terms of where the salaried expenditure of the University is finally spent, then, there are significant leakages at the regional and especially at the old county level.

Thirdly, the economic impact of University non-salaried expenditure (which in this example refers to purchases by the University and the Students' Union) also varies by geographic area. The table below is based upon some analysis undertaken on the University purchase ledger for 1995/96. Of a total of 8 272 purchase ledger entries, only 742 (9.0%) were in a usable format for the analysis (i.e. had information on both postcode and type of supplier). These entries, however, accounted for £34M or 62.7% of the University's total expenditure of £54.1M. The table below shows that 47.8% of purchases were made with firms outside the region. In fact, in purchasing categories like computing, libraries, advertising and telephone/fax, over 90% of purchasing was conducted outside the region. The analysis also shows that in terms of University purchases made within the South-West region, the economy of the old county of Avon dominates. Significant types of purchasing made within Avon included capital projects and financial/legal/insurance services. One must treat the analysis with caution, however, since it is only based on two-thirds of total University purchases.

An important mechanism for purchasing at the University is through its participation in The Southern Universities Purchasing Consortium (SUPC). Established in 1974 and now involving 29 higher education institutions and 14 associate members, the consortium negotiates purchasing agreements on behalf of its members in the procurement areas of catering, cleaning and domestic, computing, furniture and textiles, scientific equipment, laboratory and workshop, professional and administrative, maintenance and stationery and office supplies. Significant savings accrue in all these areas as a result of the University's membership in the SUPC.

Table 2.5: University of Bristol Purchases by Region, 1995/96
Classification
Number of Total Suppliers
Total Annual Purchases (£)
% of Purchases Avon
from: Rest of SW
Outside SW
Advertising
4
301674
0.0
0.0
100.0
A-V/Photographic
21
397949
47.8
2.2
50.1
Capital Projects
20
5636115
99.3
0.0
0.7
Catering
61
1390296
54.5
4.7
40.7
Cleaning / Laundry
18
383231
41.7
21.5
36.8
Computing
66
3390561
9.4
0.3
90.3
Energy / Water
14
3484330
35.0
10.4
53.1
Estates / Buildings
36
1568985
44.3
4.3
51.4
Financial/Legal/Insurance
45
1649320
78.5
0.0
21.5
Furniture and Fittings
18
295219
55.5
0.8
43.7
Laboratory
112
4971859
3.2
13.0
83.7
Library
30
1275017
6.8
0.6
92.6
Mail / Courier Services
65
602405
44.2
0.0
55.8
Office / Stationary
51
1413635
33.3
9.9
56.9
Printing
22
362238
44.0
3.4
52.6
Telephone / Fax
12
903989
0.0
0.8
99.2
Travel / Transport Accom.
58
1037893
68.2
0.4
31.4
Workshop / Maintenance
19
296775
19.8
5.5
74.7
Miscellaneous / Other
70
4571124
84.4
1.6
14.0
Total
742
33932615
47.8
4.4
47.8
Source: University of Bristol purchase ledger, 1995/96.

Modelling Income and Employment Impacts

Since the 1980's there has been a growing interest in modelling the effects of Higher Education institutions on local economies to demonstrate their significant economic contributions. Two previous studies of this type have been borrowed and modified to model the economic impacts of the University on the local and regional economy. The rest of this section will present the findings of this modelling exercise when applied to the University of Bristol. The two models used were from South Bank University (author unknown) and Manchester University (Robson et al.) both of which are based on forms of multiplier analysis. These two models were initially applied to The University of Bristol through an undergraduate dissertation (Stokes, 1996) and have since been updated for use in this report. The author acknowledges that the application of the models as they appear in this report may be considered by many as lacking rigour. This is due to lack of time in terms of formulating the model and also that such models reflect a rather static view of the impacts of the University. This report, taken as a whole, presents a more dynamic and broader assessment of the range of impacts made by the University of Bristol.

The South-Bank Model

The first model stems from work at South Bank University and comes from a preliminary discussion paper presented at the 'Cities of Learning?' conference in 1995 at Lancaster University. The model follows a step-wise procedure shown in figures 2.5 and 2.6 to calculate the total income impact on local business as a result of expenditure by the University, its staff and students. The economic impact of the University can be considered through three categories; direct, indirect and induced impact. These are described below and are summarised in table 2.6. The bracketed letters refer to figures 2.5 and 2.6 which show the step-wise procedure of the model.

Table 2.6: Local Income Impact by Study Area, after The South Bank Model, 1995/96 (£m).
LOCAL INCOME IMPACT
AVON
SOUTH-WEST
Direct (Q+R)
44.4
46.3
Indirect (N+O+P)
52.6
52.5
Induced (U)
19.4
22.7
Total (V)
116.4
121.5



Multiplier (T)
1.20
1.23
Source: Stokes (1996).

The Direct Impact refers to the impact effect of the direct employment of staff at the University. In essence, it is the proportion of total net wages spent in each of the areas by University staff (C/B). So from a total University net wages bill of £77.4M, nearly 60% (£46.3M) of this stays in the South-West region and 57.4% (£44.4M) of this stays in the Avon economy. The losses are from National Insurance and tax deductions and purchase leakages out of the region. On the flow chart, the Direct Impact is represented by Q+R. The percentages which relate to Q and R refer to staff propensity to consume in the specified area and is based on analysis of previous impact studies and data from Economic Trends.

The Indirect Impact relates to non-salaried expenditure by the University and Students' Union (i.e. purchases) in the areas under consideration and the expenditure generated by the additionally impacting students (i.e. expenditure by students who are resident in the area under consideration solely because of the existence of the University). In terms of the £54.1M (A) of non-salaried expenditure from the University in 1995/96, 42% (22.7m) was in Avon and 48% (£26M) of it was in the South-West (P). In terms of expenditure generated from additionally impacting students, £29.9m was in Avon and 26.5m was in the South-West. This gives an indirect Impact of £52.6M for Avon and 52.5m for the South-West, represented by N+O+P on the flow chart.

The Initial Income Injection (S) from the University is the sum of the Direct and Indirect Impacts. For the Avon economy it is £97M and for the South-West economy it is £98.8M. This is represented by summing all the major sources of expenditure so far (N+O+P+Q+R).

The Induced Effect (U) refers to the additional impact resulting from expenditure on goods and services in the areas under consideration by recipients of both direct and indirect income. It is calculated by applying a multiplier (T) to the Initial Income Injection (S). The multiplier is based on the percentage of University purchases made within each defined area and the assumption that 40% of this is available to be subsequently spent.1 Following these assumptions, for Avon, the multiplier is 20% (or a multiplier of 1.20) of the initial income injection which is £19.4M; and for the South-West it is 23% (or a multiplier of 1.23) of the initial income injection which is £22.7M. Finally, by adding the Initial Income Injection and the Induced Effect, we arrive at the total income impact on local businesses from the existence of the University of Bristol; in the Avon economy this is £116.4M and in the South-West economy it is £121.5M. The above is summarised in figures 2.5 and 2.6.

The Robson Model

This second model generated by Robson et al. (1995) at Manchester University covers the impacts of the four Universities in Greater Manchester; Manchester, Manchester Metropolitan, Salford and UMIST. This model uses gross local output as a surrogate measure of the income impact. In a similar vein to the South Bank Model, the initial income injection from the University (the gross local output) is represented here by combining the Direct Impact (salaried expenditure of £93.8M) and Indirect Impact (University non-salaried expenditure and student expenditure of £47M) giving a total of £140.8M. Table B1 (Appendix B) summarises these figures.

The Induced Impact again represents the ripple effect of the Direct and Indirect expenditure until the initial income injection to be re-spent in the region becomes negligible. Each ripple, or subsequent round of expenditure, is summed giving an Induced Impact of £43M. (Table B1). Following the same logic as the South Bank Study, the Induced Effect is 30% of the combined Direct and Indirect Impact (or a multiplier of 1.30). A Keynesian Multiplier is also applied to this study which is slightly different because it is calculated on the basis of the Induced Impact solely resulting in a figure of 1.26. As shown in the table below, by combining the direct, indirect and induced impacts the estimated Gross Local Output Impact of The University of Bristol on the Economy of the South West is £183.8M.

Source: Stokes, (1996).

The Robson model was also used to calculate the Employment Impact of the University. The Direct Employment Impact is simply the number of staff at the University measured in FTE's (Full-Time Equivalents). The Indirect and Induced Employment Impacts are the jobs created within the region as a result of spending by the University, its staff and students. The way it is calculated is by profiling each round of this spending by Standard Industrial Classification (SIC) category and then dividing this total spending by average output per employee in that industrial sector. This is estimated using domestic price input-output tables and Census of Employment data and then updated using producer price indices from Economic Trends. Thus, 2899 additional FTE jobs were created in the region from this expenditure, mainly in the SIC sectors of Distribution, Hotels, Restaurants and Public Administration, Education and Health (Table B2, Appendix B). The employment multiplier of 1.7 is calculated through the same methodology as the income impact multipliers.

Table 2.7: Gross Local Output for the South-West, after The Robson Model, 1995/96 (£m).
Direct
93.8
Indirect
47.0
Induced
43.0
Total
183.8


Multiplier
GLO
Keynesian

1.30
1.26
Table 2.8, Direct, Indirect and Induced Employment (FTE) in the South West Region, after the Robson Model, 1995/96.
Direct
4052
Indirect
2168
Induced
731
Total
6951


Employment Multiplier
1.7
Source: Stokes, (1996).

Problems and Summary

In summary, the Economic Impact Multiplier for the regional economy ranges from 1.23 for the South Bank Model to 1.30 for the Robson Model. So, for every £ spent by the University, a further £0.23 or £0.30 is generated in the regional economy, depending on the methodology used. The South Bank Methodology presents us with an Economic Multiplier for Avon of 1.20, which, relating to a smaller scale, is understandably a smaller figure representing £0.20 of extra money generated in the county for every £ spent by the University. The Employment Impact Multiplier suggests that for every job created by the University, a further 0.7 (FTE) jobs are created in the region; a figure which is rather high compared to previous studies.

The two models, then, present us with different conclusions. This is not surprising as both models have different assumptions and premises. Firstly, the South Bank Model relies heavily upon accurate data gathered from the University. In contrast to the Robson Model, however, one weakness of the South Bank model is its failure to incorporate differences in staff salaries between residential areas and also between occupational bandings into the calculations. The model also excludes the impact made by part-time students and 'outsiders' in the form of visitors and conference delegates. The full impact of the University will, therefore, be under-estimated. Finally, there are estimations in the model on the number of additionally impacting students, student expenditure and propensities to consume, all of which should be seen as potential weaknesses within the model.

In contrast to the South Bank Model, the Robson Model may over-emphasise the consequences of University salaried expenditure and under-emphasise University non-salaried expenditure. It relies more on published data and regional statistics. As a result, it contains the assumption that regional spending by the University in a particular industrial sector reflects the region's share of overall employment in that sector. This results in a much lower retention rate for spending within the South-West. This is one limitation in the model; although post-code analysis of the University purchase ledger showed that 48% of spending was within the South-West, one must be aware that much of this could simply be to distributors in the region and that the money will quickly 'leak' elsewhere, even overseas. Further, despite the fact that the Robson model differentiates between type of students and staff, this leads to over-generalisation.

There is a strong case for considering the economic impact effect of construction activity separately in any such model. The arguments for this assert that the construction industry is more intense and localised in nature and hence will have higher multipliers. The recent rise of multi-National construction operators and the in-commuting of labour, however, distorts the issue. While this study acknowledges that recent construction activity by the University has had an enormous local economic impact (with construction expenditure running at over £10M for the last two years - section 4), because of the problem outlined above it has subsumed construction within general expenditure.

Overall, however, this modelling exercise has allowed us to see the extremely important Economic Impact the University of Bristol has on the local and regional economy. In particular, the income and employment impacts of spending by the University, its staff and students is a significant contributor to local and regional economic prosperity and there are strong reasons to suggest that the effect the University has is much higher and more localised than that of other types of economic activity.

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Copyright: 1997 The University of Bristol, UK
Updated: August 1997