Dr. V. Bougromenko, Geogracom (Russia)
Road Policy in Russia and CIS: novel management technologies for region
sustainability
Strategy of
sustainable development of roads
Problems of transitional period ideology affected the road and transport policy that is being implemented in the countries of the former USSR. It is manifested in delayed understanding of the concept of sustainable development and in thinly veiled cliches of centralized planned economy, that burden the road and transport policy. As a result, the concept of transport policy [1] approved by the government of the Russian Federation in 1997 does not work.
Russia's
Roads program,
that later became Presidential [2], was the first attempt to take into account the
experience of developed countries, but after seven years of its realization it has become
outdated.
A more
fundamental approach to formation of road and transport policy was made in Kazakhstan
where the Strategy of development up to 2030 was adopted in 1997. Within it an adequate
attention was paid to road problems [3].
Interesting
attempts to reform their road policies were made in Japan, Great Britain, New Zealand and
the Scandinavian countries [4,5].
In our
opinion, road policy as a document must give an answer to one question: how to achieve
the indices of sustainable development of a country by means of roads.
Goals of road
network development should correspond to goals of the territorial development strategy,
particularly to that of achievement of human development standards and economic
development indices (for example, in Kazakhstan this goal is provide GDP per capita not
less than US$ 7000 by 2030). Besides, the realization of the above-mentioned goals should
be performed in conformity with extended principles of sustainable (ecological,
economical, social and geopolitical) development. The essence of the principle is in
such use of various resources that would allow us to extensively exploit the resources
today and at the same time to increase potential opportunities of development of future
generations.
As applied to
the roads, it implies such a development of road infrastructure that not only maintains
mobility of population and goods (even despite the accumulated under-rehabilitation) but
also broadens these opportunities due to increase of the potential of the so-called
secondary qualities of a territory, such as accessibility, connectedness, contrast
(diversity) of locations. The role of roads in realization of potential opportunities for
transportation of consumers of different territorial resources is especially significant
as compared with the other transport modes (since roads reach even the smallest
settlements).
Nevertheless,
these specific opportunities can become available only under two conditions:
- planning of
the road development in accordance with the end consumption of services that lie beyond
their production needs or beyond the needs of transport service providers. Road network
development is not an end in itself but an
instrument for achievement of the sustainable development parameters that are reflected in
Minimal Transport (Road) Standard:
- financing
that is ahead of current needs.
Minimal Transport (Road) Standard is the basis of the state road policy. Development of
all transport modes is planned according to MTS disregarding their technological and
branch incompatibility.
MTS is a form of state regulation of transport system at the highest -- strategic-- level. State interests, as well as those of the population and future generations, must be protected by constant improvement of strategic indices of transport development. As for many other transport development indices such as technological and financial ones (e.g., fuel consumption per 1 unit of mileage, cost of 1 km reconstruction, etc.), they can be passed down to a lower administrative level or even to providers of transport services. Ministry of Transport and regional transport management authorities must report back to tax-payers by MTS indices.
For these
ends MTS should be adopted as the state standard.
MTS is a
combination of purpose indices of end transport services consumption, expressed in a
comparable form. The set of these indices gives orientations for sustainable development
in the area that depends on transport. There is no place here for branch (industrial)
indices like net cost of cargo, volume of roads commissioning, power supply, needs in
bitumen, cement, etc. Only generalized indices are presented. They depend on the results
of transport functioning, and, therefore, they are of interest to the consumer presented
by the state or regional government.
Spectrum of
numerical values of the indices is defined by the following territorial peculiarities of
the region:
A - present level of region development;
B - potential of regional development (e.g. total prospected for reserves of
power timber, mineral resources);
Ñ - dimensions
of economically developed (inhabited) territory.
In general,
MTS should reflect the orientations of society to values, which could be achieved in long
term outlook (10-15 years) with due regard to economical, social, political, ethnic and
other peculiarity of region. MTS gives level of state opportunities realized in
consecutive order: value of indices currently characteristic of the most developed
countries ®
typical MTS values, achievable under the present level of technological innovation ®
total diversion from typical value specifying peculiarities of Kazakhstan and reflected
through selection of priority of A, B, C indicators ®
actual value of MTS indicators. As can be seen from the Table 1., almost all indicators
are not sufficient which means that state support is required to bring it to a desired
level. However, the state could make this task much easier by lowering its demands to
transport surroundings (although in this case the state must acknowledge itself either a
developing or poor country). In our opinion, numerical values of MTS indices reflect real
opportunities and potentials of Kazakhstan for the nearest 20 - 25 years. Having declared
MTS as an official document and having made it the basis of state transport policy,
Kazakhstan set an encouraging example to other countries including Russia.
The proposed
set of indices is not strictly determined. It could be added to or scaled down, however,
in any case indices must correspond to all the above-mentioned demands of transport
standards. On the other hand, the index of the level of muscular transport modes
development is exotic, though it reflects a world-wide ecological tendency (for example,
in the Netherlands 34% of all suburban and urban passenger transportation is carried out
by bicycles).
Analogous
minimal transport standards also exist for the regions. Non- coincidence of these values
is an objective pre-requisition for demarcation between regional and republican interests
(including financial interests). General economical and geopolitical interests are of
priority.
The following are the main principles of road financing:
-
full or partial beak-even of economic activity;- subsidies for
performance of social and ecological functions;
- awareness of
the an acute nature of road problems and of non-identical development of regions;
- re-distribution
of a part of the income received from state transit functions (external transport
activity) in favor of internal problems of transport development.
In most of the regions all transport modes, excluding water transport, are considered to reach break-even. Objective criterion of state support as well as of its volumes should be GDP – transport balances of each branch, that clearly reflect what precisely each transport mode contributes to GDP through economic activity of separate sub-branches of the economy in a certain region as compared with state expenditure (% from GDP). State support is advisable as long as increase of expenditure for development of transport modes does not exceed revenues (or does not decrease "assets" – see Table 2.).
For example,
it will be incumbent on National Statistic Agency in Kazakhstan to monitor GDP balances as
the most important instrument of the state financial strategy, as well as to correct
annual assignments of the Ministry of Transport and Communications. Simultaneously tax
policy reflecting objective economic changes in the country should be corrected as well.
It is known
that social and partly ecological aspects can not reach break-even. That is why the state
should encourage the transport complex to fulfill tasks of social and environmental
development.
Kazakhstan and Russia demonstrate an unacceptable
for civilized countries level of transport discrimination of the population and, as a
result, varying (unjust) living conditions in different parts of the country, region, and
even rural administrative areas. This problem concerns not only transport provision for
regular needs (retail trade, education, public health, post service), but also occasional
ones (household equipment repair, specialized medical help, pension service). Table 3.
shows the level of transport discrimination of population in some regions of Russia and
Kazakhstan as for the provision of the second type needs. The problem of reduction of the
transport discrimination appears to be the most important state issue from the point of
view of genuine democracy and end goals of sustainable development.
The ideology Improvement of life quality and business opportunities by means of
road network create a new genre of transport policy – the so-called White Books
of Roads which is an official document for non-specialists who make decisions on road
network development (local administrative heads, deputies, governmental officials).
White Books of Roads are compiled for 20 regions in Russia and CIS.
White Books of Roads
not only allowed us to change the procedures of planning and management of the road economy, but also to defend transport workers' financial interests, and even to modify the tax system [6]. Thanks to White Books more than 40 million dollars were found for additional investments.The new
approach to road policy would not be possible without state-of-the-art management
technologies, based on the expert system.
The
investment programs oriented towards achievement of region sustainability goals are
generated by means of advanced informational technologies (Geogracom 5W expert system).
The main
functional modules of Geogracom 5W expert system are:
- determination
of strategic planning period and parameters of strategic development of a country or a
region (see Fig. 1 – interface fragment) and calculation of MTS;
- evaluation of
current transport and road surroundings created by all transport modes and motor roads
taken separately;
- diagnosis of
bottlenecks in road development;
- automatic
generation of proposals on transport network development, aiming for achievement of MTS
indices;
- creation of
alternative (on various criteria) investment programs for roads on the basis of generated
proposals with due attention to external profitability of the project;
- elaboration
of financial scenarios for realization of the selected investment programs and
modification of the tax system.
Thus,
Geogracom 5W expert system gives the opportunity to perform a full cycle of feasibility
study for network infrastructure project (and not only for a single road).
References
1. State
Transport Policy of the Russian Federation. Concept. – Moscow, 1997 (in Russian)
2. Russia's
Roads Program (in Russian)
3. National
Transport Model of Kazakhstan. 30 p. – Moscow, 1998.
4. Development
and Implementation Strategy. Phase 1. Foundations 157p.; Phase 2. Definition of Road
Transport Measures, 161p. – Ministry of Transport of New Zealand
5. A new deal
for transport: Better for everyone. The Government's White Paper on the Future of
Transport. – London: 1998, 170p.
6. Bougromenko
V. Depending local interests in project management: from team to decision making level. //
Int. Journal of Proj. Management. Vol.17, ¹17, p.131-135, 1999
Table 1.
Minimal Transport Standard of Kazakhstan
Indicator |
the
best rates for developed countries |
|
Total
derivation |
Proposed
value |
Actual
value |
Transport
share in total transport pollution, % |
20 |
20 |
--1 |
19 |
27.3 |
Including
share of motor transport in total transport pollution, % |
60 |
70 |
5 |
75 |
90.8 |
Transport
provision reliability (level of transport accessibility), % |
95 |
80 |
-12 |
68 |
54.7 |
Including
share of motor roads, % |
80-95 |
85 |
-13 |
72 |
92 |
Level
of transport discrimination for population, % |
0 |
5 |
20 |
25 |
93 |
Specific
(man/week) free time lost fund, hours |
0 |
1 |
2.7 |
3.7 |
15.73 |
Accident
level due to bad road condition, one/100000 trips |
0.1 |
1 |
-0.1 |
0.9 |
1.12 |
Freight
capacity of economy, thousands. km./1 USD of GDP |
0.1 |
3 |
0.5 |
3.5 |
10.83 |
|
0.9
from diameter of inhabited territory |
0.5
from diameter of inhabited territory |
|
|
|
Annual
mobility of population with social culture purposes, km./man |
|
|
10 |
1710 |
712 |
Cost
ratio of infrastructure to rolling stock, % |
|
|
|
|
|
a)
infrastructure of regional transport |
60 |
65 |
15 |
80 |
35 |
rolling
stock of regional transport |
40 |
35 |
-15 |
20 |
65 |
b)
infrastructure of urban passenger transportation |
50 |
50 |
0 |
50 |
45 |
rolling
stock of urban passenger transportation |
50 |
50 |
0 |
50 |
55 |
Share
of public transport in passenger transportation, % |
50 |
50 |
15 |
65 |
66 |
Level
of muscular transport modes development in urban and country traffic, % |
35 |
20 |
10 |
30 |
0,1 |
Level
of road permeability for within regional borders, % |
100 |
90 |
-15 |
75 |
96,6 |
Level
of spatial unity in region, % |
99 |
90 |
-10 |
80 |
69,6 |
Break-even
(net contribution of roads to GDP),% |
3 |
0,8 |
0,2 |
1 |
1,298 |
Integrated
branches in GDP structure |
Branch
share in GDP, % |
Share of
motor roads in cost price of products, % |
Contribution
of motor roads to GDP, % |
Share of
sub-branch in total contribution of motor roads to GDP, % |
Usage of
motor roads, % |
Relative
effectiveness of motor roads usage of motor roads by sub-branches |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
Industry |
21,31 |
1,15 |
0,271 |
15,23 |
26,30 |
-11,07 |
Lumber-providing |
0,27 |
22 |
0,065 |
3,74 |
0,2 |
3,54 |
Food |
3,52 |
3,81 |
0,148 |
8,16 |
1,51 |
6,65 |
including: |
|
|||||
diary products |
0,58 |
10,2 |
0,065 |
3,74 |
|
|
bread |
0,74 |
0,3 |
0,002 |
0,11 |
|
|
meat processing |
0,55 |
12,3 |
0,075 |
4,31 |
|
|
other sub-branches |
1,65 |
0,3 |
0,006 |
0,11 |
|
|
Production
of construction |
0,84 |
0,3 |
0,003 |
0,17 |
1,14 |
-0,97 |
Other
branches |
16,68 |
0,3 |
0,055 |
3,16 |
23,45 |
-20,29 |
Agriculture |
12,81 |
5,38 -> 5,85 |
0,751 |
43,16 |
30,62 |
12,54 |
including: |
|
|||||
grain |
2,94 |
4,2 -> 0,3 |
0,009 |
0,52 |
|
|
vegetables |
5,34 |
5,6 -> 10,82 |
0,578 |
33,22 |
|
|
meat |
1,58 |
8 -> 6,6 |
0,105 |
6,03 |
|
|
milk |
1,58 |
8,6 -> 3,43 |
0,055 |
3,16 |
|
|
other farming |
1,37 |
0,3 -> 0,3 |
0,004 |
0,23 |
|
|
Construction |
3,45 |
9,5 |
0,363 |
20,86 |
6,89 |
13,97 |
Transport |
7,97 |
4,62 |
0,174 |
10 |
25,71 |
-15,71 |
including: |
|
|||||
motor transport |
1,18 |
35 -> 12,85 |
0,152 |
8,74 |
7,9 |
0,84 |
other transport modes |
6,8 |
0,3 |
0,022 |
1,26 |
17,81 |
-16,55 |
Other branches |
54,46 |
0,3 |
1,181 |
10,75 |
10,47 |
0,27 |
Total |
100 |
2,08 |
1,74 |
100 |
100 |
0 |
|
Total
net contribution by motor roads |
Motor
road expenditure |
"Motor
roads assets" |
|
||
|
1,74 |
0,442 |
1,298 |
|
||
Note:
Typical for Russia's middle region values of road components in product cost price of
corresponding branches are given the third column. Arrows mean that the indices
characteristic of this region under the conditions of Kazakhstan were successfully
calculated. Column 7 shows a relative effectiveness of the road contribution to GDP. Minus
means that this sub-branch takes from the state more than it gives back after use of road
network. Plus reflects the opposite (positive) regularity.
Region
|
Provision of all transport modes, %
(norm – 100%)
(Passenger)
|
Share of
population living in unfavorable conditions, % |
Share of
population living in unfavorable conditions, (thousands) |
Kazakhstan |
39,2 |
74,5 |
12213 |
Russia including: |
|
|
|
Sverdlovskaja obl. |
80,8 |
72 |
2850 |
Nizhegorodskaja obl. |
85,5 |
36,9 |
653 |
Omskaja obl. |
80,7 |
0,1 |
23 |
the
republic of Saha (Iakutia) |
69,4 |
100 |
1114 |