Table of Contents Table of Contents
Previous Page  33 / 88 Next Page
Information
Show Menu
Previous Page 33 / 88 Next Page
Page Background

33

extreme events, such as floods, land- and mudslides.

Such events reduce and disrupt production and

can prevent delivery of energy. This was already

witnessed when a landslide on the Georgia-Russia

border caused major damage to the North-South gas

pipeline transporting gas from Russia to Armenia in

2014 (Agenda 2014).

Due to the projected increase in temperatures,

especially during summers, it is expected that energy

demand for cooling will increase in summer months

(WB 2009). Urban heat stress is likely to be the

most serious climate change-related health issue in

the region. In the city of Vanadzor, Armenia (1,424

m.a.s.l) dangerously hot days are expected to increase

seven-fold by 2040 as compared to current figures

(UNDP 2011).

Despite its vulnerability, all three countries are investing

in new hydropower plants to increase their energy

security and meet their growing energy demands and

renewable energy targets. In Georgia, for example,

forty new hydropower plants are to be developed to

meet that country’s ambitious goal of generating all

of its electricity through renewable resources in the

coming years, up from 92 per cent (Green Georgia

2015). Armenia had 115 small hydropower plants in

2010 and another 88 are under construction while an

additional 108 have been approved (Government of

Armenia Protocol Session Resolution No. 3 of January

22, 2009). Due to the sensitivity of hydropower plants

to climate change, it is crucial that future water flow

reductions are considered in new developments

(Stanton

et al

. 2009).

Even though electricity is available throughout the

South Caucasus region, energy poverty is widespread

in remote villages due to the high costs of electricity

and gas (WB 2015). Poor households commonly

use traditional sources of energy for heating and

cooking, such as burning firewood, shrubs and dung,

as well as plastic and other waste, in combination

with electricity and gas (SE4ALL 2012). In total,

poor households in Georgia may use as much as

30 per cent of their income on energy (Gamisonia

2014). Poverty reduction is, therefore, an important

strategy to increase energy security in rural mountain

areas and in general to increase their adaptive capacity

to climate change.

Industry

The industrial sectors of the three countries were

developed during the Soviet era with a focus on rapid

economic growth and little consideration for the

potential environmental impacts.Themain industrial

activities taking place in the mountainous regions

of South Caucasus are related to the extraction and

processing of natural resources. These activities are

important to all three countries but they have a high

impact on nature. Mining activities alter the structure

of the landscape, which in combination with climate

change can have severe consequences. In addition,

mining and processing activities often create toxic

waste, which can have adverse impacts on the

surrounding environment if not securely contained.

With the increasing impacts from a changing climate,

it becomes more important to consider these when

planning for new mining activities (USGS 2010;

USGS 2014; UNECE 2010).

The physical condition of industrial structures in

general is another important issue. Old structures

are generally less secure and more unstable and so

are less resilient to extreme weather events already

occurring in the South Caucasus and predicted to

occur more often in the future. The combination

of extreme events (e.g. landslides, mudflows, and

floods) and unstable infrastructure can have severe

and destructive consequences. In Azerbaijan alone,

Armenia

GWh

GWh

GWh

GWh

Sources : National Statistical Services of Armenia and Azerbaijan; MENR;

ESCO; East Invest.

Azerbaijan

Graph by Manana Kurtubadze, GRID-Arendal, 2015.

Georgia

South Caucasus

Potential hydroresource, Energy

consumption and Power generation by

HPP in the South Caucasus in 2013

0

5,000

10,000

15,000

20,000

25,000

Potential

hydroresource

Energy

consumption

Power generation

by HPP

0

5,000

10,000

15,000

20,000

25,000

0

5,000

10,000

15,000

20,000

25,000

30,000

35,000

0

10,000

20,000

30,000

40,000

50,000

60,000

70,000