Sarhad Provincial Conservation Strategy - IUCN

Sarhad Provincial Conservation Strategy - IUCN Sarhad Provincial Conservation Strategy - IUCN

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12 N A T U R A L R E S O U R C E M A N A G E M E N T exacerbates local flood hazards due to a reduction in the water storage capacity of mountain soils. No effective arrangements exist in the NWFP for soil conservation. Grazing lands are village commons, with little or no husbandry. Forests are often open to continuous uncontrolled grazing and generally have little ground vegetation cover. Soil conservation on agricultural land is the responsibility of the Soil Conservation Unit of the Directorate of Agricultural Engineering of the FAL&C Department. This unit is a relic of the Soil and Water Conservation Organization of the former West Pakistan, and confines its work to constructing check dams in torrents to prevent the erosion of cultivated lands on its banks. 1 2 . 7 FISHERIES & AQUACULT U R E Because of its climatic diversity, the NWFP has both cold-water and warm-water fisheries—the former at higher elevations, and the latter in the lower areas. Trout species dominate the cold-water areas. Brown trout were first introduced in the Kaghan Valley in 1928, from Kashmir. From there they have been carried to Swat, Chitral, Dir, and Kohistan as part of the fisheries development programme. Rainbow trout were introduced from North America in the 1980s. Trout fishing is an important attraction for tourists and a significant means of livelihood for local tour guides. It is therefore an important component of the strategy for the sustainable development of mountain lands. In addition to sport fishing, seven private fish farms have also been established to supply trout to tourist-class hotels. The current annual production of trout is about 31 tonnes: about one-third each from rivers and streams, from Government hatcheries, and from private fish farms. So far, about 1,100 kilometres of cold-water streams and 10 lakes have been stocked with trout. The potential is much larger. Though trout have started propagating naturally, the DFFW supplements this by annually releasing about a million fish raised in its nurseries. The southern reaches of cold-water bodies are populated by such species as the indigenous snow trout and the mahaseer. 148 SARHAD PROVINCIAL CONSERVATION STRATEGY Warm-water fishing is practiced in the rivers, lakes, and ponds at the lower elevations of the NWFP. The fish species of commercial importance include indigenous carp such as the rohu, C i r r h i n a mrigala, and Catla catla and exotic species such as the Chinese, common, silver and grass carps. Current annual production of warm-water fish is about 400 tonnes: 17 tonnes from dams and reservoirs, 295 tonnes from rivers and streams, and 88 tonnes from private fish farms. One recent activity of the DFFW is the encouragement of aquaculture in fish farms. In all, 192 private fish farms have so far been established, producing about 128 tonnes of carp annually. Aquaculture can play a significant role in improving the quality of life of the farmers by improving nutrition and increasing their disposable income. Several factors work against the sustainable development of fisheries in the NWFP. The release of untreated domestic and industrial effluents into water bodies reduces the capacity for fisheries by decreasing the oxygen content of the water, poisoning the fish, and disturbing their metabolic processes. Encroachment of river banks for human habitation reduces spawning space and increases water pollution. Denudation of mountain slopes triggers soil erosion, and the resulting increased silt loads in water bodies choke the spawning grounds. Overfishing, beyond sustainable limits, is another important reason for the decline of fish stocks. Several illicit means are often used in fishing: nets; dynamite; electrical shock; and insecticides. Fishing during the spawning season is another problem. The environmental constraints to the development of fisheries will be eased as the environmental programme of the water bodies of the NWFP is formulated and gets under way. A detailed strategy for the fisheries sector will be developed to suggest the measures that would be undertaken to improve sustainability. 1 2 . 8 ENERGY RESOURCES By far the largest source of domestic energy used in the NWFP is biomass: about 6.3 million tonnes annually, of which 4.4 million tonnes consist of firewood

(UNDP, 1991). About 97% of the rural and 70% of the urban population depends on firewood for cooking and heating. Only about 33% of the rural populace and 75% of the urban can afford to buy it; the rest must collect it themselves. Nearly 60% of the demand is met by tree growth on farmlands that can be considered sustainable. The rest is made up by cutting scattered trees from the countryside and the illicit felling of trees from forests. Both these activities are unsustainable, because the trees cut are seldom regenerated. Electricity is used by about 61% of rural and 85% of urban households, mainly for lighting and to operate fans. About 55% of the electricity is used for domestic and about 25% for industrial and commercial purposes. The NWFP produces about 30% of the country’s electricity and consumes about 9% (van Dijk and Hussain, 1994). The NWFP has recently created the Sarhad Hydel Development Organization to supply electricity to remote mountain communities that cannot be serviced through the national grid. It has prepared several feasibility studies and will start implementing them as soon as it gets approval and funding. The potential for hydropower far exceeds the needs of the NWFP. The surplus power generated will be sold to the national grid. The province has no known reserves of oil and gas, but consumes about 819,000 tonnes of petroleum annually, mainly for transport. About 3% of its households use natural gas, mainly for cooking. And 22% of the urban and 8% of the rural households use liquefied petroleum gas for this purpose (van Dijk and Hussain, 1994). In the energy sector, the province’s major concern is with the sustainability of trees removed for use as fuelwood. Though it plants about 40,000 hectares annually and distributes about 18 million plants and cuttings to farmers for planting on their fields, the survival rate is low due to uncontrolled grazing. Reduction in the use of fuelwood is occurring in some areas. For example, Abbotabad used to largely depend on firewood supplied from the local forests in the hills in the Galiat. The town has been supplied with natural gas recently, and this has reduced the pressure on the forests. Alternative sources of domestic fuels are urgently needed to reduce forest cutting. Natural gas supplied N A T U R A L R E S O U R C E M A N A G E M E N T 12 to towns and large villages could take up one-third of the load. The remaining two-thirds of the rural population who cannot buy fuel and must collect it will have to depend on tree growth on farmlands and wildlands. Tree planting at current rates is needed along with regulation of grazing, with the participation of local communities in order to help the planted trees survive. An energy sector strategy has to be developed keeping these points in mind. 1 2 . 9 MINERAL RESOURCES The NWFP and adjoining parts of Northern Pakistan are at the junction of three major mountain chains—the Himalaya, Karakoram, and Hindu Kush. The varied geology types within the province potentially provide considerable mineral wealth, including many metallic deposits, non-metallic deposits, fuel and energy minerals, and other gems and stones. Both the Government and private sector are vigorously involved in mineral exploitation and exploration. Before 1970, little importance was given to the exploration and development of mineral deposits in the NWFP. At that time only 40 mining concessions were granted in this province. During the early 1970s, however, the provincial Government gave new importance to this sector; in response, a Directorate of Industries, Commerce and Mines was established to perform regulatory and mineral development activities. The Sarhad Development Authority (SDA) was assigned the job of exploring and developing the mineral resources of the province. Current exploration and development activities are related to known mineral deposits, whereas vast areas remained unexplored. However, SDA has commenced regional exploration and geochemical surveys to cover an area of 14,000 square kilometres, particularly in Chitral, for the identification of mineral deposits and areas that can be further investigated. Often getting favourable results, SDA also launched similar regional exploration and geochemical surveys in Malakand and Hazara Divisions to cover an overall area of 30,000 square kilometres. The NWFP has considerable mineral wealth and, to date, 43 economic minerals have been discovered in the province. SARHAD PROVINCIAL CONSERVATION STRATEGY 149

12<br />

N A T U R A L R E S O U R C E M A N A G E M E N T<br />

exacerbates local flood hazards due to a reduction in<br />

the water storage capacity of mountain soils.<br />

No effective arrangements exist in the NWFP for<br />

soil conservation. Grazing lands are village commons,<br />

with little or no husbandry. Forests are often<br />

open to continuous uncontrolled grazing and generally<br />

have little ground vegetation cover. Soil conservation<br />

on agricultural land is the responsibility of<br />

the Soil <strong>Conservation</strong> Unit of the Directorate of<br />

Agricultural Engineering of the FAL&C Department.<br />

This unit is a relic of the Soil and Water<br />

<strong>Conservation</strong> Organization of the former West<br />

Pakistan, and confines its work to constructing<br />

check dams in torrents to prevent the erosion of cultivated<br />

lands on its banks.<br />

1 2 . 7<br />

FISHERIES & AQUACULT U R E<br />

Because of its climatic diversity, the NWFP has both<br />

cold-water and warm-water fisheries—the former at<br />

higher elevations, and the latter in the lower areas.<br />

Trout species dominate the cold-water areas. Brown<br />

trout were first introduced in the Kaghan Valley in<br />

1928, from Kashmir. From there they have been carried<br />

to Swat, Chitral, Dir, and Kohistan as part of the<br />

fisheries development programme. Rainbow trout<br />

were introduced from North America in the 1980s.<br />

Trout fishing is an important attraction for tourists<br />

and a significant means of livelihood for local tour<br />

guides. It is therefore an important component of the<br />

strategy for the sustainable development of mountain<br />

lands. In addition to sport fishing, seven private fish<br />

farms have also been established to supply trout to<br />

tourist-class hotels. The current annual production of<br />

trout is about 31 tonnes: about one-third each from<br />

rivers and streams, from Government hatcheries, and<br />

from private fish farms. So far, about 1,100 kilometres<br />

of cold-water streams and 10 lakes have been<br />

stocked with trout. The potential is much larger.<br />

Though trout have started propagating naturally, the<br />

DFFW supplements this by annually releasing about<br />

a million fish raised in its nurseries. The southern<br />

reaches of cold-water bodies are populated by such<br />

species as the indigenous snow trout and the<br />

mahaseer.<br />

148 SARHAD PROVINCIAL CONSERVATION STRATEGY<br />

Warm-water fishing is practiced in the rivers,<br />

lakes, and ponds at the lower elevations of the<br />

NWFP. The fish species of commercial importance<br />

include indigenous carp such as the rohu, C i r r h i n a<br />

mrigala, and Catla catla and exotic species such as<br />

the Chinese, common, silver and grass carps. Current<br />

annual production of warm-water fish is about 400<br />

tonnes: 17 tonnes from dams and reservoirs, 295<br />

tonnes from rivers and streams, and 88 tonnes from<br />

private fish farms.<br />

One recent activity of the DFFW is the encouragement<br />

of aquaculture in fish farms. In all, 192 private<br />

fish farms have so far been established, producing<br />

about 128 tonnes of carp annually. Aquaculture can<br />

play a significant role in improving the quality of life<br />

of the farmers by improving nutrition and increasing<br />

their disposable income.<br />

Several factors work against the sustainable development<br />

of fisheries in the NWFP. The release of<br />

untreated domestic and industrial effluents into water<br />

bodies reduces the capacity for fisheries by decreasing<br />

the oxygen content of the water, poisoning the<br />

fish, and disturbing their metabolic processes.<br />

Encroachment of river banks for human habitation<br />

reduces spawning space and increases water pollution.<br />

Denudation of mountain slopes triggers soil erosion,<br />

and the resulting increased silt loads in water<br />

bodies choke the spawning grounds. Overfishing,<br />

beyond sustainable limits, is another important reason<br />

for the decline of fish stocks. Several illicit means<br />

are often used in fishing: nets; dynamite; electrical<br />

shock; and insecticides. Fishing during the spawning<br />

season is another problem.<br />

The environmental constraints to the development of<br />

fisheries will be eased as the environmental programme<br />

of the water bodies of the NWFP is formulated<br />

and gets under way. A detailed strategy for the fisheries<br />

sector will be developed to suggest the measures<br />

that would be undertaken to improve sustainability.<br />

1 2 . 8<br />

ENERGY RESOURCES<br />

By far the largest source of domestic energy used in<br />

the NWFP is biomass: about 6.3 million tonnes annually,<br />

of which 4.4 million tonnes consist of firewood

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