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FUEL WOOD SPECIES OF PAKISTAN
Muhammad Adnan Qadar
GC University, Lahore
INTRODUCTION
• Wood is humankind’s 1st source of energy
• More than Two Billion (2B) people depend upon
wood for fuel
• fuelwood accounts for 0.7–1.1 terawatts out of
global total energy 14.6 terawatts
• Coppicing shrubs, Loppning branches and Felling
whole trees are done for getting wood for fuel
USES OF FUEL WOOD
Cooking and heating houses are major uses
But commercially in;
Bakeries
Street foods
Brick making
Smoking foods
Curring Tobacco and Tea
ECONOMICS AND COMMUNITY
DEVELOPMENT
In developing countries people have busineses
likt to sell raw wood, pre prcocessed wood and
post processed residues of wood in order to raise
their economics
This habit ultimately serves as community
development
WHY WOOD AS FUEL
Human use woods as fuel because it is;
oAffordable sources of energy (Where the availability of
fossil fuel is scarce) are not present
oEasily available in rural areas
Woodfuels arise from multiple sources including;
oForests
oOther wooded land and trees outside forests
oCo-products from wood processing
oPost-consumer recovered wood and processed wood-
based fuels.
IMPORTANCE OF WOOD FUEL
Wood energy is also an important emergency
backup fuel, especially when;
• Encountering economic difficulties
• Natural disasters
• Fossil energy supply shortages
GLOBAL WOOD MARKETS
• Africa uses 40% energy from fuel wood
• Latin America uses 10% wood energy (WEC, 2001)
• Africa uses 90% fuel wood energy (FAO 2003a)
• 80% fuelwood energy in tropical regions
• 20% fuelwood energy in temperate regions (Roda,
2002)
FUEL WOOD STATISTICS OF PAKISTAN
Food and Agriculture Organization (FAO) presents statistics about Pakistan
fuelwood energy as;
• Listed in Deficit catagory regarding fuelwood
• Rural households using fuelwood more than 90%
• In urban fuelwood shares around 38%
• At least 84% of the urban households buy fuelwood
• 61% of the Rural households collect fuelwood
• devoted less than 3% of its agriculture land to forests.
• 40% Households collect fuelwood from Private Lands
• 32% Collect from Own Lands
• Only 13% are collecting from State Forest Lands
Country Total Land Area, sq
km.
Share of Agricultural
Lands, %
Share of Forest Lands,
%
Bangladesh 146,991 60.2 5.9
Bhutan 40,372 17.4 59.8
Combodia 181,035 14.1 68.9
China 9.6Million 51.5 13.6
India 3.05Million 60.0 17.4
Indonesia 1.93Million NA 60.5
Lao PDR 230,800 4.0 57.1
Malaysia 330,005 NA 53.5
Maldieve 2003 NA NA
Myanmar 678,516 17.0 43.9
Nepal 274,620 25.3 36.7
Pakistan 770,880 22.2 2.4
Philippines 300,000 45.6 26.3
Sri Lanka 65,610 29.5 27.0
Thialand 513,115 46.1 24.9
Vietnam 330,991 22.2 25.5
AGRICULTURAL AND FOREST LANDS IN THE RWEDP MEMBER COUNTRIES
WOOD USED AS FUEL IN PAKISTAN
• Fuel woods are collected before winter season
• Moraceae, Malvaceae, Myrtaceae, Caesalpinniaceae,
Solanaceae and Rosaceae other familie’s species are exploited
more as fuelwood
• More than 80 fuel wood species are availabe in published
sources from Pakistan
• Moraceae members are most commonly and frequently used
fuelwood
• Some Gymnosperms are also collected for fuelwood purpose
Alianthus altissimia
Mallotus philppenensis
Populus caspica
Olea ferrugenia
Abelmoschus esculentus
Eruca sativa
Eucalyptus camaldulensis
Hordeum vulgare
Melia azedarach
Prunus persica
Punica granatum
Saccharum
spontaneum
Zea mays
Zizyphus jujuba
Sorghum halepense
Citrus aurantifolia
Rosa indica
Alhagi maurorum,
Calotropis procera
Cannabis sativa
Chrozophora oblique
Datura metel
Datura stramonium
Dodonaea viscosa
Heliotropium
europaeum
Ricinus communis
Xanthium strumarium
Betula jaequimontii
Betula utilis
Bauhinia variegata
Caesalpinia decapitata
Viburnum foeten
Gymnosporia royleana
Diospyrus kaki
Diospyrus lotus
Rhododenron arborium
Quercus dilatata
Quercus incana
Parratiopsis
jacquemontiana
Aesculus indica
Otostegia limbata
Woodfordia fruticosa
Melia azedarach
Acacia modesta
Acacia nilotica
Ficus carica
Ficus palmata
Ficus recemosa
Morus alba
Acacia modesta
Acacia nilotica
Ficus carica
Ficus palmata
Ficus recemosa
Morus alba
Morus nigra
Olea ferruginea
Platanus orientalis
Zizyphus jujuba
Zizyphus oxyphylla
Crataegus oxycantha
Pyrus pashia
Zanthoxylum aromatum
Populus caspica
Salix babylonica
Salix tetrasperma
Celtis australis
Debrrgesia salicifolia and
Vitex negundo.
• Abies pindrow, Pinus roxbughii, Pinus wallichiana,
Acer cappadocicum and Alnus nitida are also most
commonly exploited as fuel wood species in hilly
areas as well
• Olea, Acacia, Dodonea, Melia and Quercus are
those which are frequently decreasing due to
continous cutting (Khan and Awan, 2000). Tamarix,
Cassia, Morus, Melia and Ficus are frequently
decreasing in the area.
Thank you

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Fuel wood species of Pakistan

  • 1. FUEL WOOD SPECIES OF PAKISTAN Muhammad Adnan Qadar GC University, Lahore
  • 2. INTRODUCTION • Wood is humankind’s 1st source of energy • More than Two Billion (2B) people depend upon wood for fuel • fuelwood accounts for 0.7–1.1 terawatts out of global total energy 14.6 terawatts • Coppicing shrubs, Loppning branches and Felling whole trees are done for getting wood for fuel
  • 3. USES OF FUEL WOOD Cooking and heating houses are major uses But commercially in; Bakeries Street foods Brick making Smoking foods Curring Tobacco and Tea
  • 4. ECONOMICS AND COMMUNITY DEVELOPMENT In developing countries people have busineses likt to sell raw wood, pre prcocessed wood and post processed residues of wood in order to raise their economics This habit ultimately serves as community development
  • 5. WHY WOOD AS FUEL Human use woods as fuel because it is; oAffordable sources of energy (Where the availability of fossil fuel is scarce) are not present oEasily available in rural areas Woodfuels arise from multiple sources including; oForests oOther wooded land and trees outside forests oCo-products from wood processing oPost-consumer recovered wood and processed wood- based fuels.
  • 6. IMPORTANCE OF WOOD FUEL Wood energy is also an important emergency backup fuel, especially when; • Encountering economic difficulties • Natural disasters • Fossil energy supply shortages
  • 7. GLOBAL WOOD MARKETS • Africa uses 40% energy from fuel wood • Latin America uses 10% wood energy (WEC, 2001) • Africa uses 90% fuel wood energy (FAO 2003a) • 80% fuelwood energy in tropical regions • 20% fuelwood energy in temperate regions (Roda, 2002)
  • 8. FUEL WOOD STATISTICS OF PAKISTAN Food and Agriculture Organization (FAO) presents statistics about Pakistan fuelwood energy as; • Listed in Deficit catagory regarding fuelwood • Rural households using fuelwood more than 90% • In urban fuelwood shares around 38% • At least 84% of the urban households buy fuelwood • 61% of the Rural households collect fuelwood • devoted less than 3% of its agriculture land to forests. • 40% Households collect fuelwood from Private Lands • 32% Collect from Own Lands • Only 13% are collecting from State Forest Lands
  • 9. Country Total Land Area, sq km. Share of Agricultural Lands, % Share of Forest Lands, % Bangladesh 146,991 60.2 5.9 Bhutan 40,372 17.4 59.8 Combodia 181,035 14.1 68.9 China 9.6Million 51.5 13.6 India 3.05Million 60.0 17.4 Indonesia 1.93Million NA 60.5 Lao PDR 230,800 4.0 57.1 Malaysia 330,005 NA 53.5 Maldieve 2003 NA NA Myanmar 678,516 17.0 43.9 Nepal 274,620 25.3 36.7 Pakistan 770,880 22.2 2.4 Philippines 300,000 45.6 26.3 Sri Lanka 65,610 29.5 27.0 Thialand 513,115 46.1 24.9 Vietnam 330,991 22.2 25.5 AGRICULTURAL AND FOREST LANDS IN THE RWEDP MEMBER COUNTRIES
  • 10. WOOD USED AS FUEL IN PAKISTAN • Fuel woods are collected before winter season • Moraceae, Malvaceae, Myrtaceae, Caesalpinniaceae, Solanaceae and Rosaceae other familie’s species are exploited more as fuelwood • More than 80 fuel wood species are availabe in published sources from Pakistan • Moraceae members are most commonly and frequently used fuelwood • Some Gymnosperms are also collected for fuelwood purpose
  • 11. Alianthus altissimia Mallotus philppenensis Populus caspica Olea ferrugenia Abelmoschus esculentus Eruca sativa Eucalyptus camaldulensis Hordeum vulgare Melia azedarach Prunus persica Punica granatum Saccharum spontaneum Zea mays Zizyphus jujuba Sorghum halepense Citrus aurantifolia Rosa indica
  • 12. Alhagi maurorum, Calotropis procera Cannabis sativa Chrozophora oblique Datura metel Datura stramonium Dodonaea viscosa Heliotropium europaeum Ricinus communis Xanthium strumarium Betula jaequimontii Betula utilis Bauhinia variegata Caesalpinia decapitata Viburnum foeten Gymnosporia royleana
  • 13. Diospyrus kaki Diospyrus lotus Rhododenron arborium Quercus dilatata Quercus incana Parratiopsis jacquemontiana Aesculus indica Otostegia limbata Woodfordia fruticosa Melia azedarach Acacia modesta Acacia nilotica Ficus carica Ficus palmata Ficus recemosa Morus alba
  • 14. Acacia modesta Acacia nilotica Ficus carica Ficus palmata Ficus recemosa Morus alba Morus nigra Olea ferruginea Platanus orientalis Zizyphus jujuba Zizyphus oxyphylla Crataegus oxycantha Pyrus pashia Zanthoxylum aromatum Populus caspica Salix babylonica Salix tetrasperma Celtis australis Debrrgesia salicifolia and Vitex negundo.
  • 15. • Abies pindrow, Pinus roxbughii, Pinus wallichiana, Acer cappadocicum and Alnus nitida are also most commonly exploited as fuel wood species in hilly areas as well • Olea, Acacia, Dodonea, Melia and Quercus are those which are frequently decreasing due to continous cutting (Khan and Awan, 2000). Tamarix, Cassia, Morus, Melia and Ficus are frequently decreasing in the area.