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Physiographic Features of Africa
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Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Dec 24, 2015

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Sophie Skinner
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Page 1: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Physiographic Features of Africa

Page 2: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

• Mosque and rock formations in the Sahara

Page 3: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Dune and Palm tree in the Grand Erg Occidental.

Page 4: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

A caravan among the dunes in the Sahara.

Page 5: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

• Oasis at Um Al Ma Salt Lake, Sahara Desert, Libya

Page 6: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

• Sandstorm in an oasis, Sahara Desert.

Page 7: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

• Ethiopian Highlands: the Teff croplands below the mountains.

Page 8: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Coffee in the Ethiopian Highlands

• The preparation of coffee, and the coffee ceremony in Ethiopia, can take up to four hours. A coffee com-pany executive described the coffee as unbelievably wonderful, nothing like our coffee in the U.S.

Page 9: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Coffee Bushes in Tanzania

Page 10: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

• Flower and Coffee Cherries on Arabica coffee plant

Page 11: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Ripe coffee cherries

Page 12: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Coffee in the Ethiopian Highlands

Dried coffee beans from the High-lands of East Africa. Blending and roasting determine the final taste of the brewed coffee.

Page 13: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Mount Kilimanjaro, tallest mountain in Africa

Page 14: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Mt. Kilimanjaro

Page 15: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Lake Victoria, Africa’s largest lake

Sign at

a sailing

club on

Lake

Victoria.

Page 16: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Women and children sun-curing fish on the shores of Lake Victoria. The Lake is extremely important in agriculture, fishing, and tourism.

Page 17: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Nile River, longest river in Africa

Egypt’s ancient civilizations began and flourished along the Nile. This is the Temple of Luxor.

Page 18: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Felucca on the Nile

Page 19: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

White Nile and the Sudd (marshes whose name, “Sudd”, means “obstacle”

Page 20: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

The Ti Isat Falls of the Blue Nile in Ethiopia

Page 21: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

The Blue Nile

Page 22: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

African Rainforests

• Bwindi is the largest rainforest in Africa. The rainforest or “jungle” extends through most of western central Africa, from south of the Congo through the Cameroons.

Page 23: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

A lush rainforest scene in Africa

Page 24: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Rainforest Canopy Isolated due to deforestation

Page 25: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

• Commercial logger cutting down tree in African rainforest. Some areas are protected, but may be logged anyway. The demand for exotic hardwoods floors and furniture combined with local poverty and corruption make logging tempting and profitable.

Page 26: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

An armed ranger guarding a protected national forest

Page 27: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

The Kalahari Desert

The Kalahari is the

largest desert in south-

ern Africa. It has sandy

areas and dunes, but its

dunes are not usually

high in elevation, or as

varied in shape, as

Saharan dunes.

Page 28: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

A desert village on the edge of the Kalahari.

Page 29: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Much of the Kalahari is actually dry “scrub” and dry grasslands; someareas receive enough seasonal rains to turn green in the spring.

Page 30: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Meerkats sunning themselves on the Kalahari

Page 31: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

• Goats at Pond Oasis, the Sahel

Page 32: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Doing Laundry on the Niger River

Page 33: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Some parts of the Sahel can support agriculture.

• Millet is a grain grown in the Sahel; it can tolerate fairly dry conditions. Peanuts are also grown in the area. Frequent plagues of locusts put crops at risk; locusts recently caused three years of famine in the area

Page 34: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Niger River Delta

Page 35: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

The Atlas Mountains of Northwest Africa

Page 36: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Atlas Mountains with sheep

Page 37: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

The Zaire River, formerly called the Congo River. The Congo Basin was named after the colonial name for the river.

Page 38: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Kinshasa and Brazzaville on the Zaire River.

Page 39: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Trade on the Zaire

• A barge hauling goods on the Zaire.

• This river is an important conduit for goods moving through Central Africa.

Page 40: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Traditional fishing boats on the Zaire.

Page 41: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

The Indian Ocean

Page 42: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

A sailboat on the Indian Ocean

off the Maldives.

Page 43: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

The Great Rift Valley of Africa

Page 44: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

A major fault line causes the rift in the Great Rift Valley. The rift is gradually opening wider, allowing the sea to come inland. Eventually the Arabian Peninsula will split completely away from Africa and the sea will come miles inland up the Valley. Lake Victoria and several other major

lakes lie along this line.

Page 45: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Serengeti Plains

• A storm over the savannahs of the Serengeti Plain in Tanzania.

Page 46: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

• An Acacia tree on the Serengeti Plain.

Page 47: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Lion and Lioness on the Serengeti

Page 48: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Elephants in a wildlife preserve on the

Serengeti.

Page 49: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Wildlife on the Serengeti

Page 50: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Madagascar

Page 51: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

• One of the most famous and valuable crops of Madagascar is the Madagascar vanilla bean, a descendent of the original Mexican vanilla orchid. These are vanilla flowers.

Page 52: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Vanilla beans

Vanilla beans are har-

vested, sorted, and

allowed to dry. Inside

the bean is a dark,

sticky substance that

contains the flavor and

scent of vanilla. The

beans are soaked to

extract the essence of the

bean.

Page 53: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Madagascar landscapesBaobab trees in theMadagascar forest. Madasgacar is famous for its natural beauty, including rain forests unusual species of animals. Unfortunately, deforestation is threatening the forests of Madagascar.

Page 54: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Atlantic Ocean at Jerba, Tunisia

Page 55: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

Mediterranean Sea at Sid Bou Said, Tunisia

Page 56: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

The Suez Canal as its flows into the

Mediterranean Sea.

Page 57: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

The Red Sea at Aqaba

Page 58: Physiographic Features of Africa. Mosque and rock formations in the Sahara.

The Sinai PeninsulaYou can see the

Mediterranean Sea

at the top of the photo,

the Gulf of Suez to the

left, the Gulf of Aqaba

to the right, and the

Red Sea at the bottom

of the photo. Africa is

on the left, the Arabian

Peninsula on the right.