Geology and Non Renewable Resources

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Geology and Nonrenewable Mineral Resources
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Presentation transcript:

Geology and Non Renewable Resources Presented By: Jaisha Mughal, Rimsha Aziz, Aimen Ishfaq, MubashiraShafiq. Presented to: Sir Owais Subject: Environmental SciencesS.

The Earth Is a Dynamic Planet What is geology? Dynamic processes taking place on earth’s surface and in earth’s interior Three major concentric zones of the earth Core Mantle Crust Continental crust Oceanic crust: 71% of crust

Major Features of the Earth’s Crust and Upper Mantle

The Earth Beneath Your Feet Is Moving Convection cells, or currents Tectonic Plates Lithosphere

The Earth’s Crust Is Made Up of a Mosaic of Huge Rigid Plates: Tectonic Plates

The Earth’s Major Tectonic Plates

Some Parts of the Earth’s Surface Build Up and Some Wear Down Internal geologic processes Generally build up the earth’s surface External geologic processes Weathering Physical, chemical, and biological Erosion Wind Flowing water Human activities Glaciers

Earthquakes Are Geological Rock-and-Roll Events Seismic waves Focus Epicenter Magnitude Amplitude

Earthquakes Are Geological Rock-and-Roll Events Richter scale Insignificant: <4.0 Minor: 4.0–4.9 Damaging: 5.0–5.9 Destructive: 6.0–6.9 Major: 7.0–7.9 Great: >8.0 Largest recorded earthquake: 9.5 in Chile in 1960

Earthquakes on the Ocean Floor Can Cause Huge Waves Called Tsunamis Tsunami, tidal wave Travels several hundred miles per hour Detection of tsunamis Buoys in open ocean December 2004: Indian Ocean tsunami Magnitude 9.15 and 31-meter waves at shore Role of coral reefs and mangrove forests in reducing death toll

Formation of a Tsunami and Map of Affected Area of Dec 2004 Tsunami

We Use a Variety of Nonrenewable Mineral Resources Can be extracted from earth’s crust and processed into raw materials and products at an affordable cost Metallic minerals Nonmetallic minerals Ore Contains profitable concentration of a mineral High-grade ore Low-grade ore

We Use a Variety of Nonrenewable Mineral Resources Metallic mineral resources Aluminum Iron for steel Copper Nonmetallic mineral resources Sand, gravel, limestone Reserves: estimated supply of a mineral resource

The Life Cycle of a Metal Resource

Removing Metals from Ores Has Harmful Environmental Effects Ore extracted by mining Ore mineral Gangue = waste material Smelting using heat or chemicals Air pollution Water pollution

Removing Metals from Ores Has Harmful Environmental Effects Liquid and solid hazardous wastes produced Use of cyanide salt of extract gold from its ore Summitville gold mine: Colorado, U.S.

Mineral Resources Are Distributed Unevenly Most of the nonrenewable mineral resources supplied by United States Canada Russia South Africa Australia Sharp rise in per capita use in the U.S.

Mineral Resources Are Distributed Unevenly Strategic metal resources Manganese (Mn) Cobalt (Co) Chromium (Cr) Platinum (Pt)

Supplies of Nonrenewable Mineral Resources Can Be Economically Depleted Future supply depends on Actual or potential supply of the mineral Rate at which it is used

Supplies of Nonrenewable Mineral Resources Can Be Economically Depleted When it becomes economically depleted Recycle or reuse existing supplies Waste less Use less Find a substitute Do without Depletion time: time to use a certain portion of reserves

Can We Extend Supplies by Getting More Minerals from the Ocean? Mineral resources dissolved in the ocean -- low concentrations Deposits of minerals in sediments along the shallow continental shelf and near shorelines

We Can Find Substitutes for Some Scarce Mineral Resources Materials revolution Nanotechnology Ceramics High-strength plastics

We Can Find Substitutes for Some Scarce Mineral Resources Substitution is not a cure-all industrial catalyst essential ingredient of stainless steel

We Can Use Mineral Resources More Sustainability How can we decrease our use and waste of mineral resources? Pollution and waste prevention programs

Solutions: Sustainable Use of Nonrenewable Minerals Figure 14.23: We can use nonrenewable mineral resources more sustainably (Concept 14-5). Questions: Which two of these solutions do you think are the most important? Why?