Analysis of Carrying Capacity Report by Bloemen, Baas, Kunenborg, and Siers
This report dives into the concept of carrying capacity, covering critical factors like food, water, oxygen, shelter, energy, hospitals, roads, and schools. It explores the sustainable sources of energy and presents models to understand oxygen production. The future projections suggest changes in lifestyle to accommodate the growing human population.
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Presentation Transcript
IMC CARRYING CAPACITY A REPORT MADE BY TIES BLOEMEN, LUCAS BAAS, DANI L KUNENBORG AND GUIDO SIERS
INTRODUCTION IMPORTANCE METHOD OF WORKING
CRITICAL FACTORS FOOD WATER OXYGEN SHELTER ENERGY HOSPITALS, ROADS AND SCHOOLS
WATER SMALLER PROBLEM THAN EXPECTED
OXYGEN TWO SOURCES: ALGAE TREES
ENERGY ONLY INDEFINITELY SUSTAINABLE SOURCES SOLAR PANELS WINDTURBINES HYDROELECTRIC POWER STATIONS UNUSED SURFACE
OTHER VARIABLES SCHOOLS HOSPITALS ROADS
MODEL (1) IDEA COMPLICATIONS OXYGEN SOLUTION
MODEL (2) X= PEOPLE THAT CAN BREATHE OXYGEN PRODUCED BY ALGAE OX= HA EARTH THAT X PEOPLE NEED Y= PEOPLE THAT CAN BREATHE OXYGEN PRODUCED BY TREES OY= HA EARTH THAT Y PEOPLE NEED C= CARRYING CAPACITY
CHANGES STOP EATING MEAT, WASTING FOOD; AGRICULTURAL FLATS AND LIVING FLATS; LOWER OXYGEN RATIO; MORE ALGAE; NO ROADS AND SCHOOLS; LAND RECLAMATION.
END CURRENT CARRYING CAPACITY: 8.23 TO 9.96 BILLION FUTURE CARRYING CAPACITY: 17.6 TO 23.6 BILLION
