@kyt
It is very sad that the members are giving you very little information on what you had asked for. Of course there are many things to consider when we say that a certain amount of space will be required if we were to live some other people's standards elsewhere...
Since numbers don't lie, I will give you a very simple example based on water resource...
here we go...
In US from the latest available water draw data, the following is a schedule of how Americans live large on this water resource in litres per day:
1. Public Supply = 239,927.0 million litres per day
2. Domestic = 19,892.3 million litres per day
3. Irrigation = 759,121.1 million litres per day
4. Livestock = 9,752.2 million litres per day
5. Aquaculture = 20,501.8 million litres per day
6. Industrial = 109,158.3 million litres per day
7. Mining = 19,338.2 million litres per day
8. Thermoelectric = 1,080,501.0 million litres per day
Total Volume = 2,258,191.9 Million litres per day
Next current population of United States of America = 316 million
Water usage per day per capita = 2,258,191.9m l/d / 316m
=
7146.2 litres/day/capita Back to KenyaSupposing we are using the same amount of water per capita per day in Kenya with a population of 40 million people
Then total amount of water needed to satisfy the requirement is therefore
= 7146.2 litres/day/capita x 40m = 285,848 million litres per day
Volume of water required per year = 285,848m l/d x 365 days
=
104,334,520 million litres per yearFrom the available data on water availability in Kenya, the country is sub divided into five zones known as drainage basins which have the following established water output capacities per year.
1. Lake Victoria basin = 11,672,000 million litres per year
2. Rift Valley Basin = 2,784,000 million litres per year
3. Athi River Basin = 1,152,000 million litres per year
4. tana River Basin = 3,744,000 million litres per year
5. Ewaso Ng'iro Basin = 339,000 million litres per year
6. Ground Water = 600,000 million litres per year
Total amount of water 20,292,000 million litres per year
In short the maximum amount of water that Kenya can produce in any given year is on average
20,292,000 million litres per year!!!!
But if we changed our standards to the US on water usage we will need
104,334,520 million litres per year
We will therefore need 104,334,520m l/y /20,292,000m l/y =
5.14 Kenya countries to satisfy the new demand.
We will therefore need
6 Kenyas with similar climatic conditions, drainage patterns, relief, river distributions etc to provide us with water to US's per capita demand!!!!
That is just water resource alone...extend this to all the sectors of economy and you will be amazed at how many Kenyas we will need, perhaps 1000 Kenyas.
Too much for you huh!!!
...besides, the presence of a safe alone does not signify that there is money inside...