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. 2012 Jun 18;12:439. doi: 10.1186/1471-2458-12-439

Table 4.

Adults per tonne biomass and energy used to maintain overweight and obesity

Country with more than 100,000 population Adults per tonne Average tTEE[1]Kcal/day/ adult Average energy used to maintain biomass due to BMI > 25 in kcal/day/adult Thousands of adults of average mass that could be maintained by the energy required to maintain BMI >25 BMI >30
Heaviest 10
 
 
 
 
 
United States
12.2
2874
243
22,509.2
7,886.6
Kuwait
12.9
2982
233
156.6
53.9
Croatia
13.1
2741
205
300.3
96.0
Qatar
13.0
3007
204
51.6
14.5
Egypt
13.5
2826
192
3,733.5
1,184.2
United Arab Emirates
13.2
3017
188
241.2
62.8
Trinidad and Tobago
13.8
2778
177
71.3
21.7
Argentina
13.8
2718
176
1,967.9
575.7
Greece
13.3
2707
169
636.0
159.3
Bahrain
13.6
2889
168
34.8
9.7
Lightest 10
 
 
 
 
 
North Korea
19.0
2348
8
57.5
1.5
Cambodia
17.9
2472
7
23.9
0.2
Burundi
18.5
2421
7
11.4
0.4
Nepal
19.8
2354
7
42.4
0.6
Democ. Rep. of the Congo
18.7
2410
6
71.2
2.2
Bangladesh
20.2
2342
5
178.2
2.7
Sri Lanka
19.8
2318
5
27.5
0.3
Ethiopia
18.9
2408
3
52.9
0.5
Viet Nam
19.7
2341
3
73.7
1.1
Eritrea
19.2
2393
2
2.0
0.0
WORLD 2005
16.1
2549
61
111,346
23,533
Scenario (1) if BMI as Japan in all countries
17.0
2490 (−2.4%)
22
40,519 (−64%)
1,726 (−93%)
Scenario (2) if BMI as USA in all countries 13.4 2810 (+10.2%) 224 406,255 (+265%) 136,721 (+481%)

(1) tTEE = theoretical Total Energy Expenditure calculated from FAO tables for adults, assuming that Physical Activity Levels (PAL) for each age-sex group in all countries were the same as those reported for USA in the same document. (2) To calculate these two columns we use the average theoretical tTEE of the world in 2005 (2549 kcal/day).