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Table 1 People at Risk (PAR) for thermal suitability of transmission of malaria (P. falciparum or P. vivax) by Anopheles stephensi, under a baseline climate, and under two representative concentration pathways (RCP 4.5 and 8.5), across four global circulation model output projections for 2050 (BC: Beijing Climate Center Climate System Model (BCC-CSM1.1); CC: National Center for Atmospheric Research's Community Climate System Model (CCSM4); HD: Hadley GCM HadGEM2-AO; HE: Hadley GCM HADGEM2-ES), paired with shared socioeconomic pathway projections of population (RCP 4.5 × SSP2; RCP 8.5 × SSP5), for 2050. These are given for Year-round transmission suitability (12 months), and for one or more months of suitability

From: Mapping current and future thermal limits to suitability for malaria transmission by the invasive mosquito Anopheles stephensi

RCP

GCM

Year-round

One or more months

P. falciparum

P. vivax

P. falciparum

P. vivax

BASELINE

BASELINE

2,978,746,847

2,097,002,867

7,449,067,483

7,383,343,414

RCP 4.5

BC

3,774,756,103

2,127,908,652

8,750,860,448

8,728,473,114

 

CC

4,054,286,646

2,252,417,759

8,753,397,990

8,736,201,422

 

HD

3,805,562,194

1,974,878,300

8,771,619,653

8,755,597,360

 

HE

3,736,169,575

2,021,833,976

8,772,921,907

8,757,997,413

RCP 8.5

BC

3,166,706,402

1,743,224,294

8,177,804,060

8,165,124,757

 

CC

3,307,469,096

1,813,969,917

8,177,578,312

8,163,138,249

 

HD

3,361,036,908

1,732,882,405

8,181,652,270

8,170,347,061

 

HE

3,164,609,570

1,530,848,172

8,185,991,009

8,180,851,173