Samut Sakhon climate and rainfall by district

Of Samut Sakhon's 0 districts, 1 have a high estimated chance of drought and 0 a high chance of extreme heat. The highest risk is in Krathum Baen, where the drought level is High (based on the surrounding area).

Data period: Jan 2016 – Sep 2026 · Source: Climate Hazards Center UC Santa Barbara & WFP -- Thailand: Rainfall Indicators at Subnational Level (HDX) · Licence: CC BY

Not enough district-level data is available for Samut Sakhon yet. This page will publish full rankings once more districts are covered.

Risk map

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drought by area

extreme heat by area

Topographic view shades terrain by elevation — higher, steeper ground is generally less exposed to flooding, while low-lying land near watercourses is more exposed.

How likely is drought in Samut Sakhon?

1 districts in Samut Sakhon have a high estimated chance of drought, including Krathum Baen.

No districts in Samut Sakhon currently have a high estimated chance of extreme heat.

Which districts are most at risk?

Krathum Baen in Samut Sakhon has the highest single hazard estimate, a High level of drought.

What the levels mean

Each district gets a Low, Medium, or High estimate for every hazard. "Observed" levels come from a directly measured event, such as a satellite-recorded flood extent. "Estimated" levels are modelled from proxies such as terrain, historical rainfall, or monitoring-station readings, and are not a forecast or a probability. A level never combines more than one hazard, and "Not enough data yet" means exactly that — not a safe rating.

What this means if you're buying or renting

A High estimate for Samut Sakhon is a prompt to ask more questions — request a site-specific flood or engineering survey, check the property's ground floor level and past flood history with the seller or agent, and review local drainage before committing. A Low estimate does not guarantee a property is risk-free, and none of these levels replace a professional inspection.

Full district data
DistrictAnnual rainfall totalWettest month3-month rainfall vs normalRainfall-deficit dekads (10-yr share)
Mueang Samut Sakhon——90.91 percent19.44 percent
Ban Phaeo——93.95 percent19.72 percent
Krathum Baen——91.47 percent22.5 percent

Frequently asked questions

How likely is flooding or other hazards in Samut Sakhon?

In Samut Sakhon, 1 districts have a high estimated chance of drought and 0 districts have a high estimated chance of extreme heat.

Which districts in Samut Sakhon have a high estimated chance of drought?

1 districts in Samut Sakhon have a high estimated chance of drought, including Krathum Baen.

Is the drought estimate for Samut Sakhon observed or modelled?

The drought estimate for Samut Sakhon's highest-risk district is based on the surrounding area.

Which districts in Samut Sakhon have a high estimated chance of extreme heat?

No districts in Samut Sakhon currently have a high estimated chance of extreme heat.

Is the extreme heat estimate for Samut Sakhon observed or modelled?

There is not enough data yet to state the basis of the extreme heat estimate for Samut Sakhon.

Which district in Samut Sakhon has the highest estimated hazard risk overall?

Krathum Baen in Samut Sakhon has the highest single hazard estimate, a High level of drought.

What should I consider if I'm buying or renting property in Samut Sakhon?

In areas of Samut Sakhon with a High hazard estimate, ask for a site-specific survey and the property's flood history before committing — a High estimate is a prompt to investigate further, not a verdict on any single property.

Where does the hazard data for Samut Sakhon come from?

The hazard estimates for Samut Sakhon are sourced from Climate Hazards Center UC Santa Barbara & WFP -- Thailand: Rainfall Indicators at Subnational Level (HDX) (CC BY (Creative Commons Attribution International)).

What do the Low, Medium, and High hazard levels mean?

Low, Medium, and High are screening estimates, not a forecast or probability. Each hazard is scored on its own — there is no single combined risk score across hazards.

Sources & methodology