Democratic Republic of the Congo

September 2026
Yam and rice harvests in the north have been completed, while the main-season maize harvest is ongoing in the centre and south. Cassava is currently out of season in the centre and south, whereas in the north it is still in the growing stage. Precipitation has been average across the country over the last 30 days; however, biomass anomalies are recorded in several provinces, with Kongo-Central and North Kivu showing 39% and 31% of their active crop area, respectively, in poor vegetation condition. Water deficits over the last 90 days are widespread in the southern and eastern provinces. The current El Niño episode is expected to favour wet conditions across the country from October, except in the provinces near the Atlantic coast, where a dry outlook is foreseen. According to UNHCR, recurrent armed clashes and waves of displacement in eastern DRC in August 2026 continued to disrupt people's access to fields, markets and livelihoods, notably in North Kivu's Masisi territory, where nearly 2,980 people fled fighting between 21 and 25 August alone.
Assessment_graph
Date
Agricultural cover

Number of administrative units classified as Warning (%)

Date
Cover
legend warnings
Date
Cover
WI_graph1
Date
Cover
WI_graph2
Date
Cover
Indicator
WI_graph3
Year
Cover
Indicator
Area
ASAP1 Units
Main indicators at dekad
Last 6 dekads for indicator
Date
Indicator
anomaly legend
Date
Indicator
anomaly legend fpar
Date
Indicator
anomaly legend rain
Date
Indicator
anomaly legend rain
Date
Indicator
anomaly legend wetdry
Date
Indicator
anomaly legend wetdry
Phenology
Layer
anomaly legend season
Season progress
Dekad
process legend
Agricultural area
Cover
mask legend
Warning frequency map
Cover
frequency maps legend
ASAP units
Selection of FAO crop calendars matching with ASAP phenology
CCP_graph1
Agriculture statistics: ten crops with largest area
CCP_graph2
Agriculture statistics: ten crops with largest production
CCP_graph3
Share of national cereal production by subnational units
CCP_graph4