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12 Oct 2017 description

Despite average rainfall over East Africa, risk of flooding remains high in Sudan and Ethiopia

Africa Weather Hazards

  1. and below-normal rainfall in August and early September has produced moderate to large moisture deficits in parts of southern Burkina Faso and northern Ghana.

  2. Below-average rain over the past three months has resulted in poor ground conditions in the Western Cape province of South Africa.

05 Oct 2017 description

Below-average rain recorded in West Africa, while above-average rain persists over Eastern Africa

  1. Inconsistent and below-normal rainfall since mid-August has increased moisture deficits and led to abnormal dryness for parts of southern Burkina Faso and northern Ghana.

  2. Recent heavy rains have caused the Niger and Benue Rivers in Nigeria to flood. Reports indicate that 100,000 people were displaced by flooding and many crops have been destroyed. Continued rain will keep rivers high.

22 Sep 2017 description

River flooding and above-average rainfall continue in Nigeria and Sudan

Africa Weather Hazards

  1. Since early August, above-average seasonal rainfall caused flooding in some areas. With well above-average moisture conditions, additional rain in September may trigger flooding in parts of Senegal,
    The Gambia, Guinea-Bissau, Guinea, and Sierra Leone.

21 Jul 2017 description

Continued heavy rainfall causes ooding in Ethiopia, Sudan, and South Sudan

Africa Weather Hazards

  1. Below-average rainfall since mid-May has led to abnormal dryness across eastern Uganda and southwestern Kenya. Moisture deficits are likely to negatively impact cropping and Pastoral activities.

  2. Repeated weeks of very heavy, above-normal rains have oversaturated the ground in parts of Ethiopia, Sudan, and South Sudan. More heavy rain during the next week is likely to cause further flooding.

05 Jul 2017 description
report Radio Dabanga

Heavy rains destroyed 132 homes in the Sortony camp for the displaced in North Darfur’s Kabkabiya locality on Sunday.

The coordinator of the Kabkabiya camps told Radio Dabanga that torrential rains accompanied by strong winds caused the collapse of the shelters.

He warned for the dire environmental situation in the camp. “As cholera continues to spread, we expect a disaster unless the authorities intervene and help us cleaning the camp and fight the numerous flies in the area.”

04 Jul 2017 description
report Radio Dabanga

Torrential rains caused the collapse of about 1,500 homes and five schools at the camps for the displaced near Zalingei, capital of Central Darfur, on Saturday evening.

El Shafee Abdallah, Coordinator of the Central Darfur camps told Radio Dabanga that torrential rains accompanied by strong winds led to the destruction of 413 shelters in the Hamidiya camp, 270 in the Hassahissa camp, and “hundreds of homes” in Khamsa Dagayeg, Teiba, and El Salam camps.

02 Feb 2017 description
file preview
El Nino 2015-2016 - Screenshot of the interactive content as of 02 Feb 2017.
file preview
Disaster associated with El Nino in 1997-1998, 2002-2003 or 2009-2010 - Screenshot of the interactive content as of 02 Feb 2017.

The impact of the 2015‒2016 El Niño weather phenomenon has been one of the most intense and widespread in the past one hundred years. The agriculture, food security and nutritional status of 60 million people around the globe is affected by El Niño-related droughtsfloods and **extreme hot** and **cold weather**.

19 Dec 2016 description

Foreword

Hunger is not inevitable As 2016 comes to an end, almost 130-million people are in need of humanitarian assistance. Throughout the year, natural hazards, conflict and protracted crises have placed a particularly heavy burden on the poor, who are often extremely vulnerable to shocks. Across 22-affected areas, 70-million people are currently in Integrated Food Security Phase Classification (IPC) Phase 3 or above.

16 Sep 2016 description

This update is based on internal displacement figures made available to IDMC across 16 countries from January-August 2016. These figures will be updated and expanded upon regularly and can be accessed via IDMC’s Global Internal Displacement Database (GIDD) which can be viewed at http://www.internal-displacement.org/database.

04 Sep 2016 description

Africa Weather Hazards

  1. Persistent, above average rainfall since July has led to excessively rainfall surpluses and floods that have damaged infrastructure, displaced populations, and caused fatalities in parts of Sudan, South Sudan, and Ethiopia.
  2. Below-average seasonal rainfall and persistent moisture deficits in the region have negatively impacted developing crops across parts of eastern Oromia and SNNPR in Ethiopia.
  3. There is a potential for increased number of locusts migrating from the Arabian Peninsula which may negatively impact cropping …
23 Aug 2016 description

Japan - Tropical Cyclones KOMPASU, MINDULLE, LIONROCK
• TC KOMPASU made landfall on 21 August in Hokkaido as Tropical Depression. Over 6 000 people have been evacuated in this island.
• TC MINDULLE made landfall on 22 August in Chiba prefecture as Tropical Storm. Two people have been killed, several have been injured, over 469 000 have been evacuated in Kanagawa prefecture. Over the next 24 h it is forecast to continue moving northeast, weakening but remaining a Tropical Storm.

19 Aug 2016 description

Heavy rains expected to further increase risk of flooding in West and East Africa

Africa Weather Hazards

  1. The persistence of above-average rainfall continues to increase both short-term and long-term rainfall surpluses and trigger flooding throughout many areas in Sudan, South Sudan and western Ethiopia. Above-average rainfall is forecast to continue over the region, further worsening the potential for flooding over many downstream areas of eastern Sudan during the next week.

16 Aug 2016 description

What is La Niña?

La Niña is the cooling of sea surface temperatures in the tropical Pacific, which occurs roughly every three to five years, lasting from six to 24 months. On average, half of El Niño events are followed by a La Niña, which typically affects global climate patterns in the opposite way El Niño does. The intensity of the La Niña climatic phenomenon generally peaks between October and January

Purpose of this report

04 Aug 2016 description

The El Niño 2015-16 in the Context of Past El Niños

The 2015/16 El Niño Event

An El Niño event was officially declared in March 2015, gaining in intensity until it reached its peak in December 2015. The event came to an end in May 2016, becoming one the strongest on record, together with the El Niños of 1982-83 and 1997-98.

14 Jul 2016 description

Globally, millions of vulnerable people are experiencing increased hunger and poverty due to droughts, floods, storms and extreme temperature fluctuations as a result of a climatic occurrence: El Niño. This phenomenon is not an individual weather event but a climate pattern which occurs every two to seven years and lasts 9-12 months. The 2015/2016 occurrence is one of the most severe in a half-century and the strongest El Niño since 1997/1998 which killed some 21,000 people and caused damage to infrastructure worth US$ 36 billion.

06 Jul 2016 description

Globally, millions of vulnerable people are experiencing increased hunger and poverty due to droughts, floods, storms and extreme temperature fluctuations as a result of a climatic occurrence: El Niño. This phenomenon is not an individual weather event but a climate pattern which occurs every two to seven years and lasts 9-12 months. The 2015/2016 occurrence is one of the most severe in a half-century and the strongest El Niño since 1997/1998 which killed some 21,000 people and caused damage to infrastructure worth US$ 36 billion.

05 Jul 2016 description

Global overview

What is La Niña?

La Niña is the cooling of sea surface temperatures in the tropical Pacific, which occurs roughly every three to five years, lasting from six to 24 months. The chances of La Niña following an El Niño episode are higher on average — half of the El Niño events are followed by a La Niña — and typically it affects global climate patterns in the opposite way El Niño does. The intensity of the La Niña climatic phenomenon generally peaks between October and January.

Purpose of this report

05 Jul 2016 description

What is El Niño?

El Niño is the warming of sea surface temperatures in the tropical Pacific, which occurs roughly every two to seven years, lasting from six to 24 months.