305
edits
En-en adult card 30 droughts: Difference between revisions
m
Link add for Memo
m (Minor corrections) |
m (Link add for Memo) |
||
| Line 17: | Line 17: | ||
*[[En-en_adult_card_35_forest_fires|Forest Fires]] | *[[En-en_adult_card_35_forest_fires|Forest Fires]] | ||
== | == Other possible links== | ||
===Other consequences=== | |||
* [[En-en adult card 12 carbon sinks|Carbon sinks]] If a lack of rain occurs while plants are growing, there is less photosynthesis and therefore a reduction in capacity of the carbon sink. In Europe, in 2018, carbon sinks declined by 18%<ref>https://www.icos-cp.eu/drought-special-issue-french</ref>. | |||
== | ==To go further== | ||
==== Africa ==== | ===Occurrences of this phenomenon=== | ||
====Africa==== | |||
The worst drought in Africa hit in 2020: according to the United Nations World Food Programme (WFP), 45 million people are in a situation of severe food insecurity. These include Mozambique, the Democratic Republic of Congo, Tanzania, Zambia and Zimbabwe<ref>[https://fr.wfp.org/communiques-de-presse/afrique-australe-les-agences-de-lonu-appellent-soutenir-davantage-les UN World Food Programme, Southern Africa: UN agencies call for more support for hungry people in the face of climate shocks (French)]</ref>. | The worst drought in Africa hit in 2020: according to the United Nations World Food Programme (WFP), 45 million people are in a situation of severe food insecurity. These include Mozambique, the Democratic Republic of Congo, Tanzania, Zambia and Zimbabwe<ref>[https://fr.wfp.org/communiques-de-presse/afrique-australe-les-agences-de-lonu-appellent-soutenir-davantage-les UN World Food Programme, Southern Africa: UN agencies call for more support for hungry people in the face of climate shocks (French)]</ref>. | ||
Tree density is declining in the western Sahel and semi-arid Morocco, beyond the changes due to land use. (IPCC WG2 AR5) | Tree density is declining in the western Sahel and semi-arid Morocco, beyond the changes due to land use. (IPCC WG2 AR5) | ||
==== Asia ==== | ====Asia==== | ||
In the 1960s, the Aral Sea was the fourth largest lake in the world, more than twice the size of Belgium (70,000km²)<ref>[https://observers.france24.com/fr/20090827-mort-mer-aral-ouzbekistan-kazakhstan-urss-environnement France 24, The death of the Aral Sea (Frech)]</ref>. Today, it has almost disappeared: the Aral Sea has lost 75% of its surface area, 14 metres in depth and 90% of its volume<ref>[http://www.cawater-info.net/aral/data/tabs_e.htm Project INTAS-0511 REBASOWS, ''Database of the Aral Sea / Bathymetric characteristics'']</ref>, which has increased its salinity and caused the disappearance of most endemic species. The number of fish species has fallen from 32 to 6. Shipwrecks can be seen on the old seabed<ref>[https://lewebpedagogique.com/seconde3hg/files/2017/01/Pages-manuel-mer-dAral.pdf The Educational Web, The Aral Sea, repairing a man-made disaster (French)]</ref>. | In the 1960s, the Aral Sea was the fourth largest lake in the world, more than twice the size of Belgium (70,000km²)<ref>[https://observers.france24.com/fr/20090827-mort-mer-aral-ouzbekistan-kazakhstan-urss-environnement France 24, The death of the Aral Sea (Frech)]</ref>. Today, it has almost disappeared: the Aral Sea has lost 75% of its surface area, 14 metres in depth and 90% of its volume<ref>[http://www.cawater-info.net/aral/data/tabs_e.htm Project INTAS-0511 REBASOWS, ''Database of the Aral Sea / Bathymetric characteristics'']</ref>, which has increased its salinity and caused the disappearance of most endemic species. The number of fish species has fallen from 32 to 6. Shipwrecks can be seen on the old seabed<ref>[https://lewebpedagogique.com/seconde3hg/files/2017/01/Pages-manuel-mer-dAral.pdf The Educational Web, The Aral Sea, repairing a man-made disaster (French)]</ref>. | ||
| Line 33: | Line 37: | ||
Decreasing soil moisture in central and northeast China (1950 -2006) (IPCC WG2 AR5 medium confidence, major contribution from climate change) | Decreasing soil moisture in central and northeast China (1950 -2006) (IPCC WG2 AR5 medium confidence, major contribution from climate change) | ||
==== Europe ==== | ====Europe==== | ||
Appearance of desert landscapes in south-eastern Spain<ref>[https://www.consoglobe.com/espagne-desertification-cg Consoglobe, Desertification is gaining ground in Spain (French)]</ref>. | Appearance of desert landscapes in south-eastern Spain<ref>[https://www.consoglobe.com/espagne-desertification-cg Consoglobe, Desertification is gaining ground in Spain (French)]</ref>. | ||
| Line 40: | Line 44: | ||
The drought of 2003 was the most costly in its history<ref>[http://www.senat.fr/rap/r09-039/r09-039_mono.html Information Report No. 39 (2009-2010) by Mr. Jean-Claude FRÉCON and Mrs. Fabienne KELLER, made on behalf of the Finance Committee, Drought of 2003: a past that doesn't go by (French)]</ref>, affecting 8,000 French communes and having to push legislation to change its definition of natural disasters, because the drought led to landslides and made land totally uninhabitable. | The drought of 2003 was the most costly in its history<ref>[http://www.senat.fr/rap/r09-039/r09-039_mono.html Information Report No. 39 (2009-2010) by Mr. Jean-Claude FRÉCON and Mrs. Fabienne KELLER, made on behalf of the Finance Committee, Drought of 2003: a past that doesn't go by (French)]</ref>, affecting 8,000 French communes and having to push legislation to change its definition of natural disasters, because the drought led to landslides and made land totally uninhabitable. | ||
==== Americas ==== | ====Americas==== | ||
In the United States, autumn 2012 saw the worst drought in 25 years: 80% of agricultural land was affected, with two-thirds of the farms affected, leading to 4% inflation in food prices in 2013. In 7 American states, agricultural yield statistics have highlighted a depletion of water resources ranging from 90% to 100% (Oklahoma, Wyoming, Kansas, Colorado, Dakota, Nebraska...). | In the United States, autumn 2012 saw the worst drought in 25 years: 80% of agricultural land was affected, with two-thirds of the farms affected, leading to 4% inflation in food prices in 2013. In 7 American states, agricultural yield statistics have highlighted a depletion of water resources ranging from 90% to 100% (Oklahoma, Wyoming, Kansas, Colorado, Dakota, Nebraska...). | ||
== References == | ==References== | ||
<references /> | <references /> | ||
[[fr:Fr-fr_adulte_carte_30_sécheresses]] | [[fr:Fr-fr_adulte_carte_30_sécheresses]] | ||