Tunisia Farmer Turns to Old Wheat Varieties as Climate Change Bites

Tunisian wheat farmer Hasan Chetoui, who is sowing old wheat varieties that he hopes will produce crops throughout the year, sifts wheat at his farm in Manouba, Tunisia February 15, 2024. REUTERS/Jihed Abidellaoui/ File photo Purchase Licensing Rights
Tunisian wheat farmer Hasan Chetoui, who is sowing old wheat varieties that he hopes will produce crops throughout the year, sifts wheat at his farm in Manouba, Tunisia February 15, 2024. REUTERS/Jihed Abidellaoui/ File photo Purchase Licensing Rights
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Tunisia Farmer Turns to Old Wheat Varieties as Climate Change Bites

Tunisian wheat farmer Hasan Chetoui, who is sowing old wheat varieties that he hopes will produce crops throughout the year, sifts wheat at his farm in Manouba, Tunisia February 15, 2024. REUTERS/Jihed Abidellaoui/ File photo Purchase Licensing Rights
Tunisian wheat farmer Hasan Chetoui, who is sowing old wheat varieties that he hopes will produce crops throughout the year, sifts wheat at his farm in Manouba, Tunisia February 15, 2024. REUTERS/Jihed Abidellaoui/ File photo Purchase Licensing Rights

Tunisian wheat farmer Hasan Chetoui is seeking inspiration from the deep past as he tries to adapt to drought caused by climate change, sowing old wheat varieties that he hopes will produce crops throughout the year.

Chetoui does not believe his experiment with alternative types of wheat is likely to work everywhere, but he thinks it may help him cope after years of scant rains and heatwaves that destroyed much of his crop last year.

"We obtain an old Tunisian type of wheat, cultivated in the field, capable of producing multiple times a season, providing us with strategic solutions," he said.

Chetoui's farm is located in the Borj Al-Amri area of northern Tunisia, a region that was a bread basket for Mediterranean civilizations stretching back to ancient Rome and Carthage, though Tunisia is now a net wheat importer.

Years of drought affecting much of North Africa have emptied Tunisian reservoirs and dried up crops, while a succession of scorching summers have seared some of those that remain.

Chetoui hopes that by avoiding reliance on a single summer harvest, he may be able to produce at least some wheat even in bad years. He and agricultural union officials said other farmers have resorted to traditional seeds, but had only anecdotal accounts of their experience.

Agricultural experts in Tunisia are sceptical that old wheat varieties will succeed in protecting farmers from the impact of climate change, and point out that modern wheats produce far higher yields.

However, they also say older varieties may work better in certain areas or under specific conditions, and that Chetoui's experiments are worth under taking.

"We cannot determine whether they will succeed or fail because we cannot assess the effectiveness until it is implemented on a large scale," said Mohamed Rajaibia of the Tunisian Agricultural Union.

Chetoui began working on farms at the age of 12. Now 64, he still seeks seeds for old grain varieties including corn and barley as well as wheat, for use in his fields.

For years he has been sowing harvests with seeds that he says were used in his family for generations and were handed down to him by his father.

He has also used some old varieties from the Tunisian seed gene bank, he said, and has collected seeds from other farmers who said they were family inheritances including some that are not registered with the gene bank.

"We must rely on our original Tunisian seeds because, through experience and knowledge, these seeds hold the solution and can contribute to many strategic solutions in addressing food crises," he said, AFP reported.

Not all experts disagree with this notion.

"Original seeds are rooted in nature, rooted in the quality of the soil and rooted according to the location, and they have the ability to adapt," said Hussein al-Rhaili, an agriculture policy expert in Tunisia.



What Is Known About Polio’s Return to the Gaza Strip 

Displaced kids sort through trash at a street in Deir al-Balah, central Gaza Strip, Tuesday, Aug. 27, 2024. (AP)
Displaced kids sort through trash at a street in Deir al-Balah, central Gaza Strip, Tuesday, Aug. 27, 2024. (AP)
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What Is Known About Polio’s Return to the Gaza Strip 

Displaced kids sort through trash at a street in Deir al-Balah, central Gaza Strip, Tuesday, Aug. 27, 2024. (AP)
Displaced kids sort through trash at a street in Deir al-Balah, central Gaza Strip, Tuesday, Aug. 27, 2024. (AP)

Health authorities in the Gaza Strip confirmed the first case of polio in 25 years earlier this month.

The infection and subsequent partial paralysis of the nearly year-old Abdul-Rahman Abu Al-Jidyan has hastened plans for a mass vaccination campaign of children across the Palestinian enclave starting on Sept. 1.

Three-day pauses in fighting in each of Gaza's three zones have been agreed by Israel and Hamas to allow thousands of UN workers to administer vaccines.

ORIGINS

The same strain that later infected the Palestinian baby, from the type 2 vaccine-derived polio virus that has also been detected in wastewater in some developed countries in recent years, was detected in July in six sewage samples taken in Khan Younis and Deir al-Balah.

It is not clear how the strain arrived in Gaza but genetic sequencing showed that it resembles a variant found in Egypt that could have been introduced from September 2023, the WHO said.

The UN health body says that a drop in routine vaccinations in the Occupied Palestinian Territories, including Gaza, has contributed to its re-emergence.

Polio vaccination coverage, primarily conducted through routine immunization, was estimated at 99% in 2022 and fell to 89% in 2023. Health workers say the closure of many hospitals in Gaza, often because of Israeli strikes or restrictions on fuel, has contributed to lower vaccination rates. Israel blames Hamas, saying they use hospitals for military purposes.

Aid workers say poor sanitation conditions in Gaza where open sewers and trash piles are commonplace after nearly 11 months of war have created favorable conditions for its spread.

MASS VACCINATIONS

Israel's military and the Palestinian armed group Hamas have agreed to three separate, zoned three-day pauses in fighting to allow for the first round of vaccinations.

The campaign is due to start in central Gaza on Sunday with three consecutive daily pauses in fighting, then move to southern Gaza, where there would be another three-day pause, followed by northern Gaza. There is an agreement to extend the pause in each zone to a fourth day if needed.

The vaccines, which were released from global emergency stockpiles, have already arrived in Gaza and are due to be issued to 640,000 children under 10 years of age.

They will be given orally by some 2,700 health care workers at medical centers and by mobile teams moving among Gaza's hundreds of thousands of people displaced by the war, UN aid workers say.

The World Health Organization says that a successful roll-out requires at least 95% coverage.

The Israeli military's humanitarian unit (COGAT) said that the vaccination campaign would be conducted in coordination with the Israeli military "as part of the routine humanitarian pauses that will allow the population to reach the medical centers where the vaccinations will be administered".

A second round is planned in late September.

RISKS

The Gaza case which is vaccine-derived is seen as a setback for the global polio fight which has driven down cases by more than 99% since 1988 thanks to mass vaccination campaigns.

Wild polio is now only endemic in Pakistan and Afghanistan although more than 30 countries are still listed by the WHO as subject to outbreaks, including Gaza's neighbors Egypt and Israel.

The World Health Organization has warned of the further spread of polio within Gaza and across borders given the poor health and hygiene conditions there.

Poliomyelitis, which is spread mainly through the faecal-oral route, is a highly infectious virus that can invade the nervous system and cause paralysis and death in young children with those under 2 years old most at risk. In nearly all cases it has no symptoms, making it hard to detect.