Wheat is Worth Protecting

Wheat is highly adaptable and genetically diverse,
which helped it
spread to farms
all over the world.

Feeding

human progress1-2

 Wheat cultivation dates back to 10,000 B.C.

 First grown in the Fertile Crescent

Wheat is 13% protein

Leading source of vegetable protein

in human diet

Important source of carbohydrates and dietary fiber

Over 95%

of the world’s wheat is used for human consumption

Wheat production

today 1-2

Second-most-produced

grain in the world (behind maize)

million tons

produced per year

750

Top five wheat producing regions:

Higher yields

are now achieved on roughly the same number of hectares as in

the 1960s, due to the benefits of

plant breeding and improvements

in agronomic practices and crop protection products.

In the chase for yield, newer

wheat varieties can be
more susceptible
 
to insects, diseases and climate pressures.

Fungal disease

threatens wheat crops3

Septoria tritici

•  Spread by wind and                  rain splashing

 Thrives in cool,

   damp conditions

 Infection can occur within

   24 hours of spore landing

   on leaf

 Symptoms of infection will

   not be seen for 3-4 weeks

   when it will be too late to

   control the disease

 Leaf damage reduces                 photosynthesis and                     plant productivity

 In severe infections, yield 

    loss up to 50% is possible

Farmers

need solutions

Inatreq™ active helps farmers protect their crops, yields and farming livelihoods.

Works on a unique site

in fungi

No cross-resistance with existing fungicide groups used in cereals

Stops respiration in certain

fungal cells

Low use rate: as little as 60 g/h

Formulated active ingredient derived from natural substance (UK-2A)

Prevents spore spreading

Preventive action lasts

4-6 weeks

Degrades rapidly in the environment*

Provides more flexibility for farmers to apply fungicide

Keeping wheat

accessible and affordable

•  Ensuring reliable supply

•  Reducing environmental            impact of crop protection

•  Helping farmers bring in            profitable harvests

*UK-2A degrades to naturally occurring inert products within 14 days.

1 de Sousa, Telma, Miguel Ribeiro, Carolina Sabença and Gilberto Igrejas. “The 10,000-Year Success Story of Wheat!” Foods 10, no. 9 (September 2021): 2124. doi: 10.3390/foods10092124.

2 “Wheat Production by Country 2023.” World Population Review. Accessed September 14, 2023. https://worldpopulationreview.com/country-rankings/wheat-production-by-country.

3 “Septoria tritici in winter wheat.” Agriculture and Horticulture Development Board (UK). Accessed September 14, 2023. https://ahdb.org.uk/knowledge-library/septoria-tritici-in-winter-wheat.

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In the chase for yield, newer

Higher yields

are now achieved on roughly the same number of hectares as in

Top five wheat producing regions:

million tons

750

Second-most-produced

Wheat production

Septoria tritici

•  Spread by wind and                  rain splashing

 Thrives in cool,

 Infection can occur within

 Symptoms of infection will

 Leaf damage reduces                 photosynthesis and                     plant productivity

 In severe infections, yield 

Fungal disease

Inatreq™ active helps farmers protect their crops, yields and farming livelihoods.

Works on a unique site

No cross-resistance with existing fungicide groups used in cereals

Low use rate: as little as 60 g/h

Formulated active ingredient derived from natural substance (UK-2A)

Degrades rapidly in the environment*

Stops respiration in certain

Prevents spore spreading

Preventive action lasts

Provides more flexibility for farmers to apply fungicide

Farmers

•  Ensuring reliable supply

*UK-2A degrades to naturally occurring inert products within 14 days.

Keeping wheat

Wheat is Worth Protecting

 Wheat cultivation dates back to 10,000 B.C.

of the world’s wheat is used for human consumption

Over 95%

Important source of carbohydrates and dietary fiber

Leading source of vegetable protein

Wheat is 13% protein

Wheat is highly adaptable and genetically diverse,
which helped it
spread to farms
all over the world.

Feeding