• About
  • Advertise
  • Careers
  • Contact
Friday, December 5, 2025
  • Login
No Result
View All Result
Field Crops news
  • Home
  • News
  • AgroTech & Innovation
  • Science
  • Sustainability
  • Market News
  • Research & Development
  • Home
  • News
  • AgroTech & Innovation
  • Science
  • Sustainability
  • Market News
  • Research & Development
No Result
View All Result
Field Crops news
No Result
View All Result
Home Research & Development

Basic biology of the grain aphid

by Maria YEROKHOVA
12 August 2024
in Research & Development
0
Basic biology of the grain aphid
0
SHARES
1
VIEWS
Share on FacebookShare on Twitter

Grain aphid (Sitobion avenae) is an important vector of Barley yellow dwarf virus (BYDV) in cereals and can transmit Potato virus Y (PVY) in potatoes.

Initially, aphids colonise relatively few cereal plants. However, the second generation tends to move away from the plant originally colonised. Controlling this generation is a key part of a BYDV management strategy.

The grain aphid is 1.3–3.3 mm long, ranges from green to reddish-brown to almost black and has long, yellow legs with dark patches. The siphunculi (at the rear) are black.

  1. Dec–Mar: Adults overwinter on crops and grasses (they do not have an alternative woody winter host).
  2. Apr–Jul: Fresh migrations infest crops from April. During dry, settled weather, numbers can increase rapidly. Migration during late June and early July (e.g. from cereals) poses the greatest risk to potato crops.
  3. Apr–Aug: Direct feeding occurs. When severe, leaves yellow and senesce prematurely.
  4. Sep–Mar: In autumn, winged forms migrate to newly emerged cereal crops (in most years, aphid flights stop when temperatures drop below about 11ºC), where multiple generations occur.*

Some grain aphids have a sexual life cycle, with eggs laid in the autumn on grasses and cereals. These eggs can survive through the winter and hatch in spring.

Reference: https://ahdb.org.uk/knowledge-library/

Error
Tags: AgricultureGrain aphid

Maria YEROKHOVA

Next Post
Kazakhstan Unlikely to Impose Wheat Export Duty: Vice Premier Jumanğarin Eases Concerns

Kazakhstan Unlikely to Impose Wheat Export Duty: Vice Premier Jumanğarin Eases Concerns

Newsletter

Locust Swarms Threaten Volgograd Wheat Fields: Are We Prepared for the Next Agricultural Crisis?

Locust Swarms Threaten Volgograd Wheat Fields: Are We Prepared for the Next Agricultural Crisis?

16 June 2025

Russia Cuts Grain Export Duties for the First Time in Over a Year: What This Means for Farmers and the Market

16 December 2024

IRRI’s Groundbreaking Study Offers Hope for Healthier Rice Varieties

25 September 2024

Harvesting Success: Qitai County’s Wheat Season in Xinjiang and Its Global Impact

17 July 2024

The Organic Paradox: Why Russia’s Altai Farmers Are Abandoning Chemical-Free Farming Despite Growing Global Demand

9 August 2025

Advancing Queensland’s Grain Yields Through Deep Phosphorus-Banding Research

21 June 2024

The New Grain Frontier: How U.S. Wheat is Challenging Russian Dominance in West Africa

2 October 2025

Shifting Trends in Kazakh Agriculture: Wheat Declines as Farmers Diversify Crops

5 July 2025

Climate Change Slashes Global Wheat Yields by 10% – What Farmers and Scientists Must Do Now

3 June 2025

Kazakhstan Introduces Subsidies to Boost Wheat Exports

9 March 2025
  • About
  • Advertise
  • Careers
  • Contact
Call us: +51 93 999 5140

© 2020-2024 Field Crops news

Welcome Back!

Login to your account below

Forgotten Password?

Retrieve your password

Please enter your username or email address to reset your password.

Log In
No Result
View All Result
  • Home
  • News
  • Science
  • Sustainability
  • AgroTech & Innovation
  • Market News
  • Science
  • Research & Development
  • About
  • Contact

© 2020-2024 Field Crops news