wheat rusts

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Wheat Rusts Stem Puccinia graminis Stripe P. striiformis Leaf P. triticina P. Recondita f.sp. secalis

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Wheat Rusts. Leaf P. triticina P. Recondita f.sp. secalis. Stripe P. striiformis. Stem Puccinia graminis. U.S. Wheat - 1998. # # # # #. Puccinia Pathway. # # # # #. Overwintering. 35 . # # # # #. 30 . National Atmospheric Deposition Program - PowerPoint PPT Presentation

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Page 1: Wheat Rusts

Wheat Rusts

Stem Puccinia graminis

StripeP. striiformis

LeafP. triticinaP. Recondita f.sp. secalis

Page 2: Wheat Rusts

U.S. Wheat - 1998

#####

Page 3: Wheat Rusts

Puccinia Pathway

#####

Page 4: Wheat Rusts

Overwintering

#####

35

30

Page 5: Wheat Rusts

National Atmospheric Deposition ProgramNTN Sites in the Central United States in 2004

Page 6: Wheat Rusts

Wheat Stem Rust

2004

April

1-week rain samples

11-18 May

through

22–27 July

Page 7: Wheat Rusts

May 18

Wheat Stem Rust

2004

Page 8: Wheat Rusts

May 25

Wheat Stem Rust

2004

Page 9: Wheat Rusts

June 01

Wheat Stem Rust

2004

Page 10: Wheat Rusts

June 08

Wheat Stem Rust

2004

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June 15

Wheat Stem Rust

2004

Page 12: Wheat Rusts

June 22

Wheat Stem Rust

2004

Page 13: Wheat Rusts

June 29

Wheat Stem Rust

2004

Page 14: Wheat Rusts

July 06

Wheat Stem Rust

2004

Page 15: Wheat Rusts

July 13

Wheat Stem Rust

2004

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July 20

Wheat Stem Rust

2004

Page 17: Wheat Rusts

July 27

Wheat Stem Rust

2004

Page 18: Wheat Rusts

July 29

Wheat Stem Rust

2004

Page 19: Wheat Rusts

Mead, NE,

NADP/NTN

Site – NE15

Back trajectoryinitialization time (T)

23 May 2004 2:00GMT

Conditions: heavy rain (1.90 inches, moderate

spore deposition)

Page 20: Wheat Rusts

NOAA ARL HYSPLIT Model

http://www.arl.noaa.gov/ready/hysplit4.html

Back trajectoryinitialization time (T)

23 May 2004 2:00GMT

T minus 12 hrs

Page 21: Wheat Rusts

NOAA ARL HYSPLIT Model

http://www.arl.noaa.gov/ready/hysplit4.html

Back trajectoryinitialization time (T)

23 May 2004 2:00GMT

T minus 24 hrs

Page 22: Wheat Rusts

NOAA ARL HYSPLIT Model

http://www.arl.noaa.gov/ready/hysplit4.html

Back trajectoryinitialization time (T)

23 May 2004 2:00GMT

T minus 36 hrs

Page 23: Wheat Rusts

NOAA ARL HYSPLIT Model

http://www.arl.noaa.gov/ready/hysplit4.html

Back trajectoryinitialization time (T)

23 May 2004 2:00GMT

T minus 48 hrs

Page 24: Wheat Rusts

NOAA ARL HYSPLIT Model

http://www.arl.noaa.gov/ready/hysplit4.html

Back trajectoryinitialization time (T)

23 May 2004 2:00GMT

T minus 60 hrs

Source

Region

Page 25: Wheat Rusts
Page 26: Wheat Rusts
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Page 28: Wheat Rusts
Page 29: Wheat Rusts
Page 30: Wheat Rusts

Soybean Rust – 2005

(9 states – 138 counties)

ObjectiveObjectiveDetect Asian Soybean Rust Detect Asian Soybean Rust ((Phakopsora pachyrhiziPhakopsora pachyrhizi) spores) sporesin rain samples using a real-timein rain samples using a real-timepolymerase chain reaction assaypolymerase chain reaction assay

Cooperative ProjectCooperative ProjectAgricultural Research Service – Cereal Disease LabAgricultural Research Service – Cereal Disease Lab

National Atmospheric Deposition ProgramNational Atmospheric Deposition Program

SponsorsSponsorsUSDA – Agricultural Research ServiceUSDA – Agricultural Research ServiceUnited Soybean BoardUnited Soybean BoardNational Atmospheric DepositionNational Atmospheric Deposition ProgramProgram

Page 31: Wheat Rusts

Soybean Acreage – 2004

(percentage by county)

Page 32: Wheat Rusts

Kudzu Acreage

(percentage by county)

Page 33: Wheat Rusts

Note: red lines indicate frequency of occurrence of year-round temperatures above 28F

---------

S --

O K

Y U

B + D

E Z

A U

N --

---------

Page 34: Wheat Rusts

Asian Soybean Rust, 2006

110 National Atmospheric Deposition Program (NADP) National Trends Network (NTN) sites in

this study

► samples filtered in entirety at NADP Central Analytical Laboratory

► filters desiccated, sealed in Petri dishes, and sent to Cereal Disease Lab (CDL)

► filters sonicated at CDL to remove spores

► CDL tests for Phakopsora pachyrhizi using nested real-time qPCR

► positive assay indicates presence of P. pachyrhizi spores in rain

Page 35: Wheat Rusts

Asian Soybean Rust, 2006

This map displays counties where P. pachyrhizi was detected in soybean or other legumes between January and the week ending 6 June. The map also displays where spores were detected in rain samples collected 3 weeksprior to the week ending 6 June (i.e., in rain occurring between 9 & 30 May).

06 June

Page 36: Wheat Rusts

Asian Soybean Rust, 2006

31 Jan

Page 37: Wheat Rusts

Asian Soybean Rust, 2006

28 Feb

Page 38: Wheat Rusts

Asian Soybean Rust, 2006

31 Mar

Page 39: Wheat Rusts

Asian Soybean Rust, 2006

30 May

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Asian Soybean Rust, 2006

27 Jun

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Asian Soybean Rust, 2006

4 Jul

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Asian Soybean Rust, 2006

11 Jul

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Asian Soybean Rust, 2006

18 Jul

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Asian Soybean Rust, 2006

25 Jul

Page 45: Wheat Rusts

Asian Soybean Rust, 2006

1 Aug

Page 46: Wheat Rusts

Asian Soybean Rust, 2006

8 Aug

Page 47: Wheat Rusts

Asian Soybean Rust, 2006

15 Aug

Page 48: Wheat Rusts

Asian Soybean Rust, 2006

22 Aug

Page 49: Wheat Rusts

Asian Soybean Rust, 2006

29 Aug

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Asian Soybean Rust, 2006

5 Sep

Page 51: Wheat Rusts

Asian Soybean Rust, 2006

12 Sep

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Asian Soybean Rust, 2006

19 Sep

Page 53: Wheat Rusts

Asian Soybean Rust, 2006

26 Sep

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Asian Soybean Rust, 2006

3 Oct

Page 55: Wheat Rusts

Asian Soybean Rust, 2006

10 Oct

Page 56: Wheat Rusts

Asian Soybean Rust, 2006

17 Oct

Page 57: Wheat Rusts

Asian Soybean Rust, 2006

24 Oct