Home· Settings· Breaking · FrontPage · Extended · Editorial · Activism · News

Prayer  PrayerRequest  SCOTUS  ProLife  BangList  Aliens  HomosexualAgenda  GlobalWarming  Corruption  Taxes  Congress  Fraud  MediaBias  GovtAbuse  Tyranny  Obama  Biden  Elections  POLLS  Debates  TRUMP  TalkRadio  FreeperBookClub  HTMLSandbox  FReeperEd  FReepathon  CopyrightList  Copyright/DMCA Notice 

Monthly Donors · Dollar-a-Day Donors · 300 Club Donors

Click the Donate button to donate by credit card to FR:

or by or by mail to: Free Republic, LLC - PO Box 9771 - Fresno, CA 93794
Free Republic 4th Qtr 2024 Fundraising Target: $81,000 Receipts & Pledges to-date: $15,370
18%  
Woo hoo!! And we're now over 18%!! Thank you all very much!! God bless.

Keyword: irishpotatofamine

Brevity: Headers | « Text »
  • 'Whodunnit' of Irish Potato Famine Solved

    05/21/2013 12:25:13 PM PDT · by neverdem · 62 replies
    ScienceDaily ^ | May 21, 2013 | NA
    An international team of scientists reveals that a unique strain of potato blight they call HERB-1 triggered the Irish potato famine of the mid-nineteenth century. It is the first time scientists have decoded the genome of a plant pathogen and its plant host from dried herbarium samples. This opens up a new area of research to understand how pathogens evolve and how human activity impacts the spread of plant disease. Phytophthora infestans changed the course of history. Even today, the Irish population has still not recovered to pre-famine levels. "We have finally discovered the identity of the exact strain that...
  • Genome of Irish potato famine pathogen decoded

    09/13/2009 10:31:04 PM PDT · by neverdem · 23 replies · 964+ views
    Broad Communications ^ | September 9, 2009 | NA
    Findings yield deep insights into the pathogen’s remarkable adaptability, suggest a “two-speed” genomic strategy that enables it to outwit plant hosts A large international research team has decoded the genome of the notorious organism that triggered the Irish potato famine in the mid-19th century and now threatens this season’s tomato and potato crops across much of the US. Published in the September 9 online issue of the journal Nature, the study reveals that the organism boasts an unusually large genome size — more than twice that of closely related species — and an extraordinary genome structure, which together appear to...