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        Council of Heads of Australasian Herbaria |  | 
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|  With camel, 2018 | 
Born in 1956; 
  He commenced work as a field
survey botanist at the National Herbarium in
Melbourne after graduating from Monash University in 1977. 
He has since participated in
surveys of vegetation throughout much of Victoria, often collaborating with zoologists, and
has undertaken postgraduate research in taxonomic botany. 
He has published accounts of the
vegetation of central, eastern and alpine Victoria, descriptions of new plant species, and
booklets on ferns of the Dandenong Ranges, and
rare or threatened plants in Victoria.
    He then became the is the Senior Conservation Botanist at the National
    Herbarium of Victoria, where his projects include systematics and
    taxonomy of Australian native plants, conservation of rare and
    threatened native plants and checklists of Victorian plants. He
    also studies Lobelioideae and stipoid grasses. 
He is co-editor of 
    the four-volume Flora of Victoria and has submitted accounts of 
    various plant groups for publication in the Flora of Australia. 
    Neville  manages  the  Victorian  Conservation  Seedbank  -  a  project  commenced  in  2005  focussing  on  Victoria's  threatened species. Currently the bank includes around 1100  species.  Some  of  the  seed  is  now  being  used  for  re-establshment projects.
    
He
    is a member of the Australian Plant Census working group, the Mountain Invasions Research Network
    (MIREN) and is a member of recovery teams for threatened plants and animals in Victoria. 
  
    He has published more than 112 names in more than 80 peer-reviewed papers. 
  
Source: Extracted from:
Back dust-jacket, 'Flora of Victoria', Vol.2 (1994)
 https://www.eoas.info/biogs/P005329b.htm 
https://en.wikipedia.org/wiki/Neville_Grant_Walsh
    Portrait Photo: top, 2006, M.Fagg, ANBG Photo Collection; 
below, with camel, 2018, Extracted from: https://apsvic.org.au/newsletters/12th%20FJC%20Rogers%20Seminar%202018%20Goodeniaceae%20Newsletter%20March.pdf 
    
  
     
 
  
Data from 12,829 specimens
    
    