TERN	  Delivers	  	      for	  Ecosystem	  Science	  and	  Management	  	      	  By:	      	  Professors	  Stuart	  Phinn...
Presenta=on	  Aims	  To	  demonstrate	  how	  the	  Terrestrial	  Ecosystem	  Research	  Network:	  •    has	  enabled	  a...
•     TERN’s	  	  Vision	  TERN’s	  Vision	  is	  for	  an	  Australian	  ecosystem	  science	  community	  that	  has	  u...
•    TERN’s	  	  Scope	      TERN	  provides	  “infrastructure”	  to	  enable	  development	  of	  a	  sustainable	      n...
•    TERN’s	  	  Scope:	  Australian	  Ecosystem	  Science	  Communi=es	  •  An	  esEmate	  of	  the	  number	  of	  “ecos...
•    TERN’s	  	  Scope:	  Ecosystem	  Science	  Communi=es	  
Contents	  1.  Ecosystem	  science	  ques=ons	  being	  addressed	  using	  TERN	  2.  TERN’s	  impact	  on	  the	  ecosys...
Contents	  1.  Ecosystem	  science	  ques=ons	  being	  addressed	  using	  TERN	  2.  TERN’s	  impact	  on	  the	  ecosys...
1.	  Ecosystem	  science	  ques=ons	  being	           addressed	  using	  TERN	  infrastructure	  •    Australian	  ecosy...
•    Australian	  ecosystems	  and	  ecosystem	  data	  collec=on	         Eleva=on	                  Soils	       Land	  ...
•    Australian	  and	  global	  ecosystem	  	  science	  ques=ons	  •    TERN’s	  Vision	  is	  underpinned	  by	  ac=vi=...
•    Ecosystem	  science	  and	  management	  ques=ons	  
•  Ecosystem	  science	  and	  management	  ques=ons	  	  	  	  	  	  
•    Ecosystem	  science	  	  ques=ons,	  local	  to	  global	  scales	                       Muller,	  F.	  (1992).	  “Hi...
•        Integrated	  long	  term	  monitoring	  –	  	  spa=al	  and	  temporal	  sampling	       Longitudinal	  trends	  ...
•        Integrated	  long	  term	  monitoring	  –	  	  spa=al	  and	  temporal	  sampling	       Longitudinal	  trends	  ...
•    Ecosystem	  science	  	  ques=ons,	  local	  to	  global	  scales	                       Muller,	  F.	  (1992).	  “Hi...
•    TERN’s	  infrastructure	  for	  ecosystem	  science	  
•    TERN’s	  infrastructure	  for	  ecosystem	  science	  
seconds  Years          106                                                                                               ...
•        TERN’s	  infrastructure	  for	  ecosystem	  science	                    Collec=on	  	                           D...
Contents	  1.  Ecosystem	  science	  ques=ons	  being	  addressed	  using	  TERN	  2.  TERN’s	  impact	  on	  the	  ecosys...
2.	  TERN’s	  impact	  on	  the	  	              ecosystem	  science	  research	  cycle:	            increasing	  efficiency...
•          Ecosystem	  science	  research	  cycle(s)	  	                                         Ecosystem Science	  	    ...
•  Ecosystem	  science	  research	  data	  cycle(s)	   	  	  DataOne	  -­‐	  www.dataone.org/best-­‐prac=ces	  	  
•  TERN’s	  infrastructure	  	  and	  its	  impact:	  	  	  	  	  	  	  	  	  	  Number	  of	  symposium	  abstracts	  per...
•  TERN’s	  infrastructure	  and	  its	  impact:	  	  	  	  	  	  	  	  	  	  	  Size	  of	  word	  	  =	  frequency	  of	...
•          TERN’s	  infrastructure	  and	  its	  impact	  TERN	  infrastructure	  and	  processes	  provide:	  	  -­‐     ...
•    Examples	  of	  	  increasing	  efficiency	  and	  effec=veness	         	       	  	  -­‐	  Carbon	  dynamics	         ...
•          Carbon	  Dynamics	  	  •          Big	  quesEons	  need	  big	  soluEons:	  Australias	  carbon	  cycle	  	  • ...
•      Carbon	  Dynamics	  	  •      EvoluEon	  of	  Australia’s	  soil-­‐carbon	  map	  	  •      Improving	  long-­‐term...
•    Sustainable	  land-­‐use	  •    Working	  together	  to	  improve	  land-­‐management	  outcomes	  naEonally	  	  •  ...
•    Biodiversity	  •    Wave	  of	  exEncEons	  in	  the	  north	  shows	  history	  repeaEng	       itself	  	  •    Imp...
•       Biodiversity	  –	  Integra=ng	  long	  term	  ecological	  studies	         BOOK	  	         Monitoring	  Environm...
•       Monitoring	  -­‐	  MulE-­‐scale	  Plot	  Network	  Book	  	  Core	  ecosystem	  study	  contents:	  	  •  Chapter	...
•    Data	  •    Greater	  efficiency	  and	  effecEveness	  through	  TERN’s	  naEonal	  ecosystem	       data	  infrastruct...
Contents	  1.  Ecosystem	  science	  ques=ons	  being	  addressed	  using	  TERN	  2.  TERN’s	  impact	  on	  the	  ecosys...
3.	  TERN’s	  impacts	  on	  research	                   	  data	  publishing	  and	  sharing	  	  	  •    TERN’s	  impact...
•    TERN’s	  impact	  on	  research	  data	  collec=on	  	  
•     TERN’s	  impact	  on	  research	  data	  collec=on:	  Part	  of	  a	  Guinness	  World	  Record	  for	  Longest	  Ec...
•    TERN’s	  impact	  on	  research	  data	  collec=on	  –	  Source	  M.Lyons	  	  
•    TERN’s	  impact	  on	  research	  data	  collec=on	  	  
•    TERN’s	  impact	  on	  research	  data	  collec=on	  	                                                          Sourc...
•    TERN’s	  impact	  on	  research	  data	  publishing:	  Alterna=ves	  ?	  	  
•    TERN’s	  impact	  on	  research	  data	  publishing	  	  
Data	  cita=on	  
•          	  Data	  Cita=on	  	     	  	  	     	  	  	  	  
•    Data	  cita=on	  
•      TERN’s	  impact	  on	  research	  data	  sharing	  –	  helping	  change	  	  •      Facility	  data	  storage	  por...
•    TERN’s	  impact	  on	  ecosystem	  science	  and	  management	  •    Standardised	  data	  collecEon	  +	  analysis	 ...
•      TERN’s	  impact	  on	  ecosystem	  science	  and	  management?	      TERN	  infrastructure	  use	  	  for	  2011-­‐...
•          Australian	  and	  Interna=onal	  Ecosystem	  Science	  Communi=es	  •          Linking	  	  Australian	  ecosy...
Contents	  1.  Ecosystem	  science	  ques=ons	  being	  addressed	  using	  TERN	  2.  TERN’s	  impact	  on	  the	  ecosys...
4.	  How	  to	  interact	  with	  and	  use	  TERN	  •    Data	  Collec=on,	  Storage,	  Licensing	  and	  Publishing	  • ...
•      Data	  Collec=on,	  Storage,	  Licensing	  and	  Publishing	                                                       ...
•    TERN	  as	  an	  ecosystem	  science	  aXractor	  	  
•      Data	  Analysis	  and	  the	  Other	  Bits……	  •      Methods,	  algorithms	  and	  documents	         available	  ...
Contents	  1.  Ecosystem	  science	  ques=ons	  being	  addressed	  using	  TERN	  2.  TERN’s	  impact	  on	  the	  ecosys...
5.	  TERN’s	  future	  role	  in	  suppor=ng	  	                         ecosystem	  science	  	                          ...
Sustaining	  Long	  Term	  Environmental	  Data	  Collec=on	  Infrastructure	  	                                     –	  m...
Sustaining	  Long	  Term	  Environmental	  Data	  Collec=on	  Infrastructure	                          –	  main	  stages	 ...
Sustaining	  Long	  Term	  Environmental	  Data	  Collec=on	  Infrastructure	                                 Helping	  ma...
•  TERN’s future roles in supporting ecosystem science
Interna=onal	  Partners	  	                        TERN	  is	  supported	  by	  the	  Australian	  Government	  through	  ...
Ques=ons?	   Professor	  Stuart	  Phinn	     s.phinn@uq.edu.au	                 	    Professor	  Andy	  Lowe	  a.lowe@adel...
Phinn & Lowe 2013 TERN Symposium plenary
Upcoming SlideShare
Loading in …5

Phinn & Lowe 2013 TERN Symposium plenary


Published on

'TERN Delivers for ecosystem science and management' - plenary presentation delivered by TERN Associate Science Directors Prof Stuart Phinn and Prof Andy Lowe at the 2013 TERN Symposium, 19 February 2013.

  • Be the first to comment

  • Be the first to like this

No Downloads
Total views
On SlideShare
From Embeds
Number of Embeds
Embeds 0
No embeds

No notes for slide

Phinn & Lowe 2013 TERN Symposium plenary

  1. 1. TERN  Delivers     for  Ecosystem  Science  and  Management      By:    Professors  Stuart  Phinn  and  Andrew  Lowe    TERN  -­‐  Associate  Science  Directors        +  Prof  Tim  Clancy,  Dr  Suzanne  Long,  Dr  Bek  Christensen,  Dr  Siddeswara  Guru    +  TERN  Facility  Directors  
  2. 2. Presenta=on  Aims  To  demonstrate  how  the  Terrestrial  Ecosystem  Research  Network:  •  has  enabled  a  more  collabora=ve,  coordinated  and  efficient   approach  to  ecosystem  science  in  Australia,  and    •  will  con=nue  to  be  built  as  essen=al  infrastructure.    
  3. 3. •  TERN’s    Vision  TERN’s  Vision  is  for  an  Australian  ecosystem  science  community  that  has  undergone  transformaEonal  change  -­‐  from  one  in  which  effort  is  frequently  fragmented,  duplicaEve  and  short-­‐term,  to  one  that  is  naEonal,  networked,  and  delivering  for  Australia’s  future.        
  4. 4. •  TERN’s    Scope   TERN  provides  “infrastructure”  to  enable  development  of  a  sustainable   network  of  people  and  ecosystem  data  collec*on,  discovery  and  sharing     systems  for  advancing  ecosystem  science  and  management  in  Australia.       Collec=on     Data     Data     Policy  +       Methods   Modelling   Storage   Sharing   Management  Instruments     Processing     Data  Cura=on     Data     Analysis     +  Sensors   +  Analysis   +  Publishing   Searching   +  Synthesis  
  5. 5. •  TERN’s    Scope:  Australian  Ecosystem  Science  Communi=es  •  An  esEmate  of  the  number  of  “ecosystem”  scienEsts  from   various  sources,  2010-­‐2012  :   •  UniversiEes          =  1619  FTE   •  CSIRO        =  1127  FTE   •  Government  agencies  =    ????   •  NGO’s        =    ????   •  Private  Companies    =      ????     Sources:        ERA  2010,  CSIRO  Internal  Records  
  6. 6. •  TERN’s    Scope:  Ecosystem  Science  Communi=es  
  7. 7. Contents  1.  Ecosystem  science  ques=ons  being  addressed  using  TERN  2.  TERN’s  impact  on  the  ecosystem  science  research  cycle  3.  TERN’s  impact  on  research  data  publishing  and  data-­‐sharing    4.  How  to  interact  with  and  use  TERN  5.  TERN’s  future  roles  in  suppor=ng  ecosystem  science    
  8. 8. Contents  1.  Ecosystem  science  ques=ons  being  addressed  using  TERN  2.  TERN’s  impact  on  the  ecosystem  science  research  cycle  3.  TERN’s  impact  on  research,  data  publishing  and  data-­‐sharing    4.  How  to  interact  with  and  use  TERN  5.  TERN’s  future  roles  in  suppor=ng  ecosystem  science    
  9. 9. 1.  Ecosystem  science  ques=ons  being   addressed  using  TERN  infrastructure  •  Australian  ecosystems  •  Australian  and  global  ecosystem  science  ques=ons  •  TERN’s  infrastructure  for  ecosystem  science  
  10. 10. •  Australian  ecosystems  and  ecosystem  data  collec=on   Eleva=on   Soils   Land  Cover   Run-­‐off   Mean  Annual   Sources:  NASA,  Geosciences  Australia,    Bureau  of  Meteorology  and  CSIRO  
  11. 11. •  Australian  and  global  ecosystem    science  ques=ons  •  TERN’s  Vision  is  underpinned  by  ac=vi=es  addressing  cri=cal  ecosystem   science  knowledge  gaps  facing  Australia:   1.  How  are  the  spa=al  distribu=on  and  abundance  of  key  Australian   environmental  assets  (plant  and  animal  species,  Carbon  stocks,   and  in  some  cases  water)  changing?   2.  How  are  ecosystems  and  ecosystem  processes  changing,  and   what  are  the  key  processes  driving  change?   3.  How  are  introduced  plant  and  animal  species  affec=ng  na=ve   ecosystems?   4.  How  can  we  beXer  monitor    and  manage  ecosystems?   5.  What  is  the  impact  of  management  interven=ons  on  Australian   ecosystems  and  ecosystem  processes?  
  12. 12. •  Ecosystem  science  and  management  ques=ons  
  13. 13. •  Ecosystem  science  and  management  ques=ons            
  14. 14. •  Ecosystem  science    ques=ons,  local  to  global  scales   Muller,  F.  (1992).  “Hierarchical  approaches  to  ecosystem  theory.”   Ecological  Modelling  63:  215-­‐242.  
  15. 15. •  Integrated  long  term  monitoring  –    spa=al  and  temporal  sampling   Longitudinal  trends  vegeta=on  cover   on  Main  Camp  plots  in  the  Simpson   Desert  Study  -­‐  cover  of  spinifex  (alive   and  dead)  assessed  by  eye  at  six  fixed   quadrats  on  3  –  12  1-­‐ha  study  plots,   expressed  as  means  ±  SE.         Longitudinal  trends  in  fauna   popula=ons  at  the  Main  Camp  site   in  the  Simpson  Desert  Study:   capture  rates  of    Spinifex  Hopping-­‐ mouse  Notomys  alexis   Dickman,  C.R.,    Wardle,  G.M.,  Foulkes,  J.  N.  and      de  Preu,  N.    (2013)  Desert  complex  environments.  Chapter  10  .  In:  Lindenmayer,  D.B.,   Burns,  E.,  Thurgate,  N.,  and  Lowe,  A.  (Editors)(2013).  Monitoring  environmental  change.  CSIRO  Publishing,  Melbourne.  
  16. 16. •  Integrated  long  term  monitoring  –    spa=al  and  temporal  sampling   Longitudinal  trends  vegeta=on  cover   on  Main  Camp  plots  in  the  Simpson   Desert  Study  -­‐  cover  of  spinifex  (alive   and  dead)  assessed  by  eye  at  six  fixed   quadrats  on  3  –  12  1-­‐ha  study  plots,   expressed  as  means  ±  SE.         Landsat  Thema=c  Mapper    -­‐  October  2005    
  17. 17. •  Ecosystem  science    ques=ons,  local  to  global  scales   Muller,  F.  (1992).  “Hierarchical  approaches  to  ecosystem  theory.”   Ecological  Modelling  63:  215-­‐242.  
  18. 18. •  TERN’s  infrastructure  for  ecosystem  science  
  19. 19. •  TERN’s  infrastructure  for  ecosystem  science  
  20. 20. seconds Years 106 GCM   Satellite  Remote   Sensing   105 Plot  Level   Observa=ons   Days 104 Aircrad  Remote   Sensing   103ScaleTime Leaf  Level  Physiology   Land  Surface   102 assumed  to  apply   Model   Aircrad  Fluxes  Minutes Leaf  Level   101 Observa=ons   Flux  Tower   Direct  measurement  Seconds 100 Indirect   measurement   (remote  sensing)   Modelling   10-1 metres 10-3 10-2 10-1 100 101 102 103 104 Leaf Length Canopy Patch Region Scale
  21. 21. •  TERN’s  infrastructure  for  ecosystem  science   Collec=on     Data     Data     Policy  +     Methods   Storage   Sharing   Modelling   Management   Instruments     Processing     Data  Cura=on     Data     Analysis     +  Sensors   +  Analysis   +  Publishing   Searching   +  Synthesis  
  22. 22. Contents  1.  Ecosystem  science  ques=ons  being  addressed  using  TERN  2.  TERN’s  impact  on  the  ecosystem  science  research  cycle  3.  TERN’s  impact  on  research,  data  publishing  and  data-­‐sharing    4.  How  to  interact  with  and  use  TERN  5.  TERN’s  future  roles  in  suppor=ng  ecosystem  science    
  23. 23. 2.  TERN’s  impact  on  the     ecosystem  science  research  cycle:   increasing  efficiency  and  effec=veness  •  Ecosystem    science    research    cycle(s)    •  TERN’s  infrastructure    and  its  impact  •  Examples  of    increasing  efficiency  and  effec=veness  
  24. 24. •  Ecosystem  science  research  cycle(s)     Ecosystem Science     Enhanced ability toResearch output:! revise, question and Knowledge gap: new data and ! expand knowledge! research publications! questions! eased e ectiv E ciency ga r Data analysis,! Proposal andintegration and ! planning! synthesis Storage,! Data collection,preservation and! verification, Enables large scale and discoverability ! quality assurance coordinated data of data and control! collection, sharing and multiple re-uses! Data + meta-data,! licensing
  25. 25. •  Ecosystem  science  research  data  cycle(s)      DataOne  -­‐  www.dataone.org/best-­‐prac=ces    
  26. 26. •  TERN’s  infrastructure    and  its  impact:                    Number  of  symposium  abstracts  per  topic  area  
  27. 27. •  TERN’s  infrastructure  and  its  impact:                      Size  of  word    =  frequency  of  use  in  2013  TERN  Symposium  abstracts  
  28. 28. •  TERN’s  infrastructure  and  its  impact  TERN  infrastructure  and  processes  provide:    -­‐  Surety  of  data  storage  and  archiving;    -­‐  Na=onally  and  interna=onally  accepted  data  licensing  standards;    -­‐  Data  publishing  as  a  viable  research  output;    -­‐  Data  cita=on  as  a  measure  of  research  impact;    -­‐  Data  to  be  verified  and  checked  independently;    -­‐  Mul=ple  returns  on  an  ini=al  investment  when  data  are  re-­‐used;  -­‐     Data  collec=on  methods  to  be  shared,  reviewed  and  replicated;  -­‐     Na=onally  accepted  data  storage,  meta-­‐data  and  licensing  resource;    
  29. 29. •  Examples  of    increasing  efficiency  and  effec=veness        -­‐  Carbon  dynamics      -­‐    Sustainable  land  use      -­‐    Biodiversity        -­‐    Monitoring      -­‐    Data        
  30. 30. •  Carbon  Dynamics    •  Big  quesEons  need  big  soluEons:  Australias  carbon  cycle    •  DetecEng  forest  structure  from  space    •  How  will  eucalypt  forest  ecosystems  respond  to  increased  atmospheric   carbon  dioxide?     EucFACE  Experiment   How  elevated  CO2  affects       OzFlux    measured    GPP      and  simula=ons   ecosystem  processes  of  a  mature   H.  Cleugh  &  E  Van  Gorsel,  CSIRO   evergreen  sclerophyllous   ecosystem                                                D.  Ellsworth,  UWS  
  31. 31. •  Carbon  Dynamics    •  EvoluEon  of  Australia’s  soil-­‐carbon  map    •  Improving  long-­‐term  predicEons  of  carbon  and  nitrogen  dynamics  in   Australia’s  agro-­‐ecosystems    •  Estuarine  and  coastal  carbon  dynamics  ,  CSIRO  Blue  Carbon  Cluster     Soil  Carbon  Research  Program   (SCaRP)  
  32. 32. •  Sustainable  land-­‐use  •  Working  together  to  improve  land-­‐management  outcomes  naEonally    •  Monitoring  the  success  of  rangelands  management    •  Persistence  pays  off  for  AusCover  and  partners    •  NCRIS  partners  work  together  to  build  Soils-­‐to-­‐Satellites  tool   max   min   Non-­‐per   mask  
  33. 33. •  Biodiversity  •  Wave  of  exEncEons  in  the  north  shows  history  repeaEng   itself    •  Improved  federal  capacity  for  biodiversity  assessments    •  NaEonally  consistent  taxonomic  searching    •  Analysis  shows  sharp  decline  of  koalas  in  Queensland  NSW     Mean  koala   popula=on  per   bioregion,     a  synthesis  product  
  34. 34. •  Biodiversity  –  Integra=ng  long  term  ecological  studies   BOOK     Monitoring  Environmental  Change      (to  be  modified)-­‐     Lindenmayer,  D.B.,  Burns,  E.,  Thurgate,  N.,  and  Lowe,  A.  (Editors;  2013).     •  83  contribuEng  environmental  professionals  (primarily  ecological  scienEsts)   •  Describe  changes  in  a  range  of  Australian  ecosystems  that  have    long-­‐term  research.       POLICY  HANDBOOK  -­‐     Learning  from  long-­‐term  research  to  be@er  manage  biodiversity  in  Australia    Emma  Burns  and  David  Lindenmayer    –  and    book  contributors          
  35. 35. •  Monitoring  -­‐  MulE-­‐scale  Plot  Network  Book    Core  ecosystem  study  contents:    •  Chapter  summary  •  Key  discoveries  feature  box  •  IntroducEon  •  DefiniEon  of  the  system  –              including  conceptual  model  •  Overview  of  studies  show  cased.  •  Trends  in  environmental  change  and                biodiversity  based  on  plot  data    •  General  conclusions  and  recommendaEons    
  36. 36. •  Data  •  Greater  efficiency  and  effecEveness  through  TERN’s  naEonal  ecosystem   data  infrastructure    •  Discovering  Australias  ecosystem  data:  the  TERN  Data  Discovery  Portal  •  TERN’s  licensing  policy  opens  door  on  data    •  Data  partnerships  bode  well  for  sharing  government  ecological  datasets    
  37. 37. Contents  1.  Ecosystem  science  ques=ons  being  addressed  using  TERN  2.  TERN’s  impact  on  the  ecosystem  science  research  cycle  3.  TERN’s  impact  on  research,  data  publishing  and  data-­‐sharing    4.  How  to  interact  with  and  use  TERN  5.  TERN’s  future  roles  in  suppor=ng  ecosystem  science    
  38. 38. 3.  TERN’s  impacts  on  research    data  publishing  and  sharing      •  TERN’s  impact  on  research  data:      -­‐  collec=on                -­‐  publishing                -­‐  sharing  •  TERN’s  impact  on  ecosystem  science  and  management?  
  39. 39. •  TERN’s  impact  on  research  data  collec=on    
  40. 40. •  TERN’s  impact  on  research  data  collec=on:  Part  of  a  Guinness  World  Record  for  Longest  Ecosystem  Monitoring  Program?     Landsat  8  launch   Tuesday  12  Feb  2013  0405  AEST    
  41. 41. •  TERN’s  impact  on  research  data  collec=on  –  Source  M.Lyons    
  42. 42. •  TERN’s  impact  on  research  data  collec=on    
  43. 43. •  TERN’s  impact  on  research  data  collec=on     Source:  K.Calders                                J.  Armston  
  44. 44. •  TERN’s  impact  on  research  data  publishing:  Alterna=ves  ?    
  45. 45. •  TERN’s  impact  on  research  data  publishing    
  46. 46. Data  cita=on  
  47. 47. •   Data  Cita=on                  
  48. 48. •  Data  cita=on  
  49. 49. •  TERN’s  impact  on  research  data  sharing  –  helping  change    •  Facility  data  storage  portals  –  discipline  relevant  support    •  Data  and  meta-­‐entry  tools  and  protocols  •  Meta-­‐data  standards  •  TERN  Licences  and  Licensing  Framework  •  Links  to  naEonal  research  data  catalog  •  InternaEonal  standard  Digital  Object     IdenEfiers  (DOI)    •  Replicable,  extendable  and  scale-­‐able  model  for  data  storage  and  publishing  
  50. 50. •  TERN’s  impact  on  ecosystem  science  and  management  •  Standardised  data  collecEon  +  analysis  •  New  conEnental  data  sets  •  Reduce  duplicaEon  across  jurisdicEons  •  New  knowledge  and  science  •  Transferring  science  to  management  
  51. 51. •  TERN’s  impact  on  ecosystem  science  and  management?   TERN  infrastructure  use    for  2011-­‐2012:        Es=mated  member  numbers  for  ecosystem  sciences  communi=es   >  5000  NewsleXers  Subscribers   1500  Interna=onal  collabora=ons   53  Universi=es  involved   17  State  and  Federal  agencies   25  Commercial  engagement   3  Interna=onal  Partners   3  Peer  reviewed  publica=ons  -­‐  journal  ar=cles   64  Conference  papers/presenta=ons   112  End-­‐user  community  (Uni,  Gov,  NGO,  Industry)      ~  10-­‐20,000    
  52. 52. •  Australian  and  Interna=onal  Ecosystem  Science  Communi=es  •  Linking    Australian  ecosystem  science  communiEes   •  Ecological  Society  of  Australia   •  Biogeophysical  (AMOS,    OzEWEX)   •  Data  collecEon,  storage,  processing:    (ANDS,  ALA)      •  Enabling  establishment  of  Australian  Ecosystem  Science  Community  and   CoordinaEng  Group  –  Academies  (AAS),  Individuals  (Fellows),  peer-­‐groups   (Wentworth)      •  InternaEonal  collaboraEons:   •  Data  collecEon:    CEOS,  IGOOS,  Fluxnet,  GlobalSoils   •  Data  storage/sharing:  DataOne   •  Long  Term  Monitoring:  iLTER   •  Integrated  systems:  NEON,  CZO,  EXPEER,…..   •  Synthesis  Centres:  NESCENT,  SeSYNC,  ……..  
  53. 53. Contents  1.  Ecosystem  science  ques=ons  being  addressed  using  TERN  2.  TERN’s  impact  on  the  ecosystem  science  research  cycle  3.  TERN’s  impact  on  research,  data  publishing  and  data-­‐sharing    4.  How  to  interact  with  and  use  TERN  5.  TERN’s  future  roles  in  suppor=ng  ecosystem  science    
  54. 54. 4.  How  to  interact  with  and  use  TERN  •  Data  Collec=on,  Storage,  Licensing  and  Publishing  •  Data  Analysis    •  Australian  and  Interna=onal  Ecosystem  Science  Communi=es  •  Integra=on,  Analysis  and  Synthesis  
  55. 55. •  Data  Collec=on,  Storage,  Licensing  and  Publishing   Ecosystem  ScienEsts  or  Managers  Require    data  storage  and     Require  access  to  data  set(s)  to     Require  contact  with  ecosystem   use  in  research,  monitoring,  or     scienEsts    or  managers  for  licensing    to  publish  data       research  or    integraEve/   and    meta-­‐data     management    applicaEons     synthesis  acEviEes   TERN    Portal   Other  Australian  Other  Australian  Meta-­‐data    (ANDS)   Australian  Ecosystem  Data    Discovery   Environmental    Data   Portals  (IMOS,  ALA,…)   Ecosystem  Scien=fic   TERN  Facility  Portals   Community   -­‐  Meta  Data   InternaEonal  Environmental   -­‐  People   -­‐  Data   Data    Portals     -­‐  Contacts   -­‐  Researchers   (  Fluxnet,  GEOSS,  …)   -­‐  Knowledge   -­‐  Data  CollecEon   -­‐  Equipment   Infrastructure  
  56. 56. •  TERN  as  an  ecosystem  science  aXractor    
  57. 57. •  Data  Analysis  and  the  Other  Bits……  •  Methods,  algorithms  and  documents   available  for  public  use    •  Training    for  data  collecEon  ,  analysis   and  publicaEon    •  Training  for  the  ecosystem  data  cycle    
  58. 58. Contents  1.  Ecosystem  science  ques=ons  being  addressed  using  TERN  2.  TERN’s  impact  on  the  ecosystem  science  research  cycle  3.  TERN’s  impact  on  research,  data  publishing  and  data-­‐sharing    4.  How  to  interact  with  and  use  TERN  5.  TERN’s  future  roles  in  suppor=ng  ecosystem  science    
  59. 59. 5.  TERN’s  future  role  in  suppor=ng     ecosystem  science      •  TERN’s  Science  Plan     The  TERN  science  plan  defines  the  acEviEes  that  are  driving   data  collecEon,  analysis,  storage,  sharing  and  synthesis     required  for  the  science  to  management  process  .    •  What  is  TERN’s  role  in  Australian  ecosystem  science?  •  What  factors  drive/influence  the  current  acEviEes  of  TERN?  •  Why  does  TERN  mawer  /  what  advances  is  TERN  enabling  /  how  is  TERN   delivering  for  the  ecosystem  science  community  •  What  is  TERN’s  role  in  the  future  of  Australian  ecosystem  science?    
  60. 60. Sustaining  Long  Term  Environmental  Data  Collec=on  Infrastructure     –  main  stages  of  science  plan      •  TERN  has  an  integral  role  to  play  in  sustaining  Australian  ecosystem  science      By  2022  the  Australian  ecosystem  science  community  is  using  TERN  infrastructure  to:    •  Collect,  publish  and  share  ecosystem  data  sets  as  standard  pracEce    •  Act  collecEvely  to  address  key  ecosystem  science  and  management  quesEons     Commonwealth,  State     Long  Term  Funding   Research  +  Educa=on     and  Local  Governments   Ins=tu=ons   Coordinated  Ecosystem  Science     Communi=es     Ecological                Bio-­‐geophysical              Informa=cs             Spa=al  Analysis  &  Modelling  
  61. 61. Sustaining  Long  Term  Environmental  Data  Collec=on  Infrastructure   –  main  stages  of  science  plan      •  TERN  will  work  with  the  ecosystem  science  communiEes  to  enable  them  to   work  collaboraEvely  in  an:        “Australian  Ecosystem  Science  and  Management  Advisory  Group”        •  IniEate  acEviEes  to:    (1)  Determine  the  representaEon  required  for  ecosystem  sciences  in  Australia      (2)  IniEate  a  process  with  relevant  professional  communiEes  and  bodies  to   develop  a  Decadal  or  Strategic  Plan  for  Ecosystem  Science        
  62. 62. Sustaining  Long  Term  Environmental  Data  Collec=on  Infrastructure   Helping  make  the  case     •  Ecosystem  services  are  at  risk  ($30  trillion)   •  carbon  dynamics   •  clean  air/water   •  pollinaEon   •  health   Intergovernmental  Platform  on   Biodiversity  &  Ecosystem  Services   •  food  security   Notable  problems  in  Australia  with  managing     natural  resources  (exEncEons,  degradaEon)   Poor  ability  to  report  on  change   Technology  driven  area       Australia  can  be  world  leader   Ecosystem  science  has  broad  community     Jobs  and  underpinning  sustainable  growth  
  63. 63. •  TERN’s future roles in supporting ecosystem science
  64. 64. Interna=onal  Partners     TERN  is  supported  by  the  Australian  Government  through   the  NaEonal  CollaboraEve  Research  Infrastructure  Strategy   and  the  Super  Science  IniEaEve  
  65. 65. Ques=ons?   Professor  Stuart  Phinn   s.phinn@uq.edu.au     Professor  Andy  Lowe  a.lowe@adelaide.edu.au     www.tern.org.au