Australian Transect Network:Space as a proxy for timeAndrew Lowe, Stefan Caddy-Retalic, Alan Anderson,Maurizio Rossetto
Why transects?• Scaling-up from local, plot-based studies• Developing, calibrating and validating  ecological models and  ...
Why transects?• Environmental gradients   • Climatic, fire, altitude, oceanic, disturbance• Space as a proxy for time   • ...
Examples• RS validation• Model validation
A Global Network of Transects
Tracking climate change• Species turn-over  •   Plant and animal communities (Williams/Hoffman)• Adaptive trait turn-over ...
TERN Science Questions1. How do species abundances, species composition, species   richness and ecological function change...
LTERN Transects (environmental gradients)     Tropical Savanna                                                           N...
Northern Australian Tropical Transect (NATT)        Dr Alan Andersen, CSIRO        Subcontinental‐scale transects for asse...
South West Australian Transitional Transect (SWATT)                •10 sites along the                transect Transect fr...
Biodiversity Adaptation Transect Sydney/NSW (BATS/BATN)
Biodiversity Adaptation Transect Sydney/NSW (BATS/BATN)                      Dr Maurizio Rossetto, Herbarium of NSW       ...
Transect for Environmental Monitoring and Decision-making                          Legend                               He...
Species turn-over     1986-2010 shift P = 0.001Shift consistent with models for individual species that shifted in frequen...
Species turn-over                           decline in                           Climate         current   2050    suitabi...
Species turn-overRegional species turnoverRaw data                                    86% deviance explained             R...
Adaptive trait turn-over                                    Leaf morphology shift   Narrow-leaf Hop Bush   Dodonaea viscos...
Gene turn-overUsing new genomicstechniques•DNA barcoding•Biogeography•Population Genetics/Genomics•Meta Genomics•Phenomics...
Policy outcome:Weighted benefit maps for policy andland management decision makers                               Susan Swe...
Connecting the public to research is a TREND priority.       This needs to be a two-way dialogue.
User submitted images can be analysed to derive     landscape information and visualise change over timeStefan Caddy‐Retal...
Path forward•   New questions and interests•   Creating a cohesive network•   Demonstrating infrastructure value•   Identi...
Andy Lowe_Space as a proxy for time: the Australian Transect Network
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Andy Lowe_Space as a proxy for time: the Australian Transect Network

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  • Inserting all partner logos for TREND, SWATT etc inc herbarium of nsw
  • Andy Lowe_Space as a proxy for time: the Australian Transect Network

    1. 1. Australian Transect Network:Space as a proxy for timeAndrew Lowe, Stefan Caddy-Retalic, Alan Anderson,Maurizio Rossetto
    2. 2. Why transects?• Scaling-up from local, plot-based studies• Developing, calibrating and validating ecological models and remote sensing products• Identifying sensitive zones in relation to stress and disturbance/environmental gradients
    3. 3. Why transects?• Environmental gradients • Climatic, fire, altitude, oceanic, disturbance• Space as a proxy for time • Observations • Translocations• Flexible methodology • Core parameters (cf AusPlots) • Citizen science• Not GRADSECT
    4. 4. Examples• RS validation• Model validation
    5. 5. A Global Network of Transects
    6. 6. Tracking climate change• Species turn-over • Plant and animal communities (Williams/Hoffman)• Adaptive trait turn-over • Bird and wing size (Gardner et al PRSB 2009)• Gene turn-over • Heat resilience genes in fruit flies (Umina et a 2005)
    7. 7. TERN Science Questions1. How do species abundances, species composition, species richness and ecological function change along large-scale environmental gradients?2. Is there predictable variation in ecosystem resilience?3. How might ecosystems respond to climate change?
    8. 8. LTERN Transects (environmental gradients) Tropical Savanna NATT North Australian Tropical Transect SWATT South West Australian Transitional Transect Acacia ShrublandSpinifex Hummock Grassland TREND TRansect for ENvironmental monitoring and Decision making BATS/BATN Biodiversity and Adaptation Transect SydneyEucalypt Open Woodland Eucalypt Forest
    9. 9. Northern Australian Tropical Transect (NATT) Dr Alan Andersen, CSIRO Subcontinental‐scale transects for assessing and monitoring ecological change in Australia
    10. 10. South West Australian Transitional Transect (SWATT) •10 sites along the transect Transect from Walpole to Credo Station to Lorna Glen
    11. 11. Biodiversity Adaptation Transect Sydney/NSW (BATS/BATN)
    12. 12. Biodiversity Adaptation Transect Sydney/NSW (BATS/BATN) Dr Maurizio Rossetto, Herbarium of NSW Floristic and functional turnover across elevation gradients
    13. 13. Transect for Environmental Monitoring and Decision-making Legend Heysen Trail Annual Rainfall Contours (100 mm) Vegetation turn-over quantified ! ( Terrestrial Ecosystem Monitoring Sites Guerin & Lowe EMAS 2012 Mean Annual Maximum Temperature 17 ˚C 23 ˚C Guerin et al in prep 18 ˚C 24 ˚C 19 ˚C 25 ˚C 20 ˚C 26 ˚C 21 ˚C 27 ˚C 22 ˚C 28 ˚C
    14. 14. Species turn-over 1986-2010 shift P = 0.001Shift consistent with models for individual species that shifted in frequency Guerin & Lowe EMAS 2012
    15. 15. Species turn-over decline in Climate current 2050 suitability suitability Refugium with models speciesMaxEnt turnover Refugium with low turnover Fragmented vegetation over refugial area 2050: 1.5 degree T increase, Guerin and Lowe AustEcol 2012 8% rainfall decrease Guerin et al Ecography 2013
    16. 16. Species turn-overRegional species turnoverRaw data 86% deviance explained Relative species compositionModel data Guerin et al Ecography 2013
    17. 17. Adaptive trait turn-over Leaf morphology shift Narrow-leaf Hop Bush Dodonaea viscosa Flinders Ranges populations Leaf width driven by Shift in leaf width over latitude gradient time linked to increaseGuerin et al Biol Lett 2013 (summer maxima) in summer maximaGuerin & Lowe Biol Lett 2013 (+1.2º since 1950)
    18. 18. Gene turn-overUsing new genomicstechniques•DNA barcoding•Biogeography•Population Genetics/Genomics•Meta Genomics•Phenomics McCallum et al AustEcol 2013
    19. 19. Policy outcome:Weighted benefit maps for policy andland management decision makers Susan Sweeney SA-DEWNR Climate change science into policy: the TREND experiment in South Australia
    20. 20. Connecting the public to research is a TREND priority. This needs to be a two-way dialogue.
    21. 21. User submitted images can be analysed to derive landscape information and visualise change over timeStefan Caddy‐Retalic, Australian Transect Network:TREND Citizen Science: Using mobile apps toimprove and harness environmental awareness
    22. 22. Path forward• New questions and interests• Creating a cohesive network• Demonstrating infrastructure value• Identifying new opportunities • Collaborations • Funding • Continental transects

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