Figure 1.
The current global distribution of L. camara taken from the Global Biodiversity Information Facility 2007.
Red dots indicate occurrence records of L. camara.
Table 1.
The CLIMEX parameter values that were used for L. camara.
Figure 2.
The climate (EI) for L. camara based on CLIMEX for reference climate (averaging period 1950–2000).
White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate areas (EI = 1–10), yellow areas indicate suitable climate areas (EI = 10–20) and red areas indicate highly suitable climate areas (EI>20).
Figure 3.
Current and modelled climate (EI) for L. camara based on CLIMEX for reference climate (averaging period 1950–2000).
Data for current Australian distribution is taken from Australia's Virtual Herbarium. White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate areas (EI = 1–10), yellow areas indicate suitable climate areas (EI = 10–20) and red areas indicate highly suitable climate areas (EI>20). Green dots indicate occurrence records of L. camara.
Figure 4.
The climate (EI) for L. camara in the 2030s projected using CLIMEX under the CSIRO-Mk3.0 GCM running the SRES A1B scenario.
White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate areas (EI = 1–10), yellow areas indicate suitable climate areas (EI = 10–20) and red areas indicate highly suitable climate areas (EI>20).
Figure 5.
The climate (EI) for L. camara in the 2030s projected using CLIMEX under the CSIRO-Mk3.0 GCM running the SRES A2 scenario.
White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate areas (EI = 1–10), yellow areas indicate suitable climate areas (EI = 10–20) and red areas indicate highly suitable climate areas (EI>20).
Figure 6.
The climate (EI) for L. camara in the 2070s projected using CLIMEX under the CSIRO-Mk3.0 GCM running the SRES A1B scenario.
White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate areas (EI = 1–10), yellow areas indicate suitable climate areas (EI = 10–20) and red areas indicate highly suitable climate areas (EI>20).
Figure 7.
The climate (EI) for L. camara in the 2070s projected using CLIMEX under the CSIRO-Mk3.0 GCM running the SRES A2 scenario.
White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate areas (EI = 1–10), yellow areas indicate suitable climate areas (EI = 10–20) and red areas indicate highly suitable climate areas (EI>20).
Figure 8.
The climate (EI) for L. camara in the 2030s projected using CLIMEX under the MIROC-H GCM running the SRES A1B scenario.
White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate areas (EI = 1–10), yellow areas indicate suitable climate areas (EI = 10–20) and red areas indicate highly suitable climate areas (EI>20).
Figure 9.
The climate (EI) for L. camara in the 2030s projected using CLIMEX under the MIROC-H GCM running the SRES A2 scenario.
White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate areas (EI = 1–10), yellow areas indicate suitable climate areas (EI = 10–20) and red areas indicate highly suitable climate areas (EI>20).
Figure 10.
The climate (EI) for L. camara in the 2070s projected using CLIMEX under the MIROC-H GCM running the SRES A1B scenario.
White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate areas (EI = 1–10), yellow areas indicate suitable climate areas (EI = 10–20) and red areas indicate highly suitable climate areas (EI>20).
Figure 11.
The climate (EI) for L. camara in the 2070s projected using CLIMEX under the MIROC-H GCM running the SRES A2 scenario.
White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate areas (EI = 1–10), yellow areas indicate suitable climate areas (EI = 10–20) and red areas indicate highly suitable climate areas (EI>20).