J Glechoma hederacea L. - Hypericum perforatum L.
J.1 Glechoma hederacea L.
Figure J.1: Effect of year on the probability of Glechoma hederacea L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.2: The same as J.1, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.3: Visualisation of the spatial smooth effect on the probability of Glechoma hederacea L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.2 Glyceria fluitans (L.) R. Brown
Figure J.4: Effect of year on the probability of Glyceria fluitans (L.) R. Brown presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.5: The same as J.4, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.6: Visualisation of the spatial smooth effect on the probability of Glyceria fluitans (L.) R. Brown presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.3 Glyceria maxima (Hartm.) Holmberg
Figure J.7: Effect of year on the probability of Glyceria maxima (Hartm.) Holmberg presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.8: The same as J.7, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.9: Visualisation of the spatial smooth effect on the probability of Glyceria maxima (Hartm.) Holmberg presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.4 Glyceria declinata Bréb.
Figure J.10: Effect of year on the probability of Glyceria declinata Bréb. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.11: The same as J.10, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.12: Visualisation of the spatial smooth effect on the probability of Glyceria declinata Bréb. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.5 Glyceria notata Chevall.
Figure J.13: Effect of year on the probability of Glyceria notata Chevall. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.14: The same as J.13, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.15: Visualisation of the spatial smooth effect on the probability of Glyceria notata Chevall. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.6 Gnaphalium luteoalbum L.
Figure J.16: Effect of year on the probability of Gnaphalium luteoalbum L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.17: The same as J.16, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.18: Visualisation of the spatial smooth effect on the probability of Gnaphalium luteoalbum L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.7 Gnaphalium uliginosum L.
Figure J.19: Effect of year on the probability of Gnaphalium uliginosum L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.20: The same as J.19, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.21: Visualisation of the spatial smooth effect on the probability of Gnaphalium uliginosum L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.8 Hedera helix L.
Figure J.22: Effect of year on the probability of Hedera helix L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.23: The same as J.22, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.24: Visualisation of the spatial smooth effect on the probability of Hedera helix L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.9 Helianthus annuus L.
Figure J.25: Effect of year on the probability of Helianthus annuus L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.26: The same as J.25, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.27: Visualisation of the spatial smooth effect on the probability of Helianthus annuus L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.10 Helianthus tuberosus L.
Figure J.28: Effect of year on the probability of Helianthus tuberosus L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.29: The same as J.28, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.30: Visualisation of the spatial smooth effect on the probability of Helianthus tuberosus L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.11 Heracleum mantegazzianum Somm. et Lev.
Figure J.31: Effect of year on the probability of Heracleum mantegazzianum Somm. et Lev. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.32: The same as J.31, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.33: Visualisation of the spatial smooth effect on the probability of Heracleum mantegazzianum Somm. et Lev. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.12 Heracleum sphondylium L.
Figure J.34: Effect of year on the probability of Heracleum sphondylium L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.35: The same as J.34, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.36: Visualisation of the spatial smooth effect on the probability of Heracleum sphondylium L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.13 Hieracium aurantiacum L.
Figure J.37: Effect of year on the probability of Hieracium aurantiacum L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.38: The same as J.37, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.39: Visualisation of the spatial smooth effect on the probability of Hieracium aurantiacum L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.14 Hieracium laevigatum Willd.
Figure J.40: Effect of year on the probability of Hieracium laevigatum Willd. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.41: The same as J.40, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.42: Visualisation of the spatial smooth effect on the probability of Hieracium laevigatum Willd. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.15 Hieracium murorum L.
Figure J.43: Effect of year on the probability of Hieracium murorum L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.44: The same as J.43, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.45: Visualisation of the spatial smooth effect on the probability of Hieracium murorum L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.16 Hieracium pilosella L.
Figure J.46: Effect of year on the probability of Hieracium pilosella L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.47: The same as J.46, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.48: Visualisation of the spatial smooth effect on the probability of Hieracium pilosella L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.17 Hieracium sabaudum L.
Figure J.49: Effect of year on the probability of Hieracium sabaudum L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.50: The same as J.49, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.51: Visualisation of the spatial smooth effect on the probability of Hieracium sabaudum L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.18 Hieracium umbellatum L.
Figure J.52: Effect of year on the probability of Hieracium umbellatum L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.53: The same as J.52, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.54: Visualisation of the spatial smooth effect on the probability of Hieracium umbellatum L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.19 Hippophae rhamnoides L.
Figure J.55: Effect of year on the probability of Hippophae rhamnoides L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.56: The same as J.55, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.57: Visualisation of the spatial smooth effect on the probability of Hippophae rhamnoides L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.20 Hirschfeldia incana (L.) Lagrèze-Fossat
Figure J.58: Effect of year on the probability of Hirschfeldia incana (L.) Lagrèze-Fossat presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.59: The same as J.58, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.60: Visualisation of the spatial smooth effect on the probability of Hirschfeldia incana (L.) Lagrèze-Fossat presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.21 Holcus lanatus L.
Figure J.61: Effect of year on the probability of Holcus lanatus L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.62: The same as J.61, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.63: Visualisation of the spatial smooth effect on the probability of Holcus lanatus L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.22 Holcus mollis L.
Figure J.64: Effect of year on the probability of Holcus mollis L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.65: The same as J.64, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.66: Visualisation of the spatial smooth effect on the probability of Holcus mollis L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.23 Hordeum murinum L.
Figure J.67: Effect of year on the probability of Hordeum murinum L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.68: The same as J.67, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.69: Visualisation of the spatial smooth effect on the probability of Hordeum murinum L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.24 Hottonia palustris L.
Figure J.70: Effect of year on the probability of Hottonia palustris L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.71: The same as J.70, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.72: Visualisation of the spatial smooth effect on the probability of Hottonia palustris L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.25 Humulus lupulus L.
Figure J.73: Effect of year on the probability of Humulus lupulus L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.74: The same as J.73, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.75: Visualisation of the spatial smooth effect on the probability of Humulus lupulus L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.26 Hydrocotyle vulgaris L.
Figure J.76: Effect of year on the probability of Hydrocotyle vulgaris L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.77: The same as J.76, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.78: Visualisation of the spatial smooth effect on the probability of Hydrocotyle vulgaris L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.27 Hydrocharis morsus-ranae L.
Figure J.79: Effect of year on the probability of Hydrocharis morsus-ranae L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.80: The same as J.79, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.81: Visualisation of the spatial smooth effect on the probability of Hydrocharis morsus-ranae L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.28 Hypericum desetangsii Lamotte
Figure J.82: Effect of year on the probability of Hypericum desetangsii Lamotte presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.83: The same as J.82, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.84: Visualisation of the spatial smooth effect on the probability of Hypericum desetangsii Lamotte presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.29 Hypericum dubium Leers
Figure J.85: Effect of year on the probability of Hypericum dubium Leers presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.86: The same as J.85, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.87: Visualisation of the spatial smooth effect on the probability of Hypericum dubium Leers presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.30 Hypericum humifusum L.
Figure J.88: Effect of year on the probability of Hypericum humifusum L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.89: The same as J.88, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.90: Visualisation of the spatial smooth effect on the probability of Hypericum humifusum L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.31 Hypericum maculatum Crantz
Figure J.91: Effect of year on the probability of Hypericum maculatum Crantz presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.92: The same as J.91, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.93: Visualisation of the spatial smooth effect on the probability of Hypericum maculatum Crantz presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.
J.32 Hypericum perforatum L.
Figure J.94: Effect of year on the probability of Hypericum perforatum L. presence in 1 km x 1 km squares where the species has been observed at least once. The fitted line shows the sum of the overall mean (the intercept), a conditional effect of list-length equal to 130 and the year-smoother. The vertical dashed lines indicate the year(s) where the year-smoother is zero. The 95% confidence band is shown in grey (including the variability around the intercept and the smoother). a: 1950 - 2018, b: 1990 - 2018.
Figure J.95: The same as J.94, but the vertical axis is scaled to the range of the predicted values such that relative changes can be seen more easily. a: 1950 - 2018, b: 1990 - 2018.
Figure J.96: Visualisation of the spatial smooth effect on the probability of Hypericum perforatum L. presence in 1 km x 1 km squares where the species has been observed at least once. The probabilities (values on the contour lines) are conditional on the final year of observation and a list-length equal to 130. The dashed contour line demarcates zones where the species is expected to be more prevalent (red shades) from zones where the species is less prevalent (blue shades). a: 1950 - 2018, b: 1990 - 2018.