I Eupatorium cannabinum L. - Geum urbanum L.
I.1 Eupatorium cannabinum L.
Figure I.1: Effect of year on the probability of Eupatorium cannabinum 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 I.2: The same as I.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 I.3: Visualisation of the spatial smooth effect on the probability of Eupatorium cannabinum 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.
I.2 Euphorbia helioscopia L.
Figure I.4: Effect of year on the probability of Euphorbia helioscopia 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 I.5: The same as I.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 I.6: Visualisation of the spatial smooth effect on the probability of Euphorbia helioscopia 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.
I.3 Euphorbia lathyris L.
Figure I.7: Effect of year on the probability of Euphorbia lathyris 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 I.8: The same as I.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 I.9: Visualisation of the spatial smooth effect on the probability of Euphorbia lathyris 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.
I.4 Euphorbia peplus L.
Figure I.10: Effect of year on the probability of Euphorbia peplus 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 I.11: The same as I.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 I.12: Visualisation of the spatial smooth effect on the probability of Euphorbia peplus 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.
I.5 Euonymus europaeus L.
Figure I.13: Effect of year on the probability of Euonymus europaeus 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 I.14: The same as I.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 I.15: Visualisation of the spatial smooth effect on the probability of Euonymus europaeus 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.
I.6 Fagus sylvatica L.
Figure I.16: Effect of year on the probability of Fagus sylvatica 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 I.17: The same as I.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 I.18: Visualisation of the spatial smooth effect on the probability of Fagus sylvatica 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.
I.7 Festuca arundinacea Schreb.
Figure I.19: Effect of year on the probability of Festuca arundinacea Schreb. 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 I.20: The same as I.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 I.21: Visualisation of the spatial smooth effect on the probability of Festuca arundinacea Schreb. 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.
I.8 Festuca gigantea (L.) Vill.
Figure I.22: Effect of year on the probability of Festuca gigantea (L.) Vill. 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 I.23: The same as I.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 I.24: Visualisation of the spatial smooth effect on the probability of Festuca gigantea (L.) Vill. 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.
I.9 Festuca pratensis Huds.
Figure I.25: Effect of year on the probability of Festuca pratensis Huds. 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 I.26: The same as I.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 I.27: Visualisation of the spatial smooth effect on the probability of Festuca pratensis Huds. 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.
I.10 Filago minima (Smith) Pers.
Figure I.28: Effect of year on the probability of Filago minima (Smith) Pers. 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 I.29: The same as I.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 I.30: Visualisation of the spatial smooth effect on the probability of Filago minima (Smith) Pers. 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.
I.11 Filipendula ulmaria (L.) Maxim.
Figure I.31: Effect of year on the probability of Filipendula ulmaria (L.) Maxim. 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 I.32: The same as I.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 I.33: Visualisation of the spatial smooth effect on the probability of Filipendula ulmaria (L.) Maxim. 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.
I.12 Foeniculum vulgare Mill.
Figure I.34: Effect of year on the probability of Foeniculum vulgare Mill. 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 I.35: The same as I.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 I.36: Visualisation of the spatial smooth effect on the probability of Foeniculum vulgare Mill. 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.
I.13 Fragaria vesca L.
Figure I.37: Effect of year on the probability of Fragaria vesca 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 I.38: The same as I.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 I.39: Visualisation of the spatial smooth effect on the probability of Fragaria vesca 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.
I.14 Fraxinus excelsior L.
Figure I.40: Effect of year on the probability of Fraxinus excelsior 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 I.41: The same as I.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 I.42: Visualisation of the spatial smooth effect on the probability of Fraxinus excelsior 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.
I.15 Fumaria officinalis L.
Figure I.43: Effect of year on the probability of Fumaria officinalis 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 I.44: The same as I.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 I.45: Visualisation of the spatial smooth effect on the probability of Fumaria officinalis 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.
I.16 Galanthus nivalis L.
Figure I.46: Effect of year on the probability of Galanthus nivalis 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 I.47: The same as I.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 I.48: Visualisation of the spatial smooth effect on the probability of Galanthus nivalis 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.
I.17 Galinsoga parviflora Cav.
Figure I.49: Effect of year on the probability of Galinsoga parviflora Cav. 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 I.50: The same as I.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 I.51: Visualisation of the spatial smooth effect on the probability of Galinsoga parviflora Cav. 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.
I.18 Galinsoga quadriradiata Ruiz et Pav.
Figure I.52: Effect of year on the probability of Galinsoga quadriradiata Ruiz et Pav. 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 I.53: The same as I.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 I.54: Visualisation of the spatial smooth effect on the probability of Galinsoga quadriradiata Ruiz et Pav. 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.
I.19 Galium aparine L.
Figure I.55: Effect of year on the probability of Galium aparine 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 I.56: The same as I.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 I.57: Visualisation of the spatial smooth effect on the probability of Galium aparine 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.
I.20 Galium mollugo L.
Figure I.58: Effect of year on the probability of Galium mollugo 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 I.59: The same as I.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 I.60: Visualisation of the spatial smooth effect on the probability of Galium mollugo 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.
I.21 Galium palustre L.
Figure I.61: Effect of year on the probability of Galium palustre 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 I.62: The same as I.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 I.63: Visualisation of the spatial smooth effect on the probability of Galium palustre 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.
I.22 Galium saxatile L.
Figure I.64: Effect of year on the probability of Galium saxatile 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 I.65: The same as I.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 I.66: Visualisation of the spatial smooth effect on the probability of Galium saxatile 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.
I.23 Galium uliginosum L.
Figure I.67: Effect of year on the probability of Galium 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 I.68: The same as I.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 I.69: Visualisation of the spatial smooth effect on the probability of Galium 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.
I.24 Galium verum L.
Figure I.70: Effect of year on the probability of Galium verum 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 I.71: The same as I.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 I.72: Visualisation of the spatial smooth effect on the probability of Galium verum 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.
I.25 Genista anglica L.
Figure I.73: Effect of year on the probability of Genista anglica 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 I.74: The same as I.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 I.75: Visualisation of the spatial smooth effect on the probability of Genista anglica 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.
I.26 Geranium dissectum L.
Figure I.76: Effect of year on the probability of Geranium dissectum 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 I.77: The same as I.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 I.78: Visualisation of the spatial smooth effect on the probability of Geranium dissectum 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.
I.27 Geranium molle L.
Figure I.79: Effect of year on the probability of Geranium molle 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 I.80: The same as I.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 I.81: Visualisation of the spatial smooth effect on the probability of Geranium molle 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.
I.28 Geranium purpureum Vill.
Figure I.82: Effect of year on the probability of Geranium purpureum Vill. 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 I.83: The same as I.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 I.84: Visualisation of the spatial smooth effect on the probability of Geranium purpureum Vill. 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.
I.29 Geranium pusillum L.
Figure I.85: Effect of year on the probability of Geranium pusillum 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 I.86: The same as I.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 I.87: Visualisation of the spatial smooth effect on the probability of Geranium pusillum 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.
I.30 Geranium pyrenaicum Burm. f.
Figure I.88: Effect of year on the probability of Geranium pyrenaicum Burm. f. 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 I.89: The same as I.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 I.90: Visualisation of the spatial smooth effect on the probability of Geranium pyrenaicum Burm. f. 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.
I.31 Geranium robertianum L.
Figure I.91: Effect of year on the probability of Geranium robertianum 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 I.92: The same as I.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 I.93: Visualisation of the spatial smooth effect on the probability of Geranium robertianum 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.
I.32 Geum urbanum L.
Figure I.94: Effect of year on the probability of Geum urbanum 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 I.95: The same as I.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 I.96: Visualisation of the spatial smooth effect on the probability of Geum urbanum 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.