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Table 1 Summary of the risk studies on Culicoides imicola distribution in the Mediterranean basin since 1998

From: Predicting the spatio-temporal distribution of Culicoides imicola in Sardinia using a discrete-time population model

References

Extent

Resolution

Dependent variable

Statistical model

Cofactors selected through the analysis

External evaluation

[21, 22]

Morocco,

Morocco/

Iberia

Not given

Abundance

Linear regression

NDVI (min), windspeed

No.

[23]

Iberia

Size of sampled sites

Pres./abs.

Logistic regression

Mean monthly T° (min & max), number of months in the year with mean T° exceeding 12.5 °C

No.

[24]

Iberia,

Morocco

8 km x 8 km

Abundance

Discriminant analysis

8-variables model with DEM and Fourier-transformed NDVI, MIR, VPD and LST (cf. Table2)

No.

[25]

Italy,

Calabria

Size of sampled sites

Pres./abs.

Logistic regression

T° (min & max)

No.

[26]

Portugal

1 km x 1 km

Both

Discriminant analysis

DEM and Fourier-transformed LST, NDVI, MIR and TAIR including seasonal cycles

No.

[27]

Italy

10 km x 10 km

Pres./abs.

Multiple logistic regression

Mean altitude and mean annual daily min T° and relative humidity

No.

[28]

Sicily

1 km x 1 km

Pres./abs.

Stepwise discriminant analysis

10-variables model with Fourier-transformed LST, NDVI, MIR and TAIR (cf. p93)

No.

[29]

Italy

Cell size = 0.0387°

Pres./abs.

Additive model

Elevation, slope, aridity index, landuse, animal density, soil type, T° and NDVI for the 4 seasons

No.

[30]

Italy

250 m x 250 m

Both

Discriminant analysis

Min. T°, aridity index, altitude, slope, NDVI and forest cover

No.

[31]

Spain

1 km x 1 km (sometimes 8 km x8km)

Pres./abs.

Logistic regression

Mean NDVI, sun index, interpolated precipitations and T° and their seasonality

Yes.

[32]

Spain

UTM 10 km x 10 km

Abundance

GLM neg. bin. & variation partitioning

21-variables model with spatial location, topo-climatic variable, domestic and wild hosts, soil, NDVI and seasonality

No.

  1. DEM, Digital Elevation Model; MIR, Middle Infrared Radiance; VPD, Vapour Pressure Deficit; TAIR, Air temperature. NB: A review for some studies that occurred until 2004 is also provided in Baylis et al. [20].