1.

The average occurrence probability change (average occurrence probability change from 0% NLC to others, e.g. NLC at 1x1 km resolution increases from 0% to 11%) of different species...

2.

The average occurrence probability change (average occurrence probability change from 0% NLC to others, e.g. NLC at 1x1 km resolution increases from 0% to 11%) of different species...

3.

The average occurrence probability change (average occurrence probability change from 0% NLC to others, e.g. NLC at 1x1 km resolution increases from 0% to 11%) of different species...

4.

The average occurrence probability change (average occurrence probability change from 0% NLC to others, e.g. NLC at 1x1 km resolution increases from 0% to 11%) of different species...

1.

The average occurrence probability change (average occurrence probability change from 0% NLC-O to others, e.g. the NLC-O at 1x1 km resolution increases from 0% to 11%) of different...

2.

The average occurrence probability change (average occurrence probability change from 0% NLC-O to others, e.g. the NLC-O at 1x1 km resolution increases from 0% to 11%) of different...

3.

The average occurrence probability change (average occurrence probability change from 0% NLC-O to others, e.g. the NLC-O at 1x1 km resolution increases from 0% to 11%) of different...

4.

The average occurrence probability change (average occurrence probability change from 0% NLC-O to others, e.g. the NLC-O at 1x1 km resolution increases from 0% to 11%) of different...

1.

The average occurrence probability change (average occurrence probability change from 0% NLC-F to others, e.g. the NLC-F increases from 0% to 11%) of different species groups.

2.

The average occurrence probability change (average occurrence probability change from 0% NLC-F to others, e.g. the NLC-F increases from 0% to 11%) of different species groups.

3.

The average occurrence probability change (average occurrence probability change from 0% NLC-F to others, e.g. the NLC-F increases from 0% to 11%) of different species groups.

4.

The average occurrence probability change (average occurrence probability change from 0% NLC-F to others, e.g. the NLC-F increases from 0% to 11%) of different species groups.

1.

Comparison of permutation importance among variables.

2.

Comparison of permutation importance among variables.

3.

Comparison of permutation importance among variables.

4.

Comparison of permutation importance among variables.

1.

Dynamics in Diffusive Emissions of Dissolved Gases from Groundwater Induced by Fluctuated Ground Surface Temperature

2.

Dynamics in Diffusive Emissions of Dissolved Gases from Groundwater Induced by Fluctuated Ground Surface Temperature

3.

Dynamics in Diffusive Emissions of Dissolved Gases from Groundwater Induced by Fluctuated Ground Surface Temperature

4.

Dynamics in Diffusive Emissions of Dissolved Gases from Groundwater Induced by Fluctuated Ground Surface Temperature

1.

Additional file 1 of Inbreeding depression is associated with recent homozygous-by-descent segments in Belgian Blue beef cattle

2.

Additional file 1 of Inbreeding depression is associated with recent homozygous-by-descent segments in Belgian Blue beef cattle

3.

Additional file 1 of Inbreeding depression is associated with recent homozygous-by-descent segments in Belgian Blue beef cattle

4.

Additional file 1 of Inbreeding depression is associated with recent homozygous-by-descent segments in Belgian Blue beef cattle

5.

Additional file 1 of Inbreeding depression is associated with recent homozygous-by-descent segments in Belgian Blue beef cattle

6.

Additional file 1 of Inbreeding depression is associated with recent homozygous-by-descent segments in Belgian Blue beef cattle

7.

Additional file 1 of Inbreeding depression is associated with recent homozygous-by-descent segments in Belgian Blue beef cattle

8.

Additional file 1 of Inbreeding depression is associated with recent homozygous-by-descent segments in Belgian Blue beef cattle

9.

Additional file 1 of Inbreeding depression is associated with recent homozygous-by-descent segments in Belgian Blue beef cattle

1.

Data on control (untreated) neighborhoods in The Tick Project for 2017–2021 for six neighborhoods.

2.

Data on control (untreated) neighborhoods in The Tick Project for 2017–2021 for six neighborhoods.

3.

Data on control (untreated) neighborhoods in The Tick Project for 2017–2021 for six neighborhoods.

4.

Data on control (untreated) neighborhoods in The Tick Project for 2017–2021 for six neighborhoods.

1.

S2 Data -

2.

S2 Data -

3.

S2 Data -

4.

S2 Data -

1.

Habitat characteristics of the six neighborhoods based on percent forest, lawn/garden, and impervious surfaces.

2.

Habitat characteristics of the six neighborhoods based on percent forest, lawn/garden, and impervious surfaces.

3.

Habitat characteristics of the six neighborhoods based on percent forest, lawn/garden, and impervious surfaces.

4.

Habitat characteristics of the six neighborhoods based on percent forest, lawn/garden, and impervious surfaces.

1.

Mean number of nymphal ticks per hour in each of six residential neighborhoods of Dutchess County, New York, USA.

2.

Mean number of nymphal ticks per hour in each of six residential neighborhoods of Dutchess County, New York, USA.

3.

Mean number of nymphal ticks per hour in each of six residential neighborhoods of Dutchess County, New York, USA.

4.

Mean number of nymphal ticks per hour in each of six residential neighborhoods of Dutchess County, New York, USA.

5.

Mean number of nymphal ticks per hour in each of six residential neighborhoods of Dutchess County, New York, USA.

6.

Mean number of nymphal ticks per hour in each of six residential neighborhoods of Dutchess County, New York, USA.

7.

Mean number of nymphal ticks per hour in each of six residential neighborhoods of Dutchess County, New York, USA.

8.

Mean number of nymphal ticks per hour in each of six residential neighborhoods of Dutchess County, New York, USA.

9.

Mean number of nymphal ticks per hour in each of six residential neighborhoods of Dutchess County, New York, USA.