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Subject : neuroscience

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Academic Journal

Data sources for the global rasters used in this paper.

Authors : Mark F. Olson (10142081); Jose G. Juarez (5937815); Moritz U. G. Kraemer (3290625)

Subjects: Medicine; Neuroscience; Ecology

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Academic Journal

Statistical summary of Ae . aegypti minus dengue deviation, by country.

Authors : Mark F. Olson (10142081); Jose G. Juarez (5937815); Moritz U. G. Kraemer (3290625)

Subjects: Medicine; Neuroscience; Ecology

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Deviation between Ae . aegypti probability of occurrence and dengue environmental suitability, zoomed in on North America, South America, South Europe and North Africa, Africa, and Australia.

Authors : Mark F. Olson (10142081); Jose G. Juarez (5937815); Moritz U. G. Kraemer (3290625)

Subjects: Medicine; Neuroscience; Ecology

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Deviation between Ae . aegypti probability of occurrence and dengue environmental suitability for the Southern United States.

Authors : Mark F. Olson (10142081); Jose G. Juarez (5937815); Moritz U. G. Kraemer (3290625)

Subjects: Medicine; Neuroscience; Ecology

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Deviation between Ae . aegypti probability of occurrence and dengue environmental suitability for Kisumu, Nairobi and Mombasa, Kenya.

Authors : Mark F. Olson (10142081); Jose G. Juarez (5937815); Moritz U. G. Kraemer (3290625)

Subjects: Medicine; Neuroscience; Ecology

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Gradient Boosting Machine (GBM) to determine best-fit model.

Authors : Mark F. Olson (10142081); Jose G. Juarez (5937815); Moritz U. G. Kraemer (3290625)

Subjects: Medicine; Neuroscience; Ecology

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Image

Deviation between Ae . aegypti and dengue environmental suitability.

Authors : Mark F. Olson (10142081); Jose G. Juarez (5937815); Moritz U. G. Kraemer (3290625)

Subjects: Medicine; Neuroscience; Ecology

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Deviation between Ae . aegypti probability of occurrence and dengue environmental suitability for Northern Argentina, Paraguay, and Southern Brazil.

Authors : Mark F. Olson (10142081); Jose G. Juarez (5937815); Moritz U. G. Kraemer (3290625)

Subjects: Medicine; Neuroscience; Ecology

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Results of Generalized Additive Model (GAM).

Authors : Mark F. Olson (10142081); Jose G. Juarez (5937815); Moritz U. G. Kraemer (3290625)

Subjects: Medicine; Neuroscience; Ecology

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Correction to the deviation between Ae . aegypti and dengue map by clipping out respective areas with a lower probability of dengue environmental suitability.

Authors : Mark F. Olson (10142081); Jose G. Juarez (5937815); Moritz U. G. Kraemer (3290625)

Subjects: Medicine; Neuroscience; Ecology

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فلترة النتائج

Data sources for the global rasters used in this paper.

Statistical summary of Ae . aegypti minus dengue deviation, by country.

Deviation between Ae . aegypti probability of occurrence and dengue environmental suitability, zoomed in on North America, South America, South Europe and North Africa, Africa, and Australia.

Deviation between Ae . aegypti probability of occurrence and dengue environmental suitability for the Southern United States.

Deviation between Ae . aegypti probability of occurrence and dengue environmental suitability for Kisumu, Nairobi and Mombasa, Kenya.

Gradient Boosting Machine (GBM) to determine best-fit model.

Deviation between Ae . aegypti and dengue environmental suitability.

Deviation between Ae . aegypti probability of occurrence and dengue environmental suitability for Northern Argentina, Paraguay, and Southern Brazil.

Results of Generalized Additive Model (GAM).

Correction to the deviation between Ae . aegypti and dengue map by clipping out respective areas with a lower probability of dengue environmental suitability.

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