Exempel på geospatial

• So you might suspect geospatial named entity recognition could have a role to play here, and it does.

• Another area of concern is that the outputs of geospatial analyses often are visually impressive products whose accuracy, nonetheless, is difficult to assess.

• Despite many advances, use of geospatial technologies is less widespread than it could be within the international agricultural research community and partner organizations.

• Traditional, field-based pest/disease surveys are another area in which geospatial technologies are playing an increasingly important role.

• Thus, hypothesis testing in geospatial analysis is analogous to the problems of identifying testable hypotheses in outputs of simulation models.

• However, within development arenas, geospatial technologies find applications that extend far beyond micro-level, precision farming.

• This problem reflects the fact that geospatial techniques are essentially used to create complex models.

• These examples are indicative of some of the major challenges for scientists who wish to apply geospatial techniques.

• These typically exhibit strong spatial patterns, hence are amenable to use and analysis with geospatial technologies.

• To better understand the ability of a local region to supply more of its own food, the model should be moved into a geospatial framework.

• Due to the increasing capabilities of mobile devices, however, geospatial computing in mobile devices is a fast-growing trend.

• They are used for establishing the vertical geospatial control.

• They were able to use our maps (pre and post crisis) and geospatial databases to assist in emergency response and assessing damage extent.

• Subsequently, the use of geospatial technologies began to see increased integration with non-geographically focused applications.

• It supports the temporal, geospatial, topical, and network analysis and visualization of datasets at the micro (individual), meso (local), and macro (global) levels.