The increasing availability of large-scale and high-resolution data sets in population genetics is moving the field toward a novel research agenda. Here, we show how this shift toward macrogenetics should generate new perspectives and theories allowing the description, understanding, and prediction of patterns of genetic diversity at broad spatial, temporal, and taxonomic scales.

中文翻译：

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时间变得更大：宏观遗传学中的新兴模式

人口遗传学中大规模和高分辨率数据集的可用性不断提高，使该领域朝着新的研究议程发展。在这里，我们展示了向宏观遗传学的转变应如何产生新的观点和理论，从而可以在广泛的空间，时间和分类学尺度上描述，理解和预测遗传多样性的模式。