Rush Wright Associates：莫纳什大学地球科学园的设计灵感来自澳大利亚维多利亚的地质地貌。该园是与地球科学家合作开发的，它为学生学习地质学、自然地理学和大气科学提供了一种更加直观的学习方式。

Rush Wright Associates：The Earth Sciences Garden at Monash University was inspired by the geology and geomorphology of Victoria, Australia. Developed in close collaboration with earth scientists, it provides a direct method for learning about geology, physical geography and atmospheric sciences.

该平面将多种多样的设计体验集合成了一个看似随意的整体，但其石头的排列在现场确立了一种占据主导地位的特殊秩序形式：陆地秩序。

The plan collages a diversity of designed experiences into an ensemble that appears casual, but the arrangement of stones quickly establishes that a special form of order prevails on the site: the order of the earth below.

▼基地平面 Site Plan

这幅线稿平面显示了正式平面拼贴的复杂性。我们摒弃了传统几何，采用碰撞和侵蚀、减法和邻接的方法，通过石头的大型秩序感将场景融合在一起。

This drawing shows the complexity of the formal plan collage. Eschewing traditional geometry in favour of a process derived from collision and erosion, subtraction and adjacency. What binds the scene is the sense of a larger order of the stones.

▼线稿平面布局 Line drawing of the arrangements

花园里包含许多地图信息：区域地貌图、海岸线卫星图像，以及我们城市河流的标志性弯道，地质图则藏在可见的场景之下，它在岩石布局中创造了一种神秘的连贯性。每一块砖都是根据软件程序“Grasshopper”创建的脚本放置的，这样就可以制作出完全精确的布局图，也可以确定每块砖的精确订购数量。

The garden was a tracing of many maps. Maps of regional geomorphology, satellite images of coastlines, and iconic bends of our city river. Underlying the visible scene lies the geological map, which creates an occult coherence in the rock placement. Each brick was placed using a script created in the software programme ‘Grasshopper’, enabling a completely precise set out drawing to be made, that also established precise quantities of each brick for ordering.

▼根据维多利亚地图铺设路面 A geological map of Victoria was used to pattern the paving