1: 太陽系の元素組成(元素の起源,凝縮温度)/Abundances of the elements in the solar system (origin of elements, condensation temperatures)
2: 隕石の元素・同位体組成1(始原的隕石,測定法)/Elemental and isotopic compositions in meteorites 1 (primitive meteorites, analytical methods)
3: 隕石の元素・同位体組成2(分化隕石,測定法)/Elemental and isotopic compositions in meteorites 2 (differentiated meteorites, analytical method)
4: 物質循環とタイムスケール(年代測定法)/Material cycles and time scale (methods for age determination)
5: 地球での物質循環(観測から見る揮発性元素の移動・分別)/Material cycles in Earth (movement and fractionation of volatile elements)
6: 惑星での物質循環(観測から見る揮発性元素の移動・分別)/Material cycles in planets (movement and fractionation of volatile elements)
7: 地球惑星物質循環の物理:概論/Physics of material cycles in Earth and planetary system: overview
8: 地球惑星の形成と分化/Formation and differentiation of Earth and planets
9: 大気物質循環の物理1(対流,雲,降雨)/Physics of material cycles in atmospheres 1 (convection, clouds, rainout)
10: 大気物質循環の物理2(光化学,大気散逸)/Physics of material cycles in atmospheres 2 (photochemistry, atmospheric escape)
11: 地殻・海洋物質循環の物理(風化,熱塩循環など)/Physics of material cycles in crusts and oceans (weathering, thermohaline circulation, etc.)
12: 深部物質循環の物理(テクトニクス,脱ガスなど)/Physics of material cycles in deep Earth (tectonics, degassing)
13: 履修者自身が設定したテーマについての発表/Presentations by students on themes set by themselves