Destinations: Shanghai, Xi’an, Zhangye, Guilin, Yangshuo, Chengdu
This PandaStudyTour geography study tour covers China's most popular geographical destinations, spanning humid estuaries, eroded loess highlands, colourful arid Danxia formations and subtropical karst landscapes. Travelling across different climate zones and terrain steps, students witness how rock, water and climate create distinctive landforms, while investigating how local communities adapt to and reshape these natural environments. Integrated field observation, data recording and group comparison turn textbook geography theories into authentic, curriculum‑relevant field research experience.
All extensions can be added to the base 12‑day itinerary, with separate day‑by‑day arrangements and targeted geography learning outcomes. Each module works as an add‑on block and can be selected individually or combined.
Geography focus: Tectonic uplift, jointing, differential weathering and fluvial erosion on quartz sandstone; contrast with karst and Danxia landforms.
Geography focus: Plateau climate, inland drainage basin, saline lake evolution, alpine meadow ecology, cryosphere and human‑land conflict of grazing.
Geography focus: Coastal geomorphology, volcanic rock, marine erosion, tidal landforms, coastal management and urban coastal hazards.
Geography focus: Alpine glacial legacy, travertine deposition, cascade lakes, freshwater karst, sediment trapping and post‑earthquake geomorphic recovery.
Geography focus: Tower karst, tropical chemical weathering, monsoon climate, karst groundwater and ethnic human geography.
Day 1 | Arrival in Shanghai (Yangtze River Delta Alluvial Plain)
Arrival and airport transfer, welcome briefing, safety induction. Study theme: Yangtze River delta formation, tidal flat, urban geography, estuary sedimentation. Visit the Shanghai Natural History Museum, study river deposition and wetland ecosystems. Evening: Map workshop, mark all destinations on the route map and set research questions.
Day 2 | Shanghai – Estuary & urban geography fieldwork
Field trip to the Yangtze River estuary wetland. Field tasks: Observe tidal cycles, sediment characteristics, wetland vegetation and coastal erosion protection. Discussion: How the Yangtze delta supports megacity development and the challenges of land subsidence.
Day 3 | Shanghai → Xi'an by high‑speed train (Guanzhong Plain & Loess Plateau gateway)
Observe the landscape transition from humid eastern plain to temperate semi‑arid loess zone along the rail line. Afternoon: Shaanxi History Museum, explore how loess soils nurtured early Yellow River civilisation. Evening: Cycle on Xi'an City Wall, analyse the siting of ancient capital on river terraces.
Day 4 | Xi'an – Loess Plateau core field study
Drive to typical loess sections. Identify loess yuan, liang and mao; examine loess sedimentary profiles, gullies and water erosion. Hands‑on activity: soil observation, discuss wind deposition, soil erosion and terrace restoration projects. Key topic: sediment transport of the Yellow River.
Day 5 | Xi'an → Zhangye by flight (Hexi Corridor, arid inland geography)
Theme shift: Monsoon boundary, inland drainage basin, arid climate landforms. Check‑in Zhangye. Briefing on Danxia landform, tectonic movement and desert weathering.
Day 6 | Zhangye – Danxia National Geopark
Field study of colourful Danxia red‑bed landform. Tutor explanation: sandstone and mudstone strata, tectonic uplift, differential weathering and fluvial erosion. Group task: record rock layers, colour differences and the impact of water on arid‑zone landscapes.
Day 7 | Zhangye → Guilin by flight (transition from arid northwest to subtropical humid karst zone)
En‑route lecture: China’s precipitation gradient, climate control on landform development. Evening walk along Li River, introduction to karst dissolution theory.
Day 8 | Guilin & Yangshuo – Fenglin karst along Li River
Li River cruise, observe peak forest karst, river meanders and valley alluvial landforms. Field task: locate typical karst features, link limestone chemistry to landscape shaping.
Day 9 | Yangshuo – Karst cave + underground hydrology
Visit a large karst cave to study stalactites, stalagmites and underground river systems. Afternoon: Yulong River valley transect survey, investigate karst mountain agriculture, rural settlement and tourism geography. Compare karst chemical erosion with loess physical water erosion.
Day 10 | Yangshuo → Chengdu by flight (Sichuan Basin geography)
Study theme: enclosed basin topography, fog and humidity, fertile purple soil. Visit Dujiangyan Irrigation System. Analyse how ancient hydraulic engineering adapted to river flow and terrain.
Day 11 | Chengdu – Basin edge & human‑land interaction
Field visit to the edge of the Sichuan Basin, observe the transition from basin plain to mountain. Workshop: group project preparation. Students select one destination from the tour to complete a comparative geography case study.
Day 12 | Chengdu departure
Final presentation, certificate ceremony, closing reflection and airport transfer.
