The distinctive landscapes of the UK: the distribution and characteristics of upland and lowland landscapes, the role of geology, climate and human activity, and one distinctive landscape where humans have created environmental challenges.

What this dot point is asking

This is the opening key idea of Eduqas GCSE Geography A (C111) Theme 1, Landscapes and Physical Processes, assessed in Component 1, Changing Physical and Human Landscapes. Eduqas expects you to describe the distribution and characteristics of the UK's upland and lowland landscapes, to explain how geology, climate and human activity combine to make a landscape distinctive, and to study one distinctive landscape where human activity has created environmental challenges. Eduqas sets the requirement but lets your school choose the landscape, so learn yours with named detail.

The distribution of upland and lowland landscapes

The UK has a clear north-west to south-east divide in its relief.

Geology: the foundation of relief

Geology is the single biggest control on a landscape's shape.

• Igneous rock (such as granite) is hard, resistant and forms upland tors and rugged moorland (Dartmoor).
• Metamorphic rock (such as slate) is also tough and resistant, forming the high ground of Snowdonia and the Lake District.
• Sedimentary rock varies: hard sandstones and limestones can form uplands and impressive scenery (the Yorkshire Dales limestone), but soft clays and shales are easily eroded into lowland.

The structure of the rock matters too: whether rocks are folded, faulted or lie flat, and whether bands of hard and soft rock alternate, all shape the relief and the coastline.

Climate: adding detail to the land

The UK's climate varies across the country and reinforces the relief pattern.

• The north and west are cooler and much wetter (the high ground forces moist Atlantic air to rise, cool and drop relief rainfall), which speeds up weathering and erosion, waterlogs the ground and produces blanket peat bog and moorland.
• The south and east are warmer and drier, in the rain shadow of the uplands, which favours arable farming and gentler, more managed landscapes.

Climate and geology together explain why the wettest, highest, most rugged scenery is concentrated in the north and west.

Human activity: reshaping the surface

People constantly modify landscapes, and Eduqas wants you to recognise this.

• Farming clears woodland, drains wetland and creates a patchwork of fields and walls (the Lake District's sheep-grazed fells, the drained arable Fens).
• Quarrying for slate, limestone and aggregate scars hillsides (Snowdonia slate quarries).
• Forestry plants dense conifer plantations (Kielder Forest).
• Reservoirs flood valleys to supply water (Kielder Water, the Elan Valley).
• Settlement and tourism add roads, towns, footpaths and honeypot pressure, especially in National Parks.

A landscape with human-created challenges

Eduqas requires at least one landscape where human activity has created environmental challenges. A common example is the Lake District, where mass tourism brings footpath erosion, traffic congestion, second-home ownership and pressure on fragile upland habitats, while historic quarrying and afforestation have changed the land. Another is the Fens of East Anglia, drained for centuries for agriculture: the drying peat soils are shrinking and oxidising, the land surface has dropped below sea level in places, and the area now depends on constant artificial drainage and pumping to stop it flooding. Learn how human choices have reshaped your chosen landscape and what problems they have created.

Try this

Q1. Describe the characteristics of an upland landscape in the UK. [4 marks]

• Cue. Made of hard, resistant rock; high, steep relief; thin acidic soils; moorland and rough grazing; wetter, cooler climate.

Q2. Explain one way human activity has created environmental challenges in a UK landscape you have studied. [4 marks]

• Cue. Name the landscape (Lake District, the Fens) and one challenge (footpath erosion and congestion from tourism; peat shrinkage from drainage), and explain how the human activity caused it.