Land Use

Land use solutions reduce emissions from deforestation and degradation of ecosystems.

As a first step I have generated a list of the most relevant go-to options we have. For now I will strictly focus on The Netherlands. As a general guidance I will use the book 'Drawdown - The most comprehensive plan ever proposed to roll back global warming' by Paul Hawken.


Together with experts in the field I am going to challenge this list. It is therefore an ongoing framework. You will find all the updates below, specified for each specific solution we can opt for.

01. Forest Protection

Drawdown: 'The most critical of all forest types is primary forest, known as old-growth or virgin forest. In 2015, there were an estimated three trillion trees in the world. That count is substantially higher than previously thought, but more than 15 billion are cut down each year. Since humans began farming, the number of trees on earth has fallen by 46 percent. Carbon emissions from deforestation and associated land use change are estimated to be 10 to 15 percent of the world’s total.'

02. Peatlands

Drawdown: 'Peatlands ("Veengebieden"), also known as bogs or mires, are neither solid ground nor water but something in between. Peat is a thick, mucky substance made up of dead and decomposing plant matter. It develops over hundreds, even thousands of years, as wetland vegetation slowly decays beneath a living layer of flora and in the near absence of oxygen.

Although these unique ecosystems cover just 3 percent of the earth’s land area, they are second only to oceans in the amount of carbon they store—twice that held by the world’s forests, at an estimated 500 to 600 gigatons. Protecting them through land preservation and fire prevention is a prime opportunity to manage global greenhouse gases.

Because peatlands’ typical carbon content is over 50 percent, they become powerful greenhouse chimneys if disrupted. When peat is exposed to the air, the carbon it contains gets oxidized into carbon dioxide. It can take thousands of years to build up peat, but a matter of only a few to release its greenhouse cache once it is degraded. Luckily, 85 percent of the world’s peatlands are intact. Though not as effective as halting degradation before it starts, restoring drained and damaged peatlands is an essential complement to protection.'

03. Perennial Biomass

Drawdown: 'Plant material is used in a variety of ways to create energy: combusted to produce heat or electricity; anaerobically digested to produce methane; and converted to ethanol, biodiesel, or hydrogenated vegetable oil for fuel. Within transportation, bioenergy makes up almost 3 percent of fuel consumed. Within the power sector, it comprises 2 percent of the total.

From a climate perspective, whether plant material used for bioenergy is annual or perennial (or waste content) makes all the difference. Because energy inputs for annual bioenergy crops, such as corn, are so high, they make little progress on cutting emissions.

Perennial bioenergy crops—such as switchgrass, fountain grasses, silver grass, poplar, willow, eucalyptus, and locust—can be different. Cultivated appropriately, they can reduce emissions by 85 percent compared to corn ethanol. Replacing annuals with perennials also raises carbon sequestration in soil.

Many perennial bioenergy crops are prime candidates to grow on degraded land not suited to food production. Compared to corn and other annuals, perennials can prevent erosion, produce more stable yields, be less vulnerable to pests, and support pollinators and biodiversity.'