Method for location-dependent soil stabilization by means of a geomaterial web, comprising the steps: Configuring a product for influencing parameters determining the durability of the geomaterial at the installation site, whereby the influencing parameters are selected from: - an intensity of a radiation effect of an electromagnetic radiation, - a height of a temperature, - a concentration of a substance that reacts chemically and/or biochemically with the geomaterial web, - a concentration of a concentration of bacteria, - a concentration of fungi, determining one or more of these influencing parameters at a transfer site at a distance from the installation site, - installing the geomaterial web at the installation site, wherein the geomaterial web comprises a structural material which ∘ shows biodegradability under the intensity of the influencing parameter at the transfer site to the extent that a transfer site residual portion remains in a sieve with a mesh size of 2 mm within six months if the material or its components are sieved, ∘ wherein the transfer site residual portion is less than 80 wt.%, preferably less than 25 wt.% or less than 10 wt.% of the material, ∘ exhibits biodegradability at the installation site under the intensity of the influencing parameter to the extent that an installation site residual portion of the material remains in a sieve with a mesh size of 2 mm within six months if the material or its components are sieved, ∘ where the installation site residual portion is greater than the transfer site residual portion. wherein preferably the installation site has an environment with a lower temperature, radiation, oxygen, bacteria and/or fungi concentration than the place of transfer. Configuring a product for influencing parameters determining the durability of the geomaterial at the installation site, whereby the influencing parameters are selected from: - an intensity of a radiation effect of an electromagnetic radiation, - a height of a temperature, - a concentration of a substance that reacts chemically and/or biochemically with the geomaterial web, - a concentration of a concentration of bacteria, - a concentration of fungi, - an intensity of a radiation effect of an electromagnetic radiation, - a height of a temperature, - a concentration of a substance that reacts chemically and/or biochemically with the geomaterial web, - a concentration of a concentration of bacteria, - a concentration of fungi, determining one or more of these influencing parameters at a transfer site at a distance from the installation site, - installing the geomaterial web at the installation site, wherein the geomaterial web comprises a structural material which ∘ shows biodegradability under the intensity of the influencing parameter at the transfer site to the extent that a transfer site residual portion remains in a sieve with a mesh size of 2 mm within six months if the material or its components are sieved, ∘ wherein the transfer site residual portion is less than 80 wt.%, preferably less than 25 wt.% or less than 10 wt.% of the material, ∘ exhibits biodegradability at the installation site under the intensity of the influencing parameter to the extent that an installation site residual portion of the material remains in a sieve with a mesh size of 2 mm within six months if the material or its components are sieved, ∘ where the installation site residual portion is greater than the transfer site residual portion. - installing the geomaterial web at the installation site, wherein the geomaterial web comprises a structural material which ∘ shows biodegradability under the intensity of the influencing parameter at the transfer site to the extent that a transfer site residual portion remains in a sieve with a mesh size of 2 mm within six months if the material or its components are sieved, ∘ wherein the transfer site residual portion is less than 80 wt.%, preferably less than 25 wt.% or less than 10 wt.% of the material, ∘ exhibits biodegradability at the installation site under the intensity of the influencing parameter to the extent that an installation site residual portion of the material remains in a sieve with a mesh size of 2 mm within six months if the material or its components are sieved, ∘ where the installation site residual portion is greater than the transfer site residual portion. ∘ shows biodegradability under the intensity of the influencing parameter at the transfer site to the extent that a transfer site residual portion remains in a sieve with a mesh size of 2 mm within six months if the material or its components are sieved, ∘ wherein the transfer site residual portion is less than 80 wt.%, preferably less than 25 wt.% or less than 10 wt.% of the material, ∘ exhibits biodegradability at the installation site under the intensity of the influencing parameter to the extent that an installation site residual portion of the material remains in a sieve with a mesh size of 2 mm within six months if the material or its components are sieved, ∘ where the installation site residual portion is greater than the transfer site residual portion. wherein preferably the installation site has an environment with a lower temperature, radiation, oxygen, bacteria and/or fungi concentration than the place of transfer.