The phrase 'terrestrial toxicity' is correct and usable in written English.
You can use it to refer to toxicity caused by pollutants or other factors in a terrestrial environment (such as soil or water). For example, "High levels of terrestrial toxicity can pose serious risks to local ecosystems."
terrestrial toxicity potential.
Terrestrial toxicity is an important aspect of CNT risk assessment.
To summarize, soil is expected to be a sink of CNT and therefore terrestrial toxicity assessment is important.
The Dutch National Institute for Public Health and the Environment (RIVM) e-toxBase is a database containing aquatic toxicity, terrestrial toxicity, and BCF data.
These are terrestrial toxicity which is three times higher, freshwater ecotoxicity which is 27% higher and eutrophication which is 8% higher.
Generally, switching from national grid supply to woody biomass-generated electricity leads to a 2 10 % improvement in environmental performance of bioethanol, except for terrestrial eco-toxicity where up to 50%% decline in environmental burdens is achieved (Fig. 8).
R.7 on endpoint-specific guidance consists of 3 parts, namely R.7a on physico-chemical properties and human health endpoints, R.7b on aquatic ecotoxicity and (bio degradability and R.7c on aquatic and terrestrial bioaccumulation, avian toxicity, effects of terrestrial organisms, toxico-kinetic, and substances requiring special considerations regarding testing and exposure [22, 23, 27].
However, compared to wheat straw, it is a better option for six out of 11 impacts: acidification, eutrophication, freshwater, terrestrial and human toxicity, and land use.
However, higher ethanol blends would lead to an increase in some other impacts, notably terrestrial and freshwater toxicity as well as eutrophication for some of the feedstocks.
Yet, higher ethanol blends would lead to an increase in some impacts, notably terrestrial and freshwater toxicity as well as eutrophication for some feedstocks.
The following environmental impacts are considered: abiotic depletion, acidification, eutrophication, freshwater, marine and terrestrial ecotoxicity, human toxicity, global warming, ozone layer depletion, photochemical smog, and land use.
