Sentence examples for resource consumption rate from inspiring English sources

This issue can be investigated by exploring the two main overarching factors driving present global environmental degradation: the size and the natural resource consumption rate of the human population.

This knowledge should be augmented with an educational awareness that, as a general trend, the greatest human population growth is occurring in the least developed countries (United Nations 2011b) and the highest-per-capita human natural resource consumption rate is occurring in the most developed countries (e.g., World Wide Fund for Nature WWF 2012).

These question-driven activities should also be framed by the understanding that as a general trend, the highest per capita human natural resource consumption rate is occurring in the more developed countries and that the greatest human population growth is occurring in the less developed countries.

1. Educational emphasis should be placed on ways humanity can equitably and ethically begin to non-coercively modify our current behaviors to reduce the two overarching factors causing the current sixth great mass extinction: (1) the current size of the human population; and (2) the current natural resource consumption rate of the human population (e.g., World Wide Fund for Nature WWF 2012).

Our current resource consumption rate is roughly one and a half times what the planet can support and if everyone acquires the consumption habits of an average American that would multiply several times over.

Thus the resource consumption rate appears as a key parameter to account for variation in life-history traits, and more specifically genetic-by-environment aspects.

The genetic variability of the carrying capacity, as well as its relationship with resources consumption rate, should therefore be taken into account in population dynamics modeling.

We showed that this parameter depends not only on the food supply of the environment but also on the genotype of the strains, and that resources consumption rate is a key determinant of the carrying capacity via the trade-off with cell size.

According to the implementation of a system, improvements are still needed in regard to the limited resources consumption, frame rate and integration of pre- and post-processing.

κ is the conversion rate that relates the consumer's birth rate to resource consumption, and g is the conversion rate that relates the predator's birth rate to its consumption of the consumer species.

Food web models attempt to capture these dynamics using simultaneous population dynamic equations that link predators, prey, and resources via consumption rates [1].