They are very big and cultural
immanent is the opposite to the term transcendent.
In theological discourse, the terms transcendent and immanent frequently coexist. God is beyond human experience, perception, or understanding, according to the concept of transcendence. God is knowable, perceivable, and able to be grasped because of his immanence. For instance, because Jesus Christ is God incarnate (in the flesh), anybody who knew him, perceived of him, or experienced him by one or more of their five senses in the first century would have seen him as immanent.
Though Jesus Christ lived on earth, the Christian Worldview holds that God is transcendent and not impending. Because of his transcendence, God is different from and beyond what we can understand. The Triune God is bigger, greater, and more lovely than anything that humans can truly comprehend, even though Jesus lived among us.
Hence, option A is the correct answer
To learn more about transcendence here,
brainly.com/question/1265987
#SPJ4
Answer:
C. temperate climates for agriculture
Explanation:
Answer:
Humanity’s environmental footprint has increased, but at a much slower rate compared to population and economic growth because of more efficient use of natural resources, reports Mongabay
Explanation:
There is a long-standing dispute on the extent to which population growth causes environmental degradation. Most studies on this link have so far analyzed cross-country data, finding contradictory results. However, these country-level analyses suffer from the high level of dissimilarity between world regions and strong collinearity of population growth, income, and other factors. We argue that regional-level analyses can provide more robust evidence, isolating the population effect from national particularities such as policies or culture. We compile a dataset of 1062 regions within 22 European countries and analyze the effect from population growth on carbon dioxide (CO2) emissions and urban land use change between 1990 and 2006. Data are analyzed using panel regressions, spatial econometric models, and propensity score matching where regions with high population growth are matched to otherwise highly similar regions exhibiting significantly less growth. We find a considerable effect from regional population growth on carbon dioxide (CO2) emissions and urban land use increase in Western Europe. By contrast, in the new member states in the East, other factors appear more important.
