Two general types of life strategies allow species to thrive in varying types of environment: r-selected strategy and K-selected strategy. Given the following biomes, identify the life strategy that would be more successful in surviving the environmental conditions and provide an explanation supporting your answer. Taiga  Tropical rain forest

What is the principle that teaches us that two species cannot coexist in the exact same niche in the same habitat.This is because species with same niches have comparable requirements, which implies they would fight for the same resources.

One outcome of climate change will be a shift in where particular climate conditions exist (for instance, you will have to move further north if you want to stay in Chicago-like weather).  In order to survive, some organisms may have to move.  The movement rate of the climate and the movement rate of a species are described by Climate Velocity and Frame Shift Rate. Using the Sugar Maple tree as an example, describe what climate velocity and frame shift rate are AND how they can combine to force the sugar maple to go extinct. (If you do not properly use the terms Climate Velocity and Frame Shift Rate as part of your answer you are not going to get many points on this question)

Species richness of many taxa (birds, trees, etc.) increases from the poles to the equator. Ecologists do not know exactly why, but the following idea(s) is/are well supported by evidence: Question 11 options: - The warmer climates of the tropics have longer growing seasons, more primary productivity and more benign climates which produce a larger resource base for more species and may increase specialization. - Polar and temperate regions have had to “start over” many times after successive glaciations, so species have had to re-colonize those areas. - Extinction rates are lower in tropical areas than temperate areas. --- First and Second Answers are BOTH true. --- Second and Third Answers are BOTH true

Capturing and relocating is stressful for animals.  In the zebra example, what are the stages of reintroduction, and what purpose does each step serve?   Why is the buffalo considered a success story for reintroduction?  (And -- based on what you know from lecture, what type of population growth pattern does this indicate?)   Park managers use the term “adaptive management”; what do you think this means, and what are two benefits of this approach to managing ecosystems?

Explain why you chose A or B, etc. Provide a logical explanation defending your answer choice.   Q: Which of the following statements is false about the impacts of climate change? Choose all that apply. Group of answer choices   A) A drought- and heat-induced increase of wildfires can have continent-wide impacts on human health   B) Lower temperatures in some areas and at certain times are expected due to disruption in typical weather patterns.   C) An increase in land conversion from natural habitats to developed or agriculture can reduce the zoonotic potential of diseases   D) In the US, increased temperatures disproportionately affect the health of marginalized communities The conditions brought about by climate change may actually benefit agricultural productivity   Q: "Unless someone like ________ cares a whole awful lot, nothing is going to get better. It's not." - Dr. Seuss Group of answer choices A) the CEOs of major corporations B) the government C) you D)…

Please answer fast

Study these two figures? Which graph represents Semibalanus? (d) When competition is asymmetric and niches do not overlap completely, weaker competitors use nonoverlapping resources. Chthamalus in Species 1 (strong competitor) (weak competitor) upper intertidal zone Species 2 fig 53.5 Fundamental Mean tide level niche Realized Semibalanus in lower intertidal zone niche O Pon Beran Cuminga Ar erve Niche (range of resources used) Copyright e 2008 Pearson Benjamin Cumnings. Alrights reserved. A. purple graph (left) B. green graph (right) A. purple graph (left) B. green graph (right) Number of individuals using resource

How would you define and delimit the problem of habitat loss and what steps would need to be taken to optimize the solution? (Simple sentence answer)

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