Relevant to natural resource management

Reference no: EM13220575

Define succession and explain why it is relevant to natural resource management (4 pts). Imagine two small ponds during the summer. One is located in a forest composed of predominantly shade intolerant species and the other in a forest composed of predominantly shade tolerant species. How would you expect the structure and chemical properties of each pond to differ?

Reference no: EM13220575

Questions Cloud

Business cycle : The Lucas Wedge and Okun Gap How costly are the growth slowdown and the lost output over the business cycle?

Puzzle-what''s the value : A Tiny Puzzle What"s the value of {with {x x} x} ? What should it be, and what does your interpreter say it is? 5 What Kind of Redundancy do Identifiers Eliminate?

View of integrating technology into the classroom : What is your view of integrating technology into the classroom and its effect on student outcomes?

Effectiveness with other efforts around the country : What benchmarks can be used to compare impact or effectiveness with other efforts around the country?

Relevant to natural resource management : Define succession and explain why it is relevant to natural resource management (4 pts). Imagine two small ponds during the summer. One is located in a forest composed of predominantly shade intolerant species and the other in a forest composed of pr..

Major theories weve discussed-ethical arguments : Email no later than noon! Post your topic (a sentence or two) on the forum. If too many duplicate topics, the earlier posts win! What are the major theories weve discussed? Which one (or more) is off-limits in this class? What are the major character..

Characteristics differentiates individuals who : What profile of characteristics differentiates individuals who

Frequency difference : The frequency difference () between two 1H signals in a 1H spectrum is 3000 Hz when the spectrum is acquired with a magnetic field strength of 11.74 T (corresponding to a 1H resonance/observe frequency of 500 MHz).

Rider does not flip over the handlebars : If the rider does not flip over the handlebars, how far does he/she slide before coming to a stop? Prove how you determined this distance by plotting on one graph the inertial forces acting on the bike and the frictional forces acting on the front wh..

User Account

All Pages