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Photosynthesis is a process used by plants and other organisms to convert light energy into chemical ...
[html]correct the grammar.Photosynthesis is a process used by plants and other organisms to convert light energy into chemical energy that, through cellular respiration, can later be released to fuel the organism's activities. Some of this chemical energy is stored in carbohydrate molecules, such as sugars and starches, which are synthesized from carbon dioxide and water –
Principles of bioresource conservation and management
Identify and provide evidence (photographs,sketches or illustration )of five vegetative bio-resources found in your neighbourhood and three surrounding neighbourhoods.
Principles of bioresource conservation and management.
Give a brief introduction on your neighbourhood and three surrounding neighbourhoodneighbourhoods. Also explain what is meant by bio-resources, vegetative and non-non - vegetative bio-resources.
According to the plant manager in the video field trip to the Kanahapa Water Reclamation Facility in ...
According to the plant manager in the video field trip to the Kanahapa Water Reclamation Facility in Gainsville, FL, that was shown in class, the correct order for the treatment process at the plant is:
A. bug farming; sand filters or tertiary treatment; disinfection; biosolids management; removal of rags and grit; let’s be clear (clarification)
The following diagrams all show the same comet orbit, but each one shows the comet passing through ...
The following diagrams all show the same comet orbit, but each one shows the comet passing through a different segment of its orbit around the Sun. During each segment, a line drawn from the Sun to the comet sweeps out a triangular-shaped, shaded area. Assume that all the shaded regions have exactly the same area. Rank the segments of the comet’s orbit from left to right based
Explain why measurement of single cell activity would be important versus just measuring
Explain why measurement of single cell activity would be important versus just measuring total bacterioplankton community activity in relation to the following influences: a) temporal factors, b) DOM quality & sources, c) influence of predators. please help
How could I prepare chelex treated 0.5M potassium phosphate buffer pH- 7.4?
I'm now doing the dtt assay but I don't know how to prepare 0.5M potassium phosphate buffer pH- 7.4 and I would like to know the differences between PB and PBS.
The conditions represented in this figure illustrate
The conditions represented in this figure illustrate A: A temperature inversion B: how high levels of ozone affect climate near the ground C: the greenhouse effect D: stratospheric smog
Riding along the road on your bicycle, you make a sharp right turn, hit some gra
Riding along the road on your bicycle, you make a sharp right turn, hit some gravel, and tumble to the ground striking your shoulder. You are in a lot of pain. Worrying that you might have broken your shoulder blade or a rib, you walk your bike to the nearby hospital for emergency care.Just two X-rays are taken, and the time of exposure was quite limited. According the U.S. Nuclear
Fe(II)/(III) measurements in soil- conversion between units- help needed!
Hello everyone,
As title states, I am currently working on a project which requires measurements of Iron concentration within soil material. The procedure itself is quite complex, but calculations/conversions between units is even more so.
My question is (apologies in advance for the long post!!): I have got soil samples with an average water content of 9%
Can someone explain how to find virulence, recovery rate, and transmission rate?
I'm reviewing rates for models of infectious diseases and as part of my homework I need to find virulence, recovery rate, and transmission rate. However, I can't find sources that explain them. Most give the symbol in an equation like threshold density or net reproductive rate without explaining how these variables are found.
The following table shows the water content of three soil samples.
(ii) The following table shows the water content of three soil samples. 1. What is the percentage of available water in sample A? 2. Which sample would be the most suitable for a crop suffering a drought during the growing season? 3. Which sample would be the most suitable for a crop growing during a wet spring?
Draw a life cycle diagram for this population. Indicate all possible transitions
Details of the question: . You have studied a population of abalone. You decide to divide the individuals into four classes: larvae, small, medium, and large. In any given year, a larva has a 70% chance of settling and becoming a small abalone (otherwise it dies); 60% of small abalones remain in the small class, 15% grow into the medium size class, and none grow all the way fr
Now, these students need to make a decision about what sort of towels they should purchase
Now, these students need to make a decision about what sort of towels they should purchase, again, in an attempt to generate the least amount of MSW. They agree that if they purchase paper towels, they will buy the thick, quilted brand. The best strategy, to generate the least amount of MSW, would be to purchase
Madeleine has become active with a group working to save water. She believes tha
Madeleine has become active with a group working to save water. She believes that steps must be taken to prevent food shortages 100 years from now. Madeleine's situation represents the process James Marcia names: Self-absorption Generativity Isolation Commitment
A researcher finds that students who were given iPads to use at home demonstrate
A researcher finds that students who were given iPads to use at home demonstrated greater independent learning skills than a comparable group that was not selected to receive iPads. What type of research study was probably designed for this conclusion to be valid? ethnographic descriptive observation experimental
From 1845-1936, the Hudson's Bay Company tracked the collection of hare and lynx pelts. On a graph,
From 1845-1936, the Hudson's Bay Company tracked the collection of hare and lynx pelts. On a graph, the data shows a sinusoidal wave that is typical with predator-prey populations. Here is the graph, showing the "lag" between the hare and lynx populations:
what you know about atmospheric circulation and seasonal changes in the sun's or
what you know about atmospheric circulation and seasonal changes in the sun's orientation t earth to explain the highly seasonal rainfall in the tropical dry forest and tropical savanna biomes
Is competition occurring in these bird populations?
I'll be honest I'm kind of lost with this homework and was wondering if someone could answer these questions and explain them to me. It'd be greatly appreciated.
Hi everyone! I was confused on question 12, 22, and 25 from the photos I've attached. For #25, i think one of the answers is D because in experiment 3 there is evidence of competition from the graph, but it is a mark all that apply answer so more than 1 answer can apply together. For number 12 I think the answer is B but im not entirely sure, and for #22, I would think the answ
Explain the link between the rise of large-scale, commercial agriculture -ecolo
Explain the link between the rise of large-scale, commercial agriculture in the American West and increases in forest habitat in the East, as well as the role of succession in this link
Classification of plant species into three primary life history
Classification of plant species into three primary life history strategies (CSR) proposed by the plant ecologist Philip Grime was discussed in Chapter 10 (Sec. 10.10). Which of these three plant strategies is most likely to be found colonizing a newly disturbed site? Which of the three plant strategies is most likely to characterize later successional species
Kruger National Park (South Africa) growth decline-ecology
Years of below-average rainfall in Kruger National Park (South Africa) cause a decline in the growth and productivity of grasses. Mortality rates in populations of herbivores such as the African buffalo then increase, resulting in a decline in population density. Based the information that you have been provided, would you conclude the annual variations in rainfall within Kruger fun
A meteoroid is A) a small particle of an asteroid B) a giant asteroid C) a streak of light across the sky D) a meteor that has struck the Earth's surface
In a metallic bond A) chains or sheets of atoms are held together by weak forces B) atoms are joined by electrical charges C) electrons are shared between all atoms in a solid mass D) electrons are shared between a limited number of atoms
Average Temperature, Cold Months, Hot months, Annual Precipitation, Wet months, Dry Months, Vegetation and Animal types and Human Impacts for tundra, coniferous forest, temperate deciduous forest, tropical rainforest, chaparral, temperate grassland, tropical grassland, cold desert, temperate desert,tropical desert. i need exact datas for each one of them. I don't see
Consider the topography and geology of your campus as well as the mass wasting h
Consider the topography and geology of your campus as well as the mass wasting hazards present on your campus. What could your school do to mitigate these hazards? Based on the hazards and the cost of mitigation, are these realistic plans? (Could your school afford to implement them?)
Davenport, Iowa and Rock Island, Illinois are two of the Quad Cities, a bi-state
Davenport, Iowa and Rock Island, Illinois are two of the Quad Cities, a bi-state metropolitan area location in eastern Iowa and northwestern Illinois that spans the Mississippi River. As with any river, the Mississippi River is prone to floods and can cause millions of dollars worth of damage as well as disrupt barge traffic for weeks. Both cities have large segments of their busine
Major coastal cities such as Charleston, South Carolina have to find a delicate
Major coastal cities such as Charleston, South Carolina have to find a delicate balance between supplying enough water for a healthy, growing city and preventing contamination of their groundwater supplies with saltwater due to overpumping. What steps could be taken to counteract the effects of saltwater contamination without abandoning the well? Explain.
