We planted celosia in 22 six inch pots, 42 four inch pots, and 5 six cell packs
We planted celosia in 22 six inch pots, 42 four inch pots, and 5 six cell packs
These labels respectively correspond to the hormone treatment that each seed will receive. In both planters, fill the five compartments halfway with regular soil. Obtain ten corn seeds and place one seed in the middle of the soil in each of the ten compartments. Continue covering the corn seed with regular soil and fill the compartments completely,…
Let these grow in indirect sunlight for 1 week. Measurement Procedure 1. Shake the conical tube to ensure that all matter is equally distributed within the water. 2. Place one drop of the water on a glass slide, and place the slide under the…
ABSTRACT: The purpose of this lab is to describe possible genotypes of corn and plants in procedure 17.2, and find their color and height ratio; in procedure 17.3 codominance will be observed in human blood, and the blood types of unknown samples will be determined. In procedure 17.4, Rh positive and Rh negative will be tested for in blood samples. A unit of heredity on a chromosome is called a gene.…
The pots were then filled ¾ full of dry vermiculite. Water was then applied to the vermiculite. Four shallow indentations were made inside each pot. Four pea plants were planted, evenly spaced out inside each pot. The plants were then placed in a dark planting flat to…
Fertilizer is a key variable in growing nice and healthy plants for your garden. You don't want to give to little or too much fertilizer to your plants, because then your plants won't grow so good. To prove this I took five plants and used Miracle Gro 3x fertilizer and used eighty to two hundred and twenty five milliliters of fertilizer. The steps i took for this experiment was pretty simple i filled the containers with soil and tomato seeds.…
Method Bean plants (Phaseolus vulgaris) were provided by the instructor for the experiment at Mount Royal University. There were four or more bean plants in each of the four pots. The first task was to choose the best three plants in each pot based on whether they had two big healthy leaves and so the three plants looked relatively similar. The excess plants were cut out so that each of the four pots contained three plants, making a total of twelve plants. Each of the four represented a different treatment that occurred to the three bean plants in that pot.…
The same plants used for the flower monitoring were used to analyze seed set effects. To do this each plant was divided into four sections each section represented one of the directions NE, SE, SW, NW. One flower bud was selected in each section and treatments were randomly assigned to the resulting four buds. Treatments were applied during a 3 week period after the flower visitation period and included three mesh exclosures. Each exclosure was made up of a nylon material and cut into 20 cm diameter circles.…
Fill each of the cups around 1/3 full of each of the following solutions. a. Bicarbonate/soap—light b. bicarbonate/soap—dark c. water/soap 4. Hole punch 10 uniform leaf disks for each o the 3 trials using the hole punch. Avoid the major veins of the leaf. 5.…
Potting mix was used to anchor the plant and supply it with water and nutrients. A generous pinch was used to fill each of the squares in the quad pot half way. After the squares were potted correctly, three slow released balanced fertilizer pellets were placed in each square. A water dropper was filled with water and used to drop water into the soil. The quad pot was then placed onto a water mat.…
Another issue that was pretty clear was that the amount of water that I watered each plant with was too much. Water dripped out from the bottom of the plants quite frequently. This could be a problem because an excess of water slows the growth of plants down. However, after conducting my experiment for many days, I decreased the amount of water that I used. If I conduct this experiment another time, I would only put as much water as needed for the plants, if water was dripping from the bottom of the plants I would reduce the amount of water that was used.…
Horiculture 110.4 (2013):18. Science Reference Center. Web. 2 Nov. 2015.…
They flower just after 18 days. That means that setting up experiments are very convenient as they aren’t as time consuming as using other plants would be. Another thing to note is…
This experiment was performed at the University of Louisiana at Lafayette campus on March 7, 2017. Pots were prepared using 30 0.95-liter black plastic pots. Each pot was labelled sequentially from 1 to 30 along with the soil treatment it would receive, either 100% vermiculite or 90% vermiculite, and the planting density, either 1, 2, 4, 8, or 16 seeds planted. The 100% vermiculite soil treatment was then prepared by using a clean 0.95-liter black plastic pot and adding 15 pots of vermiculite to a large mixing tub. Once this was done, 2300 mL of tap water was also added to the mixing tub and mixed together until consistent.…
Purpose: The overall goal of this lab was to perform a procedure on E. Coli which involved transferring genes that encoded for the green fluorescent protein into E. Coli to see if the transferred genes would make a difference on the growth and whether or not the bacteria would glow under UV light. Hypothesis: If the bacteria with the pGLO plasmid was grown on a plate containing LB and ampicillin then the bacteria will grow but not glow under UV light. If the bacteria with the pGLO plasmid was grown on a plate containing LB, ampicillin, and arabinose then it will be able to grow and glow under UV light. If the bacteria without pGLO plasmid was grown on a plate containing LB and ampicillin then it will not be able to grow or glow under UV light.…
Soil preference of the Red Compost Worms, Eisenia fetida INTRODUCTION Earthworms provide countless benefits to humans, plants and animals, by improving drainage, advancing nutrient accessibility, and providing a steady soil system, helping to develop farm production. They benefit the soil ecosystem by decomposing and recycling organic matter, opening up pores inside the soil to develop its formation and supplying food for predators . By adding nutrients to the soil they inhabit, earthworms are constantly working to keep soil healthy in order for plants to grow well in it .…