In a cross section of a pine stem, the secretory cells primarily include resin ducts and secretory parenchyma cells. Resin ducts are specialized channels that produce and store resin, which serves as a defense mechanism against herbivores and pathogens. Secretory parenchyma cells may also contribute to the secretion of various metabolites and compounds. Together, these cells play a crucial role in the plant's defense and overall health.
In the cross-section of a pine stem, the secretory cells primarily include resin ducts and secretory parenchyma cells. Resin ducts are specialized structures that produce and store resin, which serves as a defense mechanism against pathogens and herbivores. Secretory parenchyma cells, found in the surrounding tissue, can also contribute to the secretion of various compounds. Together, these cells play crucial roles in the plant's response to injury and environmental stress.
In the cross-section of a pine stem, secretory cells are specialized cells that produce and store various substances, such as resins and oils. These cells play a crucial role in the plant's defense mechanisms, helping to deter herbivores and protect against pathogens. Resins can also help seal wounds, preventing water loss and further injury to the plant. Typically, these secretory cells are found in the phloem or parenchyma tissue of the stem.
Pine pollen grains fertilize the ovules of pine trees, specifically within the female cones. When the pollen is carried by the wind to the receptive ovules, it germinates and grows a pollen tube, allowing sperm cells to travel down and fertilize the eggs. This process is essential for the production of seeds in pine trees, contributing to their reproductive cycle.
Pine ( Oregon )530Pine ( Parana )560Pine ( Canadian )350 - 560Pine ( Red )370 - 660
Pine-Sol originally contained pine oil, though it is now a mixture of everything but.
In the cross-section of a pine stem, the secretory cells primarily include resin ducts and secretory parenchyma cells. Resin ducts are specialized structures that produce and store resin, which serves as a defense mechanism against pathogens and herbivores. Secretory parenchyma cells, found in the surrounding tissue, can also contribute to the secretion of various compounds. Together, these cells play crucial roles in the plant's response to injury and environmental stress.
In the cross-section of a pine stem, secretory cells are specialized cells that produce and store various substances, such as resins and oils. These cells play a crucial role in the plant's defense mechanisms, helping to deter herbivores and protect against pathogens. Resins can also help seal wounds, preventing water loss and further injury to the plant. Typically, these secretory cells are found in the phloem or parenchyma tissue of the stem.
Pine Cross Dover was created in 2009.
yes
The cross section of the spruce leaf or needle is square in shape. The pine is flat. The spruce needle is attached singly to the branch on a short peg called a sterigma. Pine needles grow in clusters of two to six, depending on the species. See the related link for more information.
cedar,pine, cypress
Yes, a pine cone is made up of cells. Everything except perhaps pure Energy is made up of molecules, but only things that are living or were living are made up of cells. A pine cone is created by a living organism (tree) and therefore the pine cone must be made up of cells.
Sir, it is the new things for me the cross by made pine tree. it is very beautiful answer Thank you
The University of Arkansas at Pine Bluff's 2014 25th-75th percentile SAT scores are 345-440 on the Critical Reading section, 355-470 on the Math section, and 345-440 on the Writing section.
up to 23 yrs
compound it has two different types of cells in it
The University of Arkansas at Pine Bluff's 2014 25th-75th percentile ACT scores are 13-20 on the English section, 15-18 on the Math section, and 14-19 Composite.