this study entitled Chicken Bones and Malunggay (Moringa oleifera) Stalks as Plant Growth Enhancer aims to integrate new approaches of enhancing the growth of the plant by utilizing the chicken bones and malunggay plants. In line with the aforementioned discussion‚ the study aims to know the potential of chicken bones and malunggay stalks as plant growth enhancer and compare the quality of the experimental plant growth enhancer to that commercialized product in the industry. Specifically‚ the
Premium Agriculture Plant morphology Fern
High School Department General Science How Does Phosphate Affect the Growth of Aquatic Plants? (A Problem Proposal) I. Introduction Aquatic plants are an important component of lake systems. These plants may be totally submerged beneath the lake surface‚ floating‚ or growing along the shoreline. They provide food and shelter for bugs‚ fish and other organisms‚ prevent shoreline erosion‚ filter pollutants from adjacent shoreline activities‚ and
Premium Water Adenosine triphosphate Phosphoric acid
Effect of plant densities and phosphorus levels on the growth and yield of vegetable cowpea (Vigna unguiculata L.) var. Arka Garima K. RAVI KUMAR1 AND V. SUDHA VANI2 Department of Horticulture‚ College of Horticulture‚ Venkataramannagudem-534 101‚ Andhra Pradesh‚ India. E-mail : ravikuna4u@gmail.com ABSTRACT A field experiment was conducted at College of Horticulture‚ Venkataramannagudem to study the effect of plant density and phosphorus levels on the growth and yield of vegetable cowpea
Premium Root Water Plant
Stomata are tiny pores found on the epidermis of the leaf‚ surrounded by guard cells. [1] Their main function is gas exchange [1] for photosynthesis and respiration. The development of stomata on the leaves of a plant is determined by interaction between different genes and environmental factors. A few studies have been conducted in order to establish a relationship between stomatal densities and given environmental factors. Research has shown that stomatal densities are controlled by environmental
Premium Photosynthesis Plant physiology Leaf
associates. They were studying compounds responsible for the abscission of fruits (cotton). Two compounds were isolated and called abscisin I and abscisin II. Abscisin II is presently called abscisic acid. ABA is a naturally occurring compound in plants. It is a sesquiterpenoid (15-carbon) which is partially produced via a certain pathway (mevalonic pathway) in chloroplasts and other plastids. Because it is sythesized partially in the chloroplasts‚ it makes sense that biosynthesis primarily occurs
Premium Photosynthesis Plant physiology Leaf
Hydrophytes Hydrophytes are plants that live in aquatic habitat. Hydrophytes can be divided into two types; fully submerged in water or partially submerged in water. These plants can absorb much water as they live in water habitat. Hydrophytes have various features in order to adapt in the aquatic environment in terms of morphological and anatomical adaptations. The morphological adaptations are divided into roots‚ leaves and stems. The roots of hydrophytes may be absent or poorly developed as
Premium Leaf Photosynthesis Plant
29‚ 2012 ¹A scientific paper submitted in partial fulfillment of the requirements in Botany I laboratory under Dr. Nonnie Bautista‚ 1st sem‚ 2012-2013. ABSTRACT Photosynthesis and transpiration both play important roles in plants. But there are factors which affect the rate of photosynthesis and transpiration. The external factor that was identified is the light intensity. It is crucial in the photosynthesis and the variation of its quality affects the photosynthetic rate
Premium Plant Photosynthesis Pigment
previously been colonised but is now available because the previous community has been destroyed. Such ground will not be ‘virgin’ as there will be remnants of soil and organic matter‚ seeds and possibly some resistant plants. For example‚ an area destroyed by forest fire. The first plants to colonise the area are called the pioneer species. These will have special adaptations to survive in difficult conditions. The pioneer species are able to tolerate extreme abiotic conditions‚ they have good means
Premium Water Photosynthesis Plant physiology
All plants have stoma to help regulate how much water is taken and released along with the other chemicals involved. Stomatal density is the number of stomata per unit area of a leaf. The experiment conducted with leaves along a water source and away from a water source was to analyze the stomatal density difference. This experiment was performed to measure which environment had a greater effect on stomatal density. Stomata of a leaf is a miniature pore in the epidermis of a leaf surrounded by guard
Premium Photosynthesis Water Plant physiology
factors can contribute to a leaf’s stomatal density. The purpose of this experiment is to see how different light exposure in a leaf can affect the stomatal density of the leaf. The stomata allow the plant to regulate the intake and outtake of water and other molecules in order to maintain the plants temperature. Vinca minor leaves were gathered from an area that had a lot of shade and from an area that has a lot less shade and more sun in order to explore the stomatal density in the leaves of two
Premium Photosynthesis Plant Leaf