Plant Responses to Salt Stress: Adaptive Mechanisms
... plants to acquire water and nutrients and thereby increase the replacement rate of plant water lost [32]. Optimum root systems can support shoot growth and improve plant yields, since roots serve as an interface between plants and the soil [33]. A proliferated root system would therefore appear to b ...
... plants to acquire water and nutrients and thereby increase the replacement rate of plant water lost [32]. Optimum root systems can support shoot growth and improve plant yields, since roots serve as an interface between plants and the soil [33]. A proliferated root system would therefore appear to b ...
Growing Bonsai
... intriguing hobby, and a means of adapting a wide range of plants to specialized and decorative uses. Bonsai require daily watering during their growing season, and, because the plants are rooted in shallow pots, careful pruning. Bonsai are kept outdoors most of the year, but — from time to time — th ...
... intriguing hobby, and a means of adapting a wide range of plants to specialized and decorative uses. Bonsai require daily watering during their growing season, and, because the plants are rooted in shallow pots, careful pruning. Bonsai are kept outdoors most of the year, but — from time to time — th ...
EARLY SENESCENCE 1 Encodes a SCAR
... approximately 65% of agricultural water usage. Rice provides a staple food for about 3 ...
... approximately 65% of agricultural water usage. Rice provides a staple food for about 3 ...
Plant Physiology
... to break dormancy. Seeds in a dormant state will not germinate even if conditions are favorable. Some seeds will only germinate following hot weather and others exposed to hot temperatures during a forest fire which cracks their seed coats. Some seeds need to pass through an animal's digestive tract ...
... to break dormancy. Seeds in a dormant state will not germinate even if conditions are favorable. Some seeds will only germinate following hot weather and others exposed to hot temperatures during a forest fire which cracks their seed coats. Some seeds need to pass through an animal's digestive tract ...
Biotechnological Applications of Bacterial Endophytes
... responses [11]. From this point of view, endophytes might have found an evolutionary solution to cope with an extreme environment. Bacterial endophytes can be found at many sites in the plant, such as root, stem, leave, berry, seed, and xylem sap [6, 8, 12-14] (Fig. 1). The population density of end ...
... responses [11]. From this point of view, endophytes might have found an evolutionary solution to cope with an extreme environment. Bacterial endophytes can be found at many sites in the plant, such as root, stem, leave, berry, seed, and xylem sap [6, 8, 12-14] (Fig. 1). The population density of end ...
Current Biotechnology.
... responses [11]. From this point of view, endophytes might have found an evolutionary solution to cope with an extreme environment. Bacterial endophytes can be found at many sites in the plant, such as root, stem, leave, berry, seed, and xylem sap [6, 8, 12-14] (Fig. 1). The population density of end ...
... responses [11]. From this point of view, endophytes might have found an evolutionary solution to cope with an extreme environment. Bacterial endophytes can be found at many sites in the plant, such as root, stem, leave, berry, seed, and xylem sap [6, 8, 12-14] (Fig. 1). The population density of end ...
Bio-inspiration from Plants` Roots
... extending their roots in the ground, can autonomously analyse the composition of soil and detect the presence of a variety of chemical-physical parameters. This study aims at contributing to the discussion on the space mission concepts of planetary subsurface analysis with a novel biomimetic approac ...
... extending their roots in the ground, can autonomously analyse the composition of soil and detect the presence of a variety of chemical-physical parameters. This study aims at contributing to the discussion on the space mission concepts of planetary subsurface analysis with a novel biomimetic approac ...
PDF - IAEA Publications
... for salt-tolerance were selected in Egypt and Pakistan. However, their stability needs to be investigated. In Egypt, micropropagated potato plantlets, irradiated with 20 Gy, were able to produce microtubers upon subsequent propagation in medium supplemented with 4000 ppm NaCl. One variant line of th ...
... for salt-tolerance were selected in Egypt and Pakistan. However, their stability needs to be investigated. In Egypt, micropropagated potato plantlets, irradiated with 20 Gy, were able to produce microtubers upon subsequent propagation in medium supplemented with 4000 ppm NaCl. One variant line of th ...
Anatomical aspects of angiosperm root evolution
... Evolutionarily, the root seemed to be the last of the three main vegetative organs to evolve, perhaps since early land plants grew on or near the water and so much of their early innovations were geared toward maximizing photosynthesis through development of stems and leaves. Vascular plants evolved ...
... Evolutionarily, the root seemed to be the last of the three main vegetative organs to evolve, perhaps since early land plants grew on or near the water and so much of their early innovations were geared toward maximizing photosynthesis through development of stems and leaves. Vascular plants evolved ...
Journal of Applied Horticulture, Vol 10(1)
... out. However, we should first know the synthesis and action of ethylene in flowers in each transformant to select the best line for the large scale performance test. Therefore, in this study, we cultivated several lines of the transformants on soil until flowering, and characterized their senescence ...
... out. However, we should first know the synthesis and action of ethylene in flowers in each transformant to select the best line for the large scale performance test. Therefore, in this study, we cultivated several lines of the transformants on soil until flowering, and characterized their senescence ...
Basic Root Systems
... 1. Takes up water and nutrients from the soil. These nutrients are minerals, which dissolved from the soil into the water and are used by the plant to help it grow. 2. Carries water and nutrients to the plant’s stem. The stems then carry the water and nutrients to other parts of the plant. ...
... 1. Takes up water and nutrients from the soil. These nutrients are minerals, which dissolved from the soil into the water and are used by the plant to help it grow. 2. Carries water and nutrients to the plant’s stem. The stems then carry the water and nutrients to other parts of the plant. ...
abhay thesis
... Transportation also influences natural vegetation (Pilon-Smits, 2005). The need for construction materials and the development of land-based transportation. Many transport routes have required draining land, thus reducing wetland areas and driving-out water plant species. ...
... Transportation also influences natural vegetation (Pilon-Smits, 2005). The need for construction materials and the development of land-based transportation. Many transport routes have required draining land, thus reducing wetland areas and driving-out water plant species. ...
water potential
... • Aquaporins do not affect the water potential gradient or the direction of water flow, but rather the rate at which water diffuses down its water potential gradient. • This raises the possibility that the cell can regulate the rate of water uptake or loss when its water potential is different from ...
... • Aquaporins do not affect the water potential gradient or the direction of water flow, but rather the rate at which water diffuses down its water potential gradient. • This raises the possibility that the cell can regulate the rate of water uptake or loss when its water potential is different from ...
Enhancing the ability of Panicum virgatum to survive
... is decreased, there is less erosion of the finer particles, which are usually highest in nutrient content (www.sas.usace.army.mil/lakes/hartwell/intro.htm). Reservoir shorelines tend to have little, if any, vegetation to slow erosion. Additional factors increase erosion along the reservoir shoreline ...
... is decreased, there is less erosion of the finer particles, which are usually highest in nutrient content (www.sas.usace.army.mil/lakes/hartwell/intro.htm). Reservoir shorelines tend to have little, if any, vegetation to slow erosion. Additional factors increase erosion along the reservoir shoreline ...
Transport in Plants
... • Aquaporins do not affect the water potential gradient or the direction of water flow, but rather the rate at which water diffuses down its water potential gradient. • This raises the possibility that the cell can regulate the rate of water uptake or loss when its water potential is different from ...
... • Aquaporins do not affect the water potential gradient or the direction of water flow, but rather the rate at which water diffuses down its water potential gradient. • This raises the possibility that the cell can regulate the rate of water uptake or loss when its water potential is different from ...
Aquaporins: Highly Regulated Channels Controlling Plant Water
... come from the study of the level of expression in different organs, tissues, or cell types according to the developmental stages and in response to different environmental conditions (Fig. 1). The mRNA abundance is nowadays measured by reverse transcriptionquantitative PCR approaches, a widely used ...
... come from the study of the level of expression in different organs, tissues, or cell types according to the developmental stages and in response to different environmental conditions (Fig. 1). The mRNA abundance is nowadays measured by reverse transcriptionquantitative PCR approaches, a widely used ...
growing with the garden: a curriculum for practicing horticulture with
... whose technique is based on a working knowledge of science. Every plant has an appropriate place based on its function and adaptation to an ecological niche. Some survive better than others. Some will colonize and exploit a site eventually spreading out with their roots or taking over in successive ...
... whose technique is based on a working knowledge of science. Every plant has an appropriate place based on its function and adaptation to an ecological niche. Some survive better than others. Some will colonize and exploit a site eventually spreading out with their roots or taking over in successive ...
Aquaporins: Highly Regulated Channels
... come from the study of the level of expression in different organs, tissues, or cell types according to the developmental stages and in response to different environmental conditions (Fig. 1). The mRNA abundance is nowadays measured by reverse transcriptionquantitative PCR approaches, a widely used ...
... come from the study of the level of expression in different organs, tissues, or cell types according to the developmental stages and in response to different environmental conditions (Fig. 1). The mRNA abundance is nowadays measured by reverse transcriptionquantitative PCR approaches, a widely used ...
Shahzad MA, Jan SU, Afzal F, Khalid M, Gul A, Sharma I, Sofo A
... Humans started their community life nearly 10,000 years back by beginning to gather and cultivate plants and domesticate animals. In this way the foundations for agriculture were laid as an important part of life. A great development has taken place since then, but still a large population is suffer ...
... Humans started their community life nearly 10,000 years back by beginning to gather and cultivate plants and domesticate animals. In this way the foundations for agriculture were laid as an important part of life. A great development has taken place since then, but still a large population is suffer ...
Simard et al. 2012 - UBC Zoology
... 2003; Hijri and Sanders, 2005) and the potential for non-self hyphal fusion (i.e., anastomosis) among some arbuscular mycorrhizal (AM) fungal species present the intriguing possibility that both fungi and plants could be interconnected in compound associative networks (Giovannetti et al., 2005; Crol ...
... 2003; Hijri and Sanders, 2005) and the potential for non-self hyphal fusion (i.e., anastomosis) among some arbuscular mycorrhizal (AM) fungal species present the intriguing possibility that both fungi and plants could be interconnected in compound associative networks (Giovannetti et al., 2005; Crol ...
Hairy Root and Its Application in Plant Genetic Engineering
... 1990). In addition to these phenotypes, asymmetrical leaflets, variegated leaves, and reduced spine length have also been observed (Han et al. 1993). These abnormal phenotypes possibly originate from genomic disturbances due to either the insertion of foreign DNA or somaclonal variation, rather than ...
... 1990). In addition to these phenotypes, asymmetrical leaflets, variegated leaves, and reduced spine length have also been observed (Han et al. 1993). These abnormal phenotypes possibly originate from genomic disturbances due to either the insertion of foreign DNA or somaclonal variation, rather than ...
It Here! - Lotus Gardens Outdoor Living Center
... organic and healthy fruits and vegetables. You must consider five factors before you plant your organic container garden. Considering these variables will allow easy set up, maintenance and harvest of a productive container garden. The five variables are sunlight, container size, potting medium, fer ...
... organic and healthy fruits and vegetables. You must consider five factors before you plant your organic container garden. Considering these variables will allow easy set up, maintenance and harvest of a productive container garden. The five variables are sunlight, container size, potting medium, fer ...
4. clonal traits
... Bud banks are partially described by Raunkiaer's life forms (Raunkiaer 1934) because regeneration ability of a plant is partly determined by the number of buds and their location on a plant. However, Raunkiaer's life forms are defined by the position of renewal buds only. These are usually located a ...
... Bud banks are partially described by Raunkiaer's life forms (Raunkiaer 1934) because regeneration ability of a plant is partly determined by the number of buds and their location on a plant. However, Raunkiaer's life forms are defined by the position of renewal buds only. These are usually located a ...
PERSEA AMERICANA Persea americana CHAPTER 1
... synthesis of cell walls, and the emergence of a germ tube. This process is believed to be more dependent on exogenous nutrients than the motile state (Barash et al., 1965). ...
... synthesis of cell walls, and the emergence of a germ tube. This process is believed to be more dependent on exogenous nutrients than the motile state (Barash et al., 1965). ...
Hydroponics
Hydroponics is a subset of hydroculture and is a method of growing plants using mineral nutrient solutions, in water, without soil. Terrestrial plants may be grown with their roots in the mineral nutrient solution only, or in an inert medium, such as perlite or gravel.