نتایج جستجو برای: fescue arundinacea
تعداد نتایج: 2162 فیلتر نتایج به سال:
Soil hydraulic properties influence water and nutrient availability as well environmental sustainability, these vary across several landscape positions. This study investigated the spatial variability fractal characterization of soil five slope positions: summit, shoulder, back, foot, toe slopes. Triplicate samples (0–18 cm) were collected from each position a pasture field planted to tall fesc...
Soil water repellency can affect several soil properties such as aggregate stability. Soil texture and organic matter are two main internal factors responsible for the variability of soil water repellency. Major sources of organic matter in soil include plant residues, and exudates of plant roots and soil microorganisms. Tall fescue (Festuca arundinacea Schreb.) as an important cool-season pere...
Abstract Rain‐out shelters provide an effective tool to establish controlled water‐stress environments by excluding undesired rain events and have been widely used in the selection breeding of cool‐season turfgrass for improved drought tolerance. However, efficiency recurrent using rain‐out has seldomly investigated. In this study, we documented process tall fescue one cycle selection, compared...
In this research, have been investigated the effects of endophytic fungi from Neotyphidum genius that has mandatory symbiosis with tall fescue (Festuca arundinacea schreb) and drought stress on changes in the protein profile of the tall fescue species. This process requires changes in the gene and protein expression profiles. Since these proteins have not been reported for tall fescue species. ...
The word 'Sarkara' is used to denote several meanings. That it also denotes a plant is a little known fact. This hitherto hidden fact has been brought to light with support of relevant references. The description of the plant themeda arundinacea (Roxb.) Ridley is also given.
Soil nitrogen (N) is a common limiting factor where soil N-cycling key component of agroecosystems. N transformation processes are largely mediated by microbes, and understanding bacteria involvement in agricultural systems has both agronomic environmental importance. This 2 yr field-scale study examined the abundances spatial distributions total bacterial community (16S rRNA), involved nitrifi...
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