SNF

(redirected from symbiotic nitrogen fixation)
AcronymDefinition
SNFStrong Nuclear Force
SNFSkilled Nursing Facility
SNFShiv Nadar Foundation (India)
SNFShin Nihonkai Ferry (Japan)
SNFSpherical Near-Field
SNFSteve Nash Foundation (Canada and US)
SNFSunday Night Football
SNFSpent Nuclear Fuel
SNFStandby Noise Filter
SNFServer Normal Format
SNFSystem Noise Filter
SNFShared Network Facilities
SNFSecure Network Fabric
SNFSaturday Night Fever (movie)
SNFStanford Nanofabrication Facility
SNFSociétés Non Financières (French: Non-Financial Corporation)
SNFSafety Net Foundation (various locations)
SNFSemiconductor Nanofabrication Facility (Australia)
SNFSchweizerischer Nationalfonds zur Förderung der wissenschaftlichen Forschung (Swiss National Science Foundation)
SNFSolids-Non-Fat
SNFServer Natural Format
SNFSamfunns- og næringslivsforskning AS (Centre for Research in Economics and Business Administration; Norway)
SNFStrategic Nuclear Forces (US DoD)
SNFsymbiotic nitrogen fixation
SNFSave Nature Free
SNFShort-Range Nuclear Forces
SNFSun and Fun (yearly spring flying festival in Florida)
SNFSiskiyou National Forest (Oregon, USA)
SNFStavros Niarchos Foundation (Athens, Greece philanthropic organization)
SNFSiuslaw National Forest
SNFSo Not Fair
SNFStanding Naval Force
SNFSocial Network Fatigue
SNFSecret No Foreign
SNFShow No Fear
SNFSampled Netflow
SNFSulphonated Naphthalene Formaldehyde
SNFSystem Noise Figure (electronics)
SNFSo Not Funny
SNFSabine National Forest (Texas)
SNFSkilled Nursing Floor
SNFSyndicat des Naturalistes de France (French; now Syndicat des Naturalistes Taxidermistes de France)
SNFScoutNet Finland
SNFStrongest Neighbor Filter
SNFSpecial Nuclear Fuel
SNFSupporting Navy Forces
SNFSupplemental Nomenclature File
SNFService National des Fouilles (French: National Excavation Service)
SNFSingle-Net Fault
SNFStandards Neutral Format (QAD Inc. file layout)
References in periodicals archive ?
EPS produced by rhizobia are essential for the establishment of symbiotic nitrogen fixation with legumes and are considered as signaling molecules [14, 10].
Explain the process of symbiotic nitrogen fixation.
The contribution of symbiotic nitrogen fixation under particular conditions can be determined from the yield difference of cv.
Our data present the first evidence that some of the same organochlorine pesticides and EDCs known to disrupt endocrine signaling through ERs in exposed wildlife and humans also disrupt the phytoestrogen signaling that leguminous plants use to recruit Sinorhizobium meliloti soil bacteria for symbiotic nitrogen fixation.
The way the bacteria gather nitrogen is thus called symbiotic nitrogen fixation.
Our results suggest that the rate of carbon accumulation was controlled by the rate of nitrogen accumulation, which in turn depended on atmospheric nitrogen deposition and symbiotic nitrogen fixation by legumes.
A symbiotic nitrogen fixation system located in the roots takes gaseous nitrogen from the air and converts it to ammonium, a form usable by the plant.
Phosphorus play beneficial role in the root development, nodulation and stimulation of the symbiotic nitrogen fixation.
The use of forage legumes species is an alternative to increase the inflow of nitrogen in soils of pastures due to the well-known symbiotic nitrogen fixation by rhizobia symbionts.
With both long-term and short term goals in mind, the contributors of these articles that double as coherent chapters cover resource supply and demand, including climate change effects, nutrient and water demand of plants under global climate change, symbiotic nitrogen fixation, background food webs, herbivory and nutrient cycling, and sustainability of crop production systems; those on pest, weeds and diseases cover plant performance and implications for plant production dynamics and species composition, fungi, tropic interactions and future problems; and those on the capacity to adapt include knowing the difference between acclimation and adaptation and breeding plants to suit the changing environment.
Soybean genotypic differences in sensitivity of symbiotic nitrogen fixation to soil dehydration.