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Academic literature on the topic 'Edaphic factors'

Author: Grafiati
Published: 4 June 2021
Last updated: 13 June 2025

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Journal articles on the topic "Edaphic factors"

1

Maurya, UK, RA Duraiswami, NR Karmalkarb, and KPR Vittal. "Impact assessment of edaphic factors on groundwater quality." International Journal of Chemical Studies 7, no. 5 (2019): 1302–9. http://dx.doi.org/10.22271/chemi.2019.v7.i5w.7123.

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2

Wielgolaski, F. E. "Phenological modifications in plants by various edaphic factors." International Journal of Biometeorology 45, no. 4 (2001): 196–202. http://dx.doi.org/10.1007/s004840100100.

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3

Ho, W. C., and W. H. Ko. "Soil microbiostasis: Effects of environmental and edaphic factors." Soil Biology and Biochemistry 17, no. 2 (1985): 167–70. http://dx.doi.org/10.1016/0038-0717(85)90110-5.

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Rangel, Andrés Miranda. "Impact of environmental factors on edaphic springtail populations." STUDIES IN ENVIRONMENTAL AND ANIMAL SCIENCES 3, no. 4 (2022): 992–1002. http://dx.doi.org/10.54020/seasv3n4-013.

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A description is given of the abiotic and biotic factors that affect edaphic springtail distribution and the main role that collembola play in soil development. Collembola degrade organic matter that has been inoculated with microorganisms, which they control and disperse. They also help decompose recalcitrant molecules in ecosystems, release nitrogen, phosphorus and other elements into soils, and control phytopathogenic fungi in crops, as well as stimulate microbial respiration and serve as soil quality bioindicators. Water is the main factor that determines whether springtail populations are present, followed by temperature, which in turn controls whether new generations will occur. Enzyme metabolism and even DNA structure is affected by pH. Collembola populations are also affected by materials that enter the soil, including the leaf litter dropped by plant coverage, manures and soil fertilizers, and are regulated by the ascending forces in an ecosystem.
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5

Widrlechner, Mark. "Environmental Analogs in the Search for Stress-Tolerant Landscape Plants." Arboriculture & Urban Forestry 20, no. 2 (1994): 114–19. http://dx.doi.org/10.48044/jauf.1994.021.

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This paper reviews briefly the climatic and edaphic factors related to tree adaptation. Photoperiod regimens, the timing and severity of low temperatures, and high temperaturemoisture interactions all are important climatic determinants of adaptation for which adequate data have been widely recorded. Edaphic factors that injure trees in managed environments are more difficult to extrapolate to natural systems, but natural soils that are poorly drained, calcareous, alkaline, or saline may be initial foci for seeking tough trees. A project to identify promising new landscape plants for the north-central United States, by examining climatic, edaphic, and floristic factors in Eastern Europe, is presented as a case study.
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6

McElroy, J. Scott, Fred H. Yelverton, Michael G. Burton, and Cavell Brownie. "Habitat delineation of green and false-green kyllinga in turfgrass systems and interrelationship of elevation and edaphic factors." Weed Science 53, no. 5 (2005): 620–30. http://dx.doi.org/10.1614/ws-04-089r.1.

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Knowledge of the influence of environmental factors on weed populations is important in developing sustainable turfgrass management practices. Studies were conducted to evaluate the relationship of green and false-green kyllinga population densities with elevation and edaphic factors in turfgrass systems. Studies were conducted on five different golf courses in North Carolina, three affected by green kyllinga, and two affected by false-green kyllinga. According to Spearman correlation coefficients, both green and false-green kyllinga were correlated with increasing soil volumetric water content, whereas correlation of other edaphic variables varied among sites and species. Stepwise logistic regression confirmed the correlation of volumetric water with green kyllinga presence, but model components varied among sites for false-green kyllinga. Increasing green kyllinga populations correlated with increasing soil sodium; however, sodium did not reach a level believed to be detrimental to turfgrass growth. No other variables correlated with green or false-green kyllinga across all sites. We hypothesized that the lack of significant correlations was due to the overall influence of relative elevation on edaphic variables. According to principal components analysis (PCA), relative elevation had a profound impact on the measured edaphic variables at all sites. However, results of PCA at one site differed sharply from other sites. Results from that site demonstrate the potentially strong effects of management practices to alter edaphic trends normally observed with topography.
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7

Trambadiya, Krishna, Riddhi Kanabar, and Manish Visavadia. "Comparison Between Agriculture Soil and Common Land Soil in Relation to Soil Edaphic Factors and Nematode Community." International Journal for Research in Applied Science and Engineering Technology 10, no. 3 (2022): 2357–62. http://dx.doi.org/10.22214/ijraset.2022.41130.

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Abstract: Plant-parasitic nematodes may cause mechanical damage to the roots, stems, leaves, and flower structures of many plants. The host plant is more important in the nematode population. The control of these nematodes is more difficult than that of other pests because they mostly inhabit the inner part of the crops. Some Edaphic factors and secondary metabolites of plants play an important role in nematode control. The present study aims to analyze the comparision between agriculture soil and common land soil in relation to soil edaphic factors and nematode community. For testing nematode infection in crops, different agricultural fields were selected from different areas in and around Junagadh District. We have selected some agriculture sites in which nematode population were widely found. On the other hand, common land soil were no nematode population found. Edaphic factors like soil pH, Temperature, Moisture, Organic Carbon, Electrical Conductivity, Phosphorus, and Potassium were effective in the nematode growth. Results indicate that Soil temperature and Moisture were more affected in the nematode community. Further studies for the control of these nematodes are underway. Keywords: Nematode, Edaphic factors, Temperature, Moisture, Organic Carbon
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8

Zhang, Kerou, Haidong Wu, Mingxu Li, et al. "Magnitude and Edaphic Controls of Nitrous Oxide Fluxes in Natural Forests at Different Scales." Forests 11, no. 3 (2020): 251. http://dx.doi.org/10.3390/f11030251.

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Forest nitrous oxide (N2O) emission plays an important role in the greenhouse gas budget of forest ecosystems. However, spatial variability in N2O fluxes complicates the determination of key factors of N2O fluxes at different scales. Based on an updated database of N2O fluxes and the main edaphic factors of global forests, the magnitude of N2O fluxes from forests and the relationships between edaphic factors and N2O fluxes at different scales were analyzed. According to the results, the average annual N2O flux of the global forest was 142.91 ± 14.1 mg N m−2 year−1. The range of total forest estimated N2O emission was 4.45–4.69 Tg N in 2000. N2O fluxes from forests with different leaf traits (broadleaved and coniferous) have significant differences in magnitude, whereas the leaf habit (evergreen and deciduous) was an important characteristic reflecting different patterns of N2O seasonal variations. The main factors affecting N2O fluxes on the global scale were ammonium (NH4+) and nitrate (NO3−) concentrations. With an increasing scale (from the site scale to the regional scale to the global scale), the explanatory power of the five edaphic factors to N2O flux decreased gradually. In addition, the response curves of N2O flux to edaphic factors were diversified among different scales. At both the global and regional scales, soil hydrothermal condition (water filled pore space (WFPS) and soil temperature) might not be the main spatial regulation for N2O fluxes, whereas soil nutrient factors (particularly NO3− concentration) could contribute more on N2O flux spatial variations. The results of site-control analysis demonstrated that there were high spatial heterogeneity of the main N2O controls, showing N2O fluxes from low latitude forests being more likely associated with soil WFPS and temperature. Thus, our findings provide valuable insights into the regulatory edaphic factors underlying the variability in N2O emissions, when modeling at different scales.
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9

Tompkins, Robert D., Catherine M. Luckenbaugh, William C. Stringer, Keith H. Richardson, Elena A. Mikhailova, and William C. Bridges. "Suther Prairie: Vascular Flora, Species Richness, and Edaphic Factors." Castanea 75, no. 2 (2010): 232–44. http://dx.doi.org/10.2179/09-041.1.

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10

Anisimov, Vyacheslav Sergeevich, Lydia Nikolaevna Anisimova, and Andrey Ivanovich Sanzharov. "Zinc Plant Uptake as Result of Edaphic Factors Acting." Plants 10, no. 11 (2021): 2496. http://dx.doi.org/10.3390/plants10112496.

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The influence of soil characteristics on the lability and bioavailability of zinc at both background and phytotoxic concentrations in Albic Retisol soil (Loamic, Ochric) was studied using various methods. Ranges of insufficient, non-phytotoxic, and phytotoxic zinc concentrations in soil solutions were established in an experiment with an aqueous barley culture. It was experimentally revealed that for a wide range of non-toxic concentrations of Zn in the soil corresponding to the indicative type of plant response, there was constancy of the concentration ratio (CR) and concentration factor (CF) migration parameters. As a result, a new method for assessing the buffer capacity of soils with respect to Zn (PBCZn) is proposed. The transformation processes of the chemical forms and root uptake of native (natural) zinc contained in the Albic Retisol (Loamic, Ochric) through the aqueous culture of barley were studied using a cyclic lysimetric installation and radioactive 65Zn tracer. The distribution patterns of Zn(65Zn) between different forms (chemical fractions) in the soil were established using the sequential fractionation scheme of BCR. The coefficients of distribution and concentration factors of natural Zn and 65Zn, as well as accumulation and removal of the metal by plants were estimated. The values of the enrichment factor of natural (stable) Zn contained in sequentially extracted chemical fractions with the 65Zn radioisotope were determined and the amount of the pool of labile zinc compounds in the studied soil was calculated.
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