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Determining bulk electrical conductivity of soil from attenuation of electromagnetic pulse

100%

Malicki M. A., Kokot J., Skierucha W. M.

International Agrophysics

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1998

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tom 12

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nr 3

2

Matematicheskoe modelirovanie dvukhehlektrodnogo pervichnogo preobrazovatelja

88%

Gons'or O.

Motrol. Motoryzacja i Energetyka Rolnictwa

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2016

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tom 18

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nr 5

3

Correlations between electrical conductivity and quality parameters of pork meat

88%

Lyczynski A., Pospiech E., Rzosinska E., Czyzak-Runowska G., Grzes B., Mikolajczak B., Iwanska E., Slosarz P.

Annals of Animal Science. Supplement

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2005

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nr 2

4

Influence of selected mineral components and dry matter contents on the electrical conductivity of apple juice

88%

Zywica R., Modzelewska-Kapitula M., Zadroga I., Tkacz K.

Towaroznawcze Problemy Jakości. Polskie Towarzystwo Towaroznawcze

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2017

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nr 3

5

Mapping of soil conditions in precision agriculture

75%

Lukas V., Neudert L., Kren J.

Acta Agrophysica

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2009

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tom 13

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nr 2[167]

6

Modeling and analysis of efficient electromagnetic parameters of capillary system of electrical conductivity of agricultural soils I: method of analysis of non-stationary electromagnetic fields in dispersive and controlled environments

75%

Brovarets A., Chovniuk Y.

Motrol. Motoryzacja i Energetyka Rolnictwa

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2017

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tom 19

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nr 4

7

Temporal stability of electrical conductivity in a sandy soil

75%

Pedrera-Parrilla A., Brevik E. C., Giraldez J. V., Vanderlinden K.

International Agrophysics

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2016

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tom 30

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nr 3

8

What does lipid hydration tell us? A minireview

75%

Jendrasiak G. L., Smith R. L.

Cellular and Molecular Biology Letters

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2000

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tom 05

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nr 1

The hydration of a variety of phospholipids has been studied, gravimetrically. The water adsorption isotherms obtained have been analyzed by the use of BET methodology. The major findings are as follows: Phospholipids containing choline, as part of their head group and having a glycerol backbone are „strong” water adsorbers; the nature and fluidity of the hydrocarbon chains do not control the „strong” vs „weak” nature of the water binding but do modulate the amount of adsorbed water. The number of methyl groups present on the N+ moiety of the head groups determines both the nature of the water binding as well as the amount of water adsorbed. The electrical charge on the phospholipid head group does not, in itself, determine the nature of the water binding; it does, however affect the amount of water bound. All of the phospholipids studied exhibit a very rapid rise in electrical conductivity as water is adsorbed; this rise reaches a limiting saturation value at or close to fnat for the completion of the first monolayer of water adsorbed. These findings are discussed in terms of the molecular structure of the phospholipids.

9

Validation of two new total body electrical conductivity (TOBEC) instruments for estimating body composition of live northern red-backed voles Clethrionomys rutilus

75%

Zuercher G. L., Roby D. D., Rexstad E. A.

Acta Theriologica

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1997

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tom 42

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nr 4

Total body electrical conductivity (TOBEC) is a method for non-destructively estimating body composition. We sought to monitor seasonal changes in total body fat in northern red-backed voles Clethrionomys rutilus (Pallas, 1779), a microtine (10-45 g). We validated two new TOBEC instruments: the SA-3000 by EM-SCAN Inc. and the ACAN-2 by Jagmar Inc. Both instruments explained 94% of the variation in lean body mass and total body water. However, accuracy of fat estimates generated from lean mass predictions was poor for both instruments (± > 100%). Two instrument-specific multiple regression models and a TOBEC-free multiple regression model were used to estimate total body fat. All three improved the ability to predict total body fat in C, rutilus. These two TOBEC instruments can not be used to measure changes in total body fat of individual C. rutilus due to the small amount of fat reserves and lack of seasonal variation.

10

Red-far-red light effects on the electroconductivity of pea seeds test solution

75%

Plenzler G., Surma S.

Acta Agrophysica

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2002

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tom 77

11

Soil moisture and bulk electrical conductivity variability measured by TDR

75%

Sobczuk H. A., Zhixiong C., Liuzong Z.

International Agrophysics

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1996

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tom 10

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nr 4

12

Rapid transport of protons across membranes

75%

Krishnamoorthy G., Ahmed I., Singh S., Maity H. P., Srivastava A.

Biophysics of Membrane Transport

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1994

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tom 12

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nr 1

13

Riverine water transformation during retention in small lowland reservoirs

63%

Suchowolec T., Gorniak A.

Oceanological and Hydrobiological Studies

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2009

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tom 38

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nr 4

103-108

14

Ocena zasolenia gleb mineralnych na podstawie ich konduktywnosci oraz przenikalnosci elektrycznej

63%

Malicki M. A., Walczak R. T.

Acta Agrophysica

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2002

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tom 72

99-104

15

Population dynamics of amoeboid protists in a tropical desert: seasonal changes and effects of vegetation and soil conditions

63%

Perez-Juarez H., Sarrano-Vazquez A., Lara E., Ximenez C., Godinez-Alvarez H., Rodriguez-Zaragoza S., Eguiaete L. E., Moreno M. M. H., Fernandez L. D., Rojas-Velazquez L., Moran P., Castillo M., Rivera Aguilar V. M.

Acta Protozoologica

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2018

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tom 57

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nr 4

16

Assessing the temporal stability of spatial patterns of soil apparent electrical conductivity using geophysical methods

63%

De Caires S. A., Wuddivira M. N., Bekele I.

International Agrophysics

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2014

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tom 28

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nr 4

Cocoa remains in the same field for decades, resulting in plantations dominated with aging trees growing on variable and depleted soils. We determined the spatio-temporal variability of key soil properties in a (5.81 ha) field from the International Cocoa Genebank, Trinidad using geophysical methods. Multi-year (2008-2009) measurements of apparent electrical conductivity at 0-0.75 m (shallow) and 0.75-1.5 m (deep) were conducted. Apparent electrical conductivity at deep and shallow gave the strongest linear correlation with clay-silt content (R = 0.67 and R = 0.78, respectively) and soil solution electrical conductivity (R = 0.76 and R = 0.60, respectively). Spearman rank correlation coefficients ranged between 0.89-0.97 and 0.81-0.95 for apparent electrical conductivity at deep and shallow, respectively, signifying a strong linear dependence between measurement days. Thus, in the humid tropics, cocoa fields with thick organic litter layer and relatively dense understory cover, experience minimal fluctuations in transient properties of soil water and temperature at the topsoil resulting in similarly stable apparent electrical conductivity at shallow and deep. Therefore, apparent electrical conductivity at shallow, which covers the depth where cocoa feeder roots concentrate, can be used as a fertility indicator and to develop soil zones for efficient application of inputs and management of cocoa fields.

17

Evaluation of morphological indices and total body electrical conductivity to assess body composition in big brown bats

63%

Pearce R. D., O'Shea T. J., Wunder B. A.

Acta Chiropterologica

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2008

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tom 10

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nr 1

Bat researchers have used both morphological indices and total body electric conductivity (TOBEC) as proxies for body condition in a variety of studies, but have typically not validated these indices against direct measurement of body composition. We quantified body composition (total carcass lipids) to determine if morphological indices were useful predictors of body condition in big brown bats (Eptesicus fuscus). We also evaluated body composition indirectly by TOBEC using EM-SCAN® technology. The most important predictors of body composition in multiple regression analysis were body mass-to-forearm ratio (partial r2 = 0.82, P < 0.001) followed by TOBEC measurement (partial r2 = 0.08, P < 0.001) and to a minor extent head length (partial r2 = 0.02, P < 0.05). Morphological condition indices alone may be adequate for some studies because of lower cost and effort. Marking bats with passive integrated transponder (PIT) tags affected TOBEC measurements.

18

Application of soil electrical conductivity and granulometric composition assessment to provide site-specific variability of soil conditions

63%

Krajco J., Piszczalka J., Kollarova K.

Annals of Warsaw University of Life Sciences - SGGW. Agriculture

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2009

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nr 53 Agric.Forest Eng.

23-32

19

Carrot seed germination and plant growth in salt stress condition

63%

Klimek-Chodacka M., Sadlowska K., Grzebelus D., Baranski R.

BioTechnologia. Journal of Biotechnology Computational Biology and Bionanotechnology

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2015

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tom 96

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nr 1

20

Acidity and electrical conductivity of selected muscles in lamb carcass

63%

Stanisz M., Pietrzak M., Slosarz P., Steppa R.

Annales Universitatis Mariae Curie-Skłodowska. Sectio EE: Zootechnica

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2007

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tom 25

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nr 1

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