By organism › Green plants › Tamaricaceae › Tamarix nilotica

Observationobservedoriginal resultmeasured

Claim · model-written summary

Soil of T. nilotica was fine sandy.

Taxon: T. niloticaTamarix niloticae0
Outcome: fine sandye0

Not reportedDirection

Verbatim

e0
“those of T. nilotica were fine sandy”
✓ located verbatim in the source · abstract, characters 1108–1144

Title

Physiological Adaptation of Three Halophytes from the Same Ecological Habitat and Analysis of their Supporting Soil

Tahani Fahad Almutairi; Sabah Mohamed El-Gamal JOURNAL of QASSIM UNIVERSITY FOR SCIENCE 2026. doi:10.25259/jqus_21_2026

Other claims from this paper (17)

Observation Rhizosphere soils were predominantly sandy.
Observation Soils of L. shawii and P. undulata had medium-coarse texture.
Observation Rhizosphere hydraulic conductivity ranged from 23.33 to 27 cm h -1.
Observation Soil fertility was low by CEC and organic matter values.
Observation T. nilotica soil had the highest subsurface CEC, 12.3 Meq/100 g.
Observation T. nilotica soil had surface CEC of 11.27 Meq/100 g.
Observation L. shawii soil had the lowest CEC at both depths.
Observation T. nilotica soil had the highest surface organic matter, 0.83%.
Observation T. nilotica soil had subsurface organic matter of 0.74%.
Observation P. undulata and L. shawii soils had comparable but lower organic matter.
Observation T. nilotica had the smallest leaf area, 0.66 cm 2 /plant.
Observation T. nilotica had the highest carbohydrate content, 31.5%.
Observation L. shawii had the lowest carbohydrate level, 16.8%.
Observation P. undulata contained the highest chlorophyll and carotene levels.
Observation L. shawii had the highest peroxidase activity, 477.33 u/g fresh weight/h.
Observation P. undulata had the highest polyphenol oxidase activity, 38.94 u/g fresh weight/h.
Recommendation The species are proposed as candidates for conservation and rehabilitation of saline areas.

Observationobservedoriginal resultmeasured

Claim · model-written summary

T. nilotica soil had the highest subsurface CEC, 12.3 Meq/100 g.

Taxon: T. niloticaTamarix niloticae0
Outcome: CECe0
Direction: higheste0
Value: 12.3 Meq/100 ge0
Qualifier: in the subsurfacee0

Not reportedOrgan / stage

Verbatim

e0
“The highest CEC was recorded in T. nilotica soil, reaching 12.3 Meq/100 g in the subsurface”
✓ located verbatim in the source · abstract, characters 1301–1392

Title

Physiological Adaptation of Three Halophytes from the Same Ecological Habitat and Analysis of their Supporting Soil

Tahani Fahad Almutairi; Sabah Mohamed El-Gamal JOURNAL of QASSIM UNIVERSITY FOR SCIENCE 2026. doi:10.25259/jqus_21_2026

Other claims from this paper (17)

Observation Rhizosphere soils were predominantly sandy.
Observation Soils of L. shawii and P. undulata had medium-coarse texture.
Observation Soil of T. nilotica was fine sandy.
Observation Rhizosphere hydraulic conductivity ranged from 23.33 to 27 cm h -1.
Observation Soil fertility was low by CEC and organic matter values.
Observation T. nilotica soil had surface CEC of 11.27 Meq/100 g.
Observation L. shawii soil had the lowest CEC at both depths.
Observation T. nilotica soil had the highest surface organic matter, 0.83%.
Observation T. nilotica soil had subsurface organic matter of 0.74%.
Observation P. undulata and L. shawii soils had comparable but lower organic matter.
Observation T. nilotica had the smallest leaf area, 0.66 cm 2 /plant.
Observation T. nilotica had the highest carbohydrate content, 31.5%.
Observation L. shawii had the lowest carbohydrate level, 16.8%.
Observation P. undulata contained the highest chlorophyll and carotene levels.
Observation L. shawii had the highest peroxidase activity, 477.33 u/g fresh weight/h.
Observation P. undulata had the highest polyphenol oxidase activity, 38.94 u/g fresh weight/h.
Recommendation The species are proposed as candidates for conservation and rehabilitation of saline areas.

Observationobservedoriginal resultmeasured

Claim · model-written summary

T. nilotica soil had surface CEC of 11.27 Meq/100 g.

Taxon: T. niloticaTamarix niloticat0
Outcome: CECe1
Value: 11.27 Meq/100 ge0
Qualifier: at the surfacee0

Not reportedDirection

Verbatim

e0
“11.27 Meq/100 g at the surface”
✓ located verbatim in the source · abstract, characters 1397–1427

e1
“The highest CEC was recorded in T. nilotica soil”
✓ located verbatim in the source · abstract, characters 1301–1349

t0
“T. nilotica soil”
✓ located verbatim in the source · abstract, characters 1333–1349

Title

Physiological Adaptation of Three Halophytes from the Same Ecological Habitat and Analysis of their Supporting Soil

Tahani Fahad Almutairi; Sabah Mohamed El-Gamal JOURNAL of QASSIM UNIVERSITY FOR SCIENCE 2026. doi:10.25259/jqus_21_2026

Other claims from this paper (17)

Observation Rhizosphere soils were predominantly sandy.
Observation Soils of L. shawii and P. undulata had medium-coarse texture.
Observation Soil of T. nilotica was fine sandy.
Observation Rhizosphere hydraulic conductivity ranged from 23.33 to 27 cm h -1.
Observation Soil fertility was low by CEC and organic matter values.
Observation T. nilotica soil had the highest subsurface CEC, 12.3 Meq/100 g.
Observation L. shawii soil had the lowest CEC at both depths.
Observation T. nilotica soil had the highest surface organic matter, 0.83%.
Observation T. nilotica soil had subsurface organic matter of 0.74%.
Observation P. undulata and L. shawii soils had comparable but lower organic matter.
Observation T. nilotica had the smallest leaf area, 0.66 cm 2 /plant.
Observation T. nilotica had the highest carbohydrate content, 31.5%.
Observation L. shawii had the lowest carbohydrate level, 16.8%.
Observation P. undulata contained the highest chlorophyll and carotene levels.
Observation L. shawii had the highest peroxidase activity, 477.33 u/g fresh weight/h.
Observation P. undulata had the highest polyphenol oxidase activity, 38.94 u/g fresh weight/h.
Recommendation The species are proposed as candidates for conservation and rehabilitation of saline areas.

Observationobservedoriginal resultmeasured

Claim · model-written summary

T. nilotica soil had the highest surface organic matter, 0.83%.

Taxon: T. niloticaTamarix niloticae0
Outcome: Organic matter contente0
Direction: higheste0
Value: 0.83%e0
Qualifier: at the surfacee0

Verbatim

e0
“Organic matter content followed a similar trend, with T. nilotica showing the highest percentages (0.83% at the surface and 0.74% in the subsurface)”
✓ located verbatim in the source · abstract, characters 1491–1639

Title

Physiological Adaptation of Three Halophytes from the Same Ecological Habitat and Analysis of their Supporting Soil

Tahani Fahad Almutairi; Sabah Mohamed El-Gamal JOURNAL of QASSIM UNIVERSITY FOR SCIENCE 2026. doi:10.25259/jqus_21_2026

Other claims from this paper (17)

Observation Rhizosphere soils were predominantly sandy.
Observation Soils of L. shawii and P. undulata had medium-coarse texture.
Observation Soil of T. nilotica was fine sandy.
Observation Rhizosphere hydraulic conductivity ranged from 23.33 to 27 cm h -1.
Observation Soil fertility was low by CEC and organic matter values.
Observation T. nilotica soil had the highest subsurface CEC, 12.3 Meq/100 g.
Observation T. nilotica soil had surface CEC of 11.27 Meq/100 g.
Observation L. shawii soil had the lowest CEC at both depths.
Observation T. nilotica soil had subsurface organic matter of 0.74%.
Observation P. undulata and L. shawii soils had comparable but lower organic matter.
Observation T. nilotica had the smallest leaf area, 0.66 cm 2 /plant.
Observation T. nilotica had the highest carbohydrate content, 31.5%.
Observation L. shawii had the lowest carbohydrate level, 16.8%.
Observation P. undulata contained the highest chlorophyll and carotene levels.
Observation L. shawii had the highest peroxidase activity, 477.33 u/g fresh weight/h.
Observation P. undulata had the highest polyphenol oxidase activity, 38.94 u/g fresh weight/h.
Recommendation The species are proposed as candidates for conservation and rehabilitation of saline areas.

Observationobservedoriginal resultmeasured

Claim · model-written summary

T. nilotica soil had subsurface organic matter of 0.74%.

Taxon: T. niloticaTamarix niloticae0
Outcome: Organic matter contente0
Direction: higheste0
Value: 0.74%e0
Qualifier: in the subsurfacee0

Verbatim

e0
“Organic matter content followed a similar trend, with T. nilotica showing the highest percentages (0.83% at the surface and 0.74% in the subsurface)”
✓ located verbatim in the source · abstract, characters 1491–1639

Title

Physiological Adaptation of Three Halophytes from the Same Ecological Habitat and Analysis of their Supporting Soil

Tahani Fahad Almutairi; Sabah Mohamed El-Gamal JOURNAL of QASSIM UNIVERSITY FOR SCIENCE 2026. doi:10.25259/jqus_21_2026

Other claims from this paper (17)

Observation Rhizosphere soils were predominantly sandy.
Observation Soils of L. shawii and P. undulata had medium-coarse texture.
Observation Soil of T. nilotica was fine sandy.
Observation Rhizosphere hydraulic conductivity ranged from 23.33 to 27 cm h -1.
Observation Soil fertility was low by CEC and organic matter values.
Observation T. nilotica soil had the highest subsurface CEC, 12.3 Meq/100 g.
Observation T. nilotica soil had surface CEC of 11.27 Meq/100 g.
Observation L. shawii soil had the lowest CEC at both depths.
Observation T. nilotica soil had the highest surface organic matter, 0.83%.
Observation P. undulata and L. shawii soils had comparable but lower organic matter.
Observation T. nilotica had the smallest leaf area, 0.66 cm 2 /plant.
Observation T. nilotica had the highest carbohydrate content, 31.5%.
Observation L. shawii had the lowest carbohydrate level, 16.8%.
Observation P. undulata contained the highest chlorophyll and carotene levels.
Observation L. shawii had the highest peroxidase activity, 477.33 u/g fresh weight/h.
Observation P. undulata had the highest polyphenol oxidase activity, 38.94 u/g fresh weight/h.
Recommendation The species are proposed as candidates for conservation and rehabilitation of saline areas.

Observationobservedoriginal resultmeasured

Claim · model-written summary

T. nilotica had the smallest leaf area, 0.66 cm 2 /plant.

Taxon: T. niloticaTamarix niloticae0
Outcome: leaf areae0
Direction: smalleste0
Value: 0.66 cm 2 /plante0

Verbatim

e0
“T. nilotica had the smallest leaf area (0.66 cm 2 /plant)”
✓ located verbatim in the source · abstract, characters 1754–1811

Title

Physiological Adaptation of Three Halophytes from the Same Ecological Habitat and Analysis of their Supporting Soil

Tahani Fahad Almutairi; Sabah Mohamed El-Gamal JOURNAL of QASSIM UNIVERSITY FOR SCIENCE 2026. doi:10.25259/jqus_21_2026

Other claims from this paper (17)

Observation Rhizosphere soils were predominantly sandy.
Observation Soils of L. shawii and P. undulata had medium-coarse texture.
Observation Soil of T. nilotica was fine sandy.
Observation Rhizosphere hydraulic conductivity ranged from 23.33 to 27 cm h -1.
Observation Soil fertility was low by CEC and organic matter values.
Observation T. nilotica soil had the highest subsurface CEC, 12.3 Meq/100 g.
Observation T. nilotica soil had surface CEC of 11.27 Meq/100 g.
Observation L. shawii soil had the lowest CEC at both depths.
Observation T. nilotica soil had the highest surface organic matter, 0.83%.
Observation T. nilotica soil had subsurface organic matter of 0.74%.
Observation P. undulata and L. shawii soils had comparable but lower organic matter.
Observation T. nilotica had the highest carbohydrate content, 31.5%.
Observation L. shawii had the lowest carbohydrate level, 16.8%.
Observation P. undulata contained the highest chlorophyll and carotene levels.
Observation L. shawii had the highest peroxidase activity, 477.33 u/g fresh weight/h.
Observation P. undulata had the highest polyphenol oxidase activity, 38.94 u/g fresh weight/h.
Recommendation The species are proposed as candidates for conservation and rehabilitation of saline areas.

Observationobservedoriginal resultmeasured

Claim · model-written summary

T. nilotica had the highest carbohydrate content, 31.5%.

Taxon: T. niloticaTamarix niloticat0
Outcome: carbohydrate contente0
Direction: higheste0
Value: 31.5%e0

Verbatim

e0
“accumulated the highest carbohydrate content (31.5%)”
✓ located verbatim in the source · abstract, characters 1816–1868

t0
“T. nilotica had the smallest leaf area”
✓ located verbatim in the source · abstract, characters 1754–1792

Title

Physiological Adaptation of Three Halophytes from the Same Ecological Habitat and Analysis of their Supporting Soil

Tahani Fahad Almutairi; Sabah Mohamed El-Gamal JOURNAL of QASSIM UNIVERSITY FOR SCIENCE 2026. doi:10.25259/jqus_21_2026

Other claims from this paper (17)

Observation Rhizosphere soils were predominantly sandy.
Observation Soils of L. shawii and P. undulata had medium-coarse texture.
Observation Soil of T. nilotica was fine sandy.
Observation Rhizosphere hydraulic conductivity ranged from 23.33 to 27 cm h -1.
Observation Soil fertility was low by CEC and organic matter values.
Observation T. nilotica soil had the highest subsurface CEC, 12.3 Meq/100 g.
Observation T. nilotica soil had surface CEC of 11.27 Meq/100 g.
Observation L. shawii soil had the lowest CEC at both depths.
Observation T. nilotica soil had the highest surface organic matter, 0.83%.
Observation T. nilotica soil had subsurface organic matter of 0.74%.
Observation P. undulata and L. shawii soils had comparable but lower organic matter.
Observation T. nilotica had the smallest leaf area, 0.66 cm 2 /plant.
Observation L. shawii had the lowest carbohydrate level, 16.8%.
Observation P. undulata contained the highest chlorophyll and carotene levels.
Observation L. shawii had the highest peroxidase activity, 477.33 u/g fresh weight/h.
Observation P. undulata had the highest polyphenol oxidase activity, 38.94 u/g fresh weight/h.
Recommendation The species are proposed as candidates for conservation and rehabilitation of saline areas.

Recommendationauthor interpretationoriginal resultpositivebasis n/a

Claim · model-written summary

The species are proposed as candidates for conservation and rehabilitation of saline areas.

Taxon: Pulicaria undulata , Tamarix nilotica , and Lycium shawiiFrancoeuria undulataLycium shawiiTamarix niloticat0
Outcome: potential candidates for the conservation and rehabilitation of saline arease0

Verbatim

e0
“these species as potential candidates for the conservation and rehabilitation of saline areas”
✓ located verbatim in the source · abstract, characters 2680–2773

t0
“Pulicaria undulata , Tamarix nilotica , and Lycium shawii”
✓ located verbatim in the source · abstract, characters 126–183

Title

Physiological Adaptation of Three Halophytes from the Same Ecological Habitat and Analysis of their Supporting Soil

Tahani Fahad Almutairi; Sabah Mohamed El-Gamal JOURNAL of QASSIM UNIVERSITY FOR SCIENCE 2026. doi:10.25259/jqus_21_2026

Other claims from this paper (17)

Observation Rhizosphere soils were predominantly sandy.
Observation Soils of L. shawii and P. undulata had medium-coarse texture.
Observation Soil of T. nilotica was fine sandy.
Observation Rhizosphere hydraulic conductivity ranged from 23.33 to 27 cm h -1.
Observation Soil fertility was low by CEC and organic matter values.
Observation T. nilotica soil had the highest subsurface CEC, 12.3 Meq/100 g.
Observation T. nilotica soil had surface CEC of 11.27 Meq/100 g.
Observation L. shawii soil had the lowest CEC at both depths.
Observation T. nilotica soil had the highest surface organic matter, 0.83%.
Observation T. nilotica soil had subsurface organic matter of 0.74%.
Observation P. undulata and L. shawii soils had comparable but lower organic matter.
Observation T. nilotica had the smallest leaf area, 0.66 cm 2 /plant.
Observation T. nilotica had the highest carbohydrate content, 31.5%.
Observation L. shawii had the lowest carbohydrate level, 16.8%.
Observation P. undulata contained the highest chlorophyll and carotene levels.
Observation L. shawii had the highest peroxidase activity, 477.33 u/g fresh weight/h.
Observation P. undulata had the highest polyphenol oxidase activity, 38.94 u/g fresh weight/h.

Observationobservedoriginal resultmeasured

Claim · model-written summary

T. nilotica had the highest alkaloid concentration, 6.43 mg g-1 dry extract.

Taxon: T. niloticaTamarix niloticae0
Outcome: concentration of alkaloidse0
Direction: higheste0
Value: 6.43 mg g-1 dry extracte0

Verbatim

e0
“T. nilotica had the highest concentration of alkaloids (6.43 mg g-1 dry extract).”
✓ located verbatim in the source · abstract, characters 637–718

Title

Habitat preference, phytochemical constituents and biological potency of four Egyptian Mediterranean halophytes

Mohamed Abdelaal; Eman Moustafa; Abeer Alattar; et al. Catrina The International Journal of Environmental Sciences 2024. doi:10.21608/cat.2024.240869.1212

Other claims from this paper (10)

Observationobservedoriginal resultmeasured

Claim · model-written summary

A. macrostachyum and T. nilotica extracts had antibacterial effects against E. coli and P. aeruginosa.

Taxon: A. macrostachyum and T. niloticaTamarix niloticaArthrocaulon macrostachyume0
Outcome: antibacterial effect against Escherichia coli and Pseudomonas aeruginosae0

Not reportedDirection

Verbatim

e0
“extracts of A. macrostachyum and T. nilotica released an antibacterial effect against Escherichia coli and Pseudomonas aeruginosa.”
✓ located verbatim in the source · abstract, characters 1137–1267

Title

Habitat preference, phytochemical constituents and biological potency of four Egyptian Mediterranean halophytes

Mohamed Abdelaal; Eman Moustafa; Abeer Alattar; et al. Catrina The International Journal of Environmental Sciences 2024. doi:10.21608/cat.2024.240869.1212

Other claims from this paper (10)

Tamarix nilotica 66 claims

66 claims