Metalloids are among the major pollutants posing a risk to the environment and global food
security. Plant roots uptake these toxic metalloids from the soil along with other essential …

Peoples can readily and affordably obtain small indigenous fish species (SIS), with a
maximum length of 25 cm, that can be found in niches in small bodies of water (such as …

The current study established the protective effects of exogenous melatonin in ameliorating
arsenic toxicity in Khitish (arsenic-sensitive) and Muktashri (arsenic-tolerant) rice cultivars …

In the present study, the role of sulfur (K2SO4: S; 60 mg S kg-1 sand) and/or calcium (CaCl2:
Ca; 250 mg Ca kg-1 sand) applied alone as well as in combination on growth …

No substantial information is available to explain the associative roles of calcium (Ca 2+)
and jasmonic acid (JA) in enhancing tolerance of plants to abiotic stresses. It is therefore …

In this study, Ca2+ mediated NO signalling was studied in response to metalloid (As) stress
in Brassica seedlings. Arsenic toxicity strongly suppressed the growth (fresh weight, root and …

Chromium (Cr) contamination of soil and water has become a severe threat to human
health. In this study, a series of experiments were conducted to examine the ameliorative …

This review explains the transport, mobility, resistance and detoxification of toxic metalloid
arsenic (As) in plants. Arsenic is ubiquitously present in Earth's crust; however, numerous …

Nitric oxide (NO) being a signaling molecule inside the plant cells, play significant role in
signaling cascades and protection against environmental stresses. However, the protective …

Present study was performed in order to explicate whether added sulphur (S; 60 mg S kg− 1
sand) and calcium (Ca; 250 mg Ca kg− 1 sand) alone and in combination could modulate …