Paijitprapaport / Sanandaj / Sunderland / Amsterdam / Article / Shiraz / Dordrecht / New York / Nova / Copenhagen / Wiley / Tbilisi / Lone / /
Company
AJM (2000) Metal / Noi NV Son / Wilson / Crop Amaranthaceae Spinach Metal / Lopex-Alonso M (2009) Metal / LM (eds) (2011) Metal / Segrest SA / Marmiroli N (2010) Metal / Springer International Publishing Switzerland / Oxford University Press / /
Continent
Europe / North America / /
Country
Netherlands / Thailand / France / Japan / United Kingdom / China / Wales / Bangladesh / Iran / Sweden / Belgium / United States / Vietnam / Nigeria / Georgia / Spain / / /
Event
Product Issues / Man-Made Disaster / /
Facility
Bar Harbor / Plant Physiol / Plant Soil / Plant Sci / Uppsala University / Plant Soil Environ / Copenhagen University / Auburn University / North-West University / Prentice Hall / /
IndustryTerm
high heavy metal concentrations / fertilizer management / soil-plant-snail food chain / food chain / chemical form / metal availability / metal concentrations / metal uptake potential / food supply / heavy metal-excluding / heavy metal hyperaccumulating / metal hyperaccumulation / sustainable environmental technologies / agricultural products / micronutrient deficiency using metal hyperaccumulators / food / metal-contaminated sites / heavy metal toxicity / metal / heavy metal transfer / heavy metal sources / Metal-tolerant plants / food production / heavy metal pollution / food crops / hydroponic solution / heavy metal / metal transfer / metal exclusion / metal-binding capacity / chemical methods / metal-hyperaccumulating plants / heavy metal tolerance / heavy metal-tolerant crops / food safe / metal contamination-prone crops / metal mobility / natural product / chemical and physical attributes / mobile heavy metal / heavy metal concentrations / biotechnology / Heavy metal contamination / metal stress / metal concentration / metal-contaminated soils / Metal-hyperaccumulating species / biological systems / food plants / metal bioavailability / Heavy metal levels / finger printing / metal uptake / metal accumulation / metal contamination / dry product / heavy metal-contaminated soils / oil-yielding perennial / food safety / heavy metal leaching / food security / metal accumulating plants / mining / manufacturing produce large amounts / metal tolerance / remediation technology / chemical / metal-contaminated land / agroforestry products / heavy metal-tolerant / /
NaturalFeature
Khosk River / /
Organization
Auburn University / EGU General Assembly / North-West University / Faculty of Natural and Biological Sciences / Oxford University / USA Unit for Environmental Sciences and Management / Uppsala University / Copenhagen University / College of the Atlantic / /
Person
Marcel Dekker / S. Neilson / Sarah Neilson / Tanner B. Harris / Robert S. Boyd / N. Rajakaruna / Nishanta Rajakaruna / /
Position
Butcher / General / /
Product
agricultural soils / soil / soils / sandy-loam soil / profit / commercial and industrial properties / Arable Land / sites / land / soils using plants / /
ProvinceOrState
New York / Georgia / Gansu Province / Delaware / /
PublishedMedium
Plant and Soil / /
Region
Western Europe / Mediterranean / eastern Georgia / South China / southern France / /
Phytoremediation of Agricultural Soils: Using Plants to Clean Metal-Contaminated Arable Land 11