This paper attempts to analyze the potential relationship between the climatic water deficit of
the vegetation period of corn (April-September) and its agricultural yield, recorded in the …

Aquatic vegetation is crucial for improving water quality, supporting fisheries and preserving
biodiversity in lakes. Monitoring the spatiotemporal dynamics of aquatic vegetation is …

Biotic changes and a salinity increase (from 13 to 40 gL-1) occurred in Lake Qarun (Egypt)
since 1901. Was salinity increasing a cause of observed biotic changes? To answer this …

Global climate change has resulted in a gradual sea-level rise. Sea-level rise can cause
saline water to migrate upstream in estuaries and rivers, thereby threatening freshwater …

The environmental impact potential arising from the possible disposal of hypersaline brines
into the ocean as part of reservoir pressure management for Carbon Capture and Storage is …

Lake Urmia is the second largest hypersaline lake in the world in terms of surface area. In
recent decades, the drop in water level of the lake has been one of the most important …

Objective: This study investigated the health effects of Lake Urmia's drought on adjacent
urban and rural areas and people. Methods: The data for sociodemographic status, physical …

Climate change has several negative impacts on various sectors, especially on agriculture.
Farmer practices play a significant role in mitigation of climate change. Soil and water …

Purpose Wetland soils may face more severe water stress under future climate change. Our
aim was to assess the change characteristics of wetland soil bacterial community and …

Bahmanshir estuary, which is connected to the Persian Gulf, is one of the most important
water resources in region. In this study, saltwater intrusion due to possible sea level rise in …