यूट्रोफिकेशन हिंदी उपयोग और उदाहरण

"" सम्भावित प्रभावों में शामिल हैं जलधाराओं और जलाशयों का यूट्रोफिकेशन इत्यादि।

ऑक्सीजन के आभाव को यूट्रोफिकेशन के नाम से जाना जाता है, जिसमें जल में उपस्थित जीवधारी अत्यधिक बढ़ जाते हैं तथा उसके पश्चात ऑक्सीजन का प्रयोग करते हुए सड़ जाते हैं।

मानवीय नदीमुख कृत्रिम यूट्रोफिकेशन द्वारा विस्तृत समुद्र तटीय निष्क्रिय अंचल Jellyfish invasion।

कासूमीगौरा झील के लिए सुपोषण (यूट्रोफिकेशन) एक गंभीर समस्या हैं।

पर्यावरण में इनकी अत्यधिक निष्कासन की वजह से पोषक तत्वों का निर्माण हो सकता है जिन्हें यूट्रोफिकेशन कहते हैं जिससे घास-फूस, शैवाल और सायनोबैक्टीरिया (नीली-हरी शैवाल) की अतिवृद्धि में इजाफा हो सकता है।

यूट्रोफिकेशन इसके अंग्रेजी अर्थ का उदाहरण

In 1970 the eutrophication reached its peak and almost all the wildlife in the lake died.

This deterioration of water quality and eutrophication are assuming alarming proportions and can be attributed to the casual attitude of people concerned, with the development of the urban population.

Water quality is ordinarily very clean given improvements in the effluent treatment works along the quite populous Colne valley "ndash; for a low-gradient river eutrophication and deposition is moderate to low.

These types of pollution are contributing to the natural eutrophication process of this wetland.

Heavy use since the 1990s led to eutrophication and silting.

All of this pollution lowers the river water quality, causes eutrophication, [loss|reducing the amount of habitat].

Surface runoff brought increased sediment while residential drain fields and increased use of fertilizers rich in nitrogen and phosphorus contributed to eutrophication.

This has contributed to high levels of pollution of the lake's water, and an accelerated eutrophication and siltation.

Lake Conococha is undergoing a process of eutrophication (overpopulation of plants and algae due to pollution), being the main reasons: livestock raising, blackwater from the surrounding villages, and disposal of solid waste on the lake shores.

In historical times, Rice Lake may have been as much as deep, but has filled in considerably due to human influence and the process of eutrophication.

Most of the water control structures remained in place, however, limiting outflow and resulting in eutrophication from accumulated agricultural runoff.

One of the major impacts of nitrifying bacteria such as ammonia-oxidizing Nitrosomonas and nitrite-oxidizing Nitrobacter in both oceanic and terrestrial ecosystems is on the process of eutrophication.

Because of a high rate of siltation, the lake was dredged periodically in the past to keep it from filling in, a classic case of eutrophication.