Determining Long-Term Stability in Environmental Science

Abstract

A person's or a community's related emissions is an indication of the number of energy needed to produce their commodities. However, data shows that it only lasts for a short period of time. There has been much criticism of the assumptions behind the footprint assessments; here authors offer more evidence that obvious economic principles are not being fulfilled, because both the theory and historical realities contradict the fundamental assumptions. Indeed, writers contend that the trace arbitrarily refers to both zero non-ideal ghgs as well as zero carbon dioxide emissions, and national boundaries, making it difficult to extrapolate from the average ecological footprint. Therefore, intensive development may not be taken into account in the footprint and comparisons of bio-capacity stand flawed. One may make the case that, based on the principles of a footprint, the planet supports significantly increased production, but fundamental limitations such as land erosion do not resolve the footprint. Last but not least, Environmental footprints are obscured by a lack of linkage between land deterioration and the environmental impact. Better environmental measurements will address these issues in particular. Although, various research has been done earlier in this field but there are vital opportunities of more research and investigation in this domain in the future.

Authors and Affiliations

Munish Kaushal

Keywords

Related Articles

Vehicle Tracking System Powered By IoT

Nowadays, safety is of highest importance to us, whether it pertains to our possessions like cars, homes, or kids. GPS tracking gadgets are really helpful in this situation. In the event of any emergency, such as theft,...

An Induction Generator based AC/DC Hybrid Electric Power Generation System for Additional Electrically Powered Airliner

For an additional aircraft power system, both AC and DC power having high voltage levels are required. with various flight loads. This paper introduces an induction generator based on AC / DC hybrid MEA power generation...

Intent Search: Survey on Various Methods of Image Re-ranking

Image re-ranking is an effective way for improving the result of web-based image search. To refine the text-based image search result image search re-ranking is the best approach. In this Paper, we give the different met...

Stablisation of Expansive Soils by Fly-ash & Wool Waste

In the current study, an effort has been made to stabilise the local expansionary soils using the appropriate mix of locally accessible industrial waste with or without lime. In this study, a sample of high expansive soi...

Exploring Anomaly Detection and Risk Assessment in Financial Markets Using Deep Neural Networks

In this paper, deep learning technology, along with a Gated Recurrent Unit (GRU) combined with an attention mechanism, is used to enhance the recognition ability and risk assessment accuracy of abnormal trading behavior...

Download PDF file
  • EP ID EP746566
  • DOI 10.55524/ijircst.2022.10.2.10
  • Views 31
  • Downloads 0

How To Cite

Munish Kaushal (2022). Determining Long-Term Stability in Environmental Science. International Journal of Innovative Research in Computer Science and Technology, 10(2), -. https://europub.co.uk/articles/-A-746566