Experimental scientific studies had been carried out to calculate the possible damage triggered to ten rice (Oryza sativa L.) genotypes of Pakistan by tropospheric ozone. The experimental web site is based at 31.4504° N and 73.1350° E, at an altitude of 184 m.a.s level with the average yearly rainfall of 784 mm. The right and nimble technique had been adopted to assess tolerance and susceptibility in rice genotypes at an early on development stage. Genotype Injury response, growth and biochemical variables were calculated to approximate feasible ramifications of ozone, that was subsequently proclaimed as a criterion for ozone tolerance medicine administration . Rice genotypes were afflicted by ozone levels of 70 pbb (Current ambient) and 120 pbb (anticipated in not too distant future) under a polytunnel. The results indicated that ozone, an atmospheric pollutant, considerably harmed crop development and metabolic rate, along with inflicted a particular type of foliar injury that caused early leaf senescence. Rice genotype IR-9 followed by Punjab-Basmati and Ksk-434 looked like the essential prone, whereas Basmati-515 followed closely by Basmati 2000 and super-Basmati were discovered become Ozone-tolerant. Plant genotypes grown under increased ozone showed 13.45% and 11.35% decrease in complete root and capture dry weight, and 25.54% and 6.6% decrease in plant leaf area and plant total length respectively compared to the control group. An important interaction between therapy × substance components and development variables has also been found. The Present research confirms a direct relationship between artistic reaction and development also biochemical parameters. Stated results were statistically analyzed by making use of evaluation of difference at confidence amount of p less then 0.05.The introduction of water hyacinth poses a critical danger to economic viability of Lake Tana and its conditions. This study aimed to recapture the spatial protection of water hyacinth as well as its effect on liquid reduction in Lake Tana using quantitative research techniques. Four satellite images representing each period of 2019 were downloaded from USGS. In addition, cooking pan evaporation information had been extracted from the National Meteorological Agency. ArcGis 10.4, Envi 5.3, Qgis 3.12.1 connect in CSP and Excel utilized to handle land use land cover category and water reduction estimation evaluation. The regular protection of water hyacinth ended up being 15.35, 4.14, 11.82 and 13.59 km2 in winter months, autumn, summertime and spring 2019 respectively representing 0.63 and 0.17 % associated with the Lake as a maximum and minimal coverage. The mean everyday evaporation of Lake Tana was Anthocyanin biosynthesis genes 5.14 mm/day, but this increased to 18.85 mm/day because of the existence of liquid hyacinth. The mean net everyday water reduction because of water hyacinth at Lake Tana was 0.14 km2 while 52,62 km3 in 2019. The analysis concludes that liquid hyacinth caused huge bad effect on the water volume decrease in Lake Tana. Management of the Lake Tana environment and control over the water hyacinth grass are recommended to maintain the Lake.This study explores the links between ICTs, transportation, and CO2 emissions. Despite the harmful consequences of transportation task from the ecological quality, there is less scientific attention accorded to this significant issue. In this regard, we explore the likelihood of lowering environmental damages through the association of new technologies with freight transport tasks (for example. inland, train, and environment). The empirical method considering 43 nations between 2002 and 2014 employs the 2-step system Generalized Method of Moments (GMM). Overall, the results have become ambitious confirming the power of ICT in dampening pollution once it’s really adjusted within the transport sector. Initially, the telephone and cell phones would be the most efficient technologies in terms of ecological durability when utilized in the train while the inland transportation industry, while the net is the best found in air transport industry. 2nd, the phone plays the part of an accelerator whenever getting intermodality to raised increase the environment. Public guidelines and their ramifications are believed in the study.Global initiatives to boost ecological durability have learn more dedicated to reducing energy consumption and developing technical solutions for greener power generation. Current ideas on innovations for ecological durability are mainly from created countries, with limited scientific studies originating from establishing nations. This study centers on solar paver technology, a possible development for sustainable generation of energy. The interest in this technology lies in its dual-purpose ability to enable both functional road surfaces together with use of solar roadways that may produce electricity to power other road infrastructure such as for example electric lights. To optimize the possibility of popularity of implementation of solar pavers, it is vital to research the practicalities of solar pavers and comprehend the perceptions of stakeholders that will be accountable for the implementation of solar power pavers. This study covers this gap in understanding. Thirty building industry stakeholders in Malaysia were intngs offer fresh insights into a brand new form of lasting solar paver engendering brand new channels of study in construction engineering and technology administration.