With a prestigious location on Boulevard Carnot, the residence Le Mélisande offers panoramic views and proximity to all amenities. His house was later replaced by a luxury residence composed of three apartment buildings that offer a view overlooking the port of Nice and the Baie des Anges. There are also, through an access by the lower corniche, luxury residences such as the Haussmann residence which takes its name from Baron Haussmann, great craftsman of the transformation of the city of Paris during the 19th century, who had acquired land to build his second house on Mont Boron. These residences, built in the rock, allow you to enjoy a view of the port of Nice as well as the entire city of Nice, while enjoying an immediate proximity to the sea and without any vis-à-vis. Near the sea, there are many exclusive and popular residences that offer a view of the city of Nice such as Eden Roc, the Marquise, the Cap des Anges and the Nereides. Due to its altitude, it is a place that attracts many tourists who come to enjoy the living spaces that are set up there. There are many houses, as close as possible to the Mediterranean Sea and all along the 200 metres of height of Mount Boron. All rights reserved.Mont Boron is a sought-after area for the panoramic views it offers of the city of Nice, Villefranche or Cap Ferrat. However, the development of future sustainable and adaptive forest management strategies has the potential to reduce the vulnerability of forest species to climate change.Ĭlimate change Defoliation Mediterranean Ozone Pinus species.Ĭopyright © 2014 Elsevier Inc. Climate change will create additional challenges for forest management with substantial socio-economic and biological diversity impacts. The development of coordinated emission abatement strategies is useful to reduce both climate change and O3 pollution. These two effects, acting together in an opposite way, could mitigate the harmful impacts of O3 on forests. However, the drier and warmer climate should induce a soil drought leading to a lower O3 uptake. Climate change is projected to reduce the benefits of O3 precursor emissions controls leading to a higher O3 uptake. Clearly, if such climatic and ecological changes are now being detected when the climate, in South-eastern France, has warmed in the last 20 years (+0.46-1.08☌), it can be expected that many more impacts on tree species will occur in response to predicted temperature changes by 2100 (+1.95-4.59☌). In the current climate change context, a reduction in ground-level ozone (O3) was found at remote sites and the visible foliar O3 injury decreased while deterioration of the crown conditions was observed likely due to a drier and warmer climate. In the last 20 years, the trend analyses reveal a clear hotter and drier climate along the coastline and slightly rainier inland. Based on non-parametric statistical tests, the climatic parameters (temperature, relative humidity, rainfall, global radiation) and forest-response indicators (crown defoliation, discoloration and visible foliar ozone injury) of two pine species (Pinus halepensis and Pinus cembra) were analyzed. The South-eastern France can be considered as case study for assessing global change impacts on forests. The Mediterranean Basin is expected to be more strongly affected by ongoing climate change than most other regions of the earth.
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