“GigabitNow’s Internet and customer service surpass what is available in the city today with our Internet services designed to meet the demands of residents and businesses well into the future with multi-gigabit speeds.” “GigabitNow is very excited to have the opportunity to serve the residents of Simi Valley, California, with fast, reliable fiber Internet service,” said Stephen Milton, CEO of GigabitNow. Our open access network will offer choice through our exemplary Internet Service Providers” commented Ben Bawtree-Jobson, CEO, SiFi Networks.įlume Internet and GigabitNow have been carefully selected as the first Internet Service Providers on the Simi Valley FiberCity® network. “Simi Valley FiberCity ® will bring the community into the future of connectivity with super-fast speeds and reliable service citywide. Once complete Simi Valley FiberCity® will benefit over 47,600 homes and businesses. Residents and businesses will receive a door hanger prior to construction starting in their street and the first customers will begin enjoying high-speed, reliable fiber connectivity with no delays or buffering in 2022. SiFi Networks’ construction partners Lat Long Infrastructure (LLI) will begin construction of the fiber network in December 2021. I am proud of the foresight that brought this project to our community at no cost to taxpayers but at substantial benefit to the businesses and residents that call Simi Valley home,” Mayor Mashburn went on to say. “Our relationship with SiFi began prior to the pandemic, which highlighted the critical need for connectivity. “The City Council expects creativity and vision from our staff, and that is what they gave us when they presented a partnership with SiFi Networks back in 2020,” said Mayor Keith Mashburn. The network will be built citywide giving every household the opportunity to connect and will help to close the digital divide. It will also boost economic development and enable the City to implement Smart City applications. The open access network is available to multiple providers to deliver service upon, giving consumers more choice. Simi Valley FiberCity® will be more than just a high speed fiber internet connection. The network which is privately funded by SiFi Networks and comes at no cost to the taxpayer will pass every home and business in the city. The DTM results showed that the presence of rock fragments on the soil surface led to increased soil compaction, perhaps due to higher soil moisture content (from greater infiltration) within the rock fragment-covered flumes.Simi Valley, CA – 17 November 2021 – High speed fiber connectivity is coming to Simi Valley, as construction of its citywide, 10 gig enabled fiber optic network known as Simi Valley FiberCity® is set to begin. The results revealed that the rock fragments protected the soils from raindrop detachment and retarded the overland flow, therefore decreasing its sediment transport capacity. The results showed that the presence of rock fragments on the topsoil reduced the time needed to reach steady state compared with bare soil.ĭigital terrain models (DTMs) were generated before and after one of the experiments. When steady concentrations were not reached, the subsequent event produced effluent concentrations that increased gradually to steady state. If steady-state concentrations were reached for a particular size class, that class’s effluent concentration peaked rapidly in the next rainfall event, then declined gradually to its steady-state value. Steady state concentrations were, however, dependent on the rainfall intensity. Results showed that short-time soil erosion was sensitive to whether steady-state erosion was achieved during the preceding event, although consistent steady-state effluent concentrations were reached for each sediment class. Sediment concentrations at the flume exit reach steady-state conditions over time scales that increase with sediment size, and experiments were designed such that both steady and non-steady effluent concentrations were reached in H7-E1. However, the initial bulk density and moisture content were increased before the two others events using different pre-wetting followed by 22h of air-drying. The soil was hand cultivated and smoothed before the first event (H6) only. In each experiment, one flume was bare while the other had 40% rock fragment coverage. Three experiments denoted H6, H7-E2 and H7-E3, involved the same precipitation rate of 74 mm h-1, but using the different initial conditions. The effect of antecedent conditions on precipitation-driven soil erosion dynamics through multiple rainfall events was investigated using a pair of 6-m
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