2025-02-08 Rebecca Melendez Testimony

Home

Bird Effects-77%showed effects,10%no effect and 13%inconclusive "Overall results of this review show three types of effects by base station antennas on the health of people:radiofrequency sickness(RS), cancer(C)and changes in biochemical parameters(CBP).Considering all the studies reviewed globally(n=38),73.6%(28/38)showed effects:73.9%(17/23)for radiofrequency sickness,76.9%(10/13)for cancer and 75.0%(6/8)for changes in biochemical parameters...Of special importance are the studies performed on animals or trees near base station antennas that cannot be aware of their proximity and to which psychosomatic effects can never be attributed." It's concerning that the Hawai'i County Planning Department isn't providing detailed information about the potential disadvantages of broadband and smart grid projects.They seem to be focusing on the benefits without addressing the possible negative impacts, especially when the island lacks the extra power for it. fps://www.sceenced i rect.com/science/a rtic le/pi i/S240584402414011 X: "However smart grids,being computerized remote-control systems overseeing electricity distribution,are vulnerable to cyberattacks." 30.5 Siting of new communications facilities shall comply with performance standards and site colocation as stated in the Code. Hawaii Planning does not explain that they use the word"sitting"to mean the laying of cable underground.The term"siting of new communications facilities"is extremely confusing.It generally refers to the process of selecting and preparing locations for new infrastructure,such as towers and cables,needed to support broadband and smart grid projects.This often involves road construction and can lead to increased traffic and disruptions because these cables need to be laid underground. These cables could be laid shallow as this site states https://orimex.com/fiber-optic-internet-going-underground "The terrain and the local conditions need to be taken into account when considering underground broadband deployment.In rocky terrain,cable must be laid in a shallow trench." https://oulsefi bre.co,uk/2023/06/15/when-m ore-is-less-the-risks-a nd-downsides-of-overbuild/: "Cost:Fibre optic broadband infrastructure can be an expensive endeavour,especially if it involves duplicating existing networks.This cost can ultimately be passed on to consumers,making broadband services more expensive and potentially reducing the adoption rate of fibre optic services. Inefficiency:As mentioned above,overbuilding can lead to dormant infrastructure,creating wasted resources and increased environmental impact.This is particularly relevant in the case of fibre optic broadband,where installing fibre can be resource intensive. Fragmentation:When different service providers own and operate various parts of the infrastructure,it can make it difficult for consumers to switch between providers and could result in reduced competition. Legal and regulatory issues:Particularly in cases where existing service providers have exclusive rights to operate in certain areas.This can result in lengthy legal battles that delay the deployment of new infrastructure. Maintenance:Increased maintenance costs can occur,especially if there is redundant infrastructure that needs to be maintained.This can ultimately lead to higher costs for consumers or reduced network quality-something we are wholeheartedly against at Pulse Fibre. Technology obsolescence:Expensive upgrades or replacements may be required down the line if new infrastructure is not designed to accommodate future upgrades. Wasted resources:Overbuilding for fibre solutions can result in the waste of valuable resources,including time,money,and materials. Environmental:Overbuilding multiplies CO2 emissions as duplicate workforces are deployed,travelling more miles,digging more holes and creating a piecemeal labour profile.As well as laying more raw materials which may never get used.More information can be found on the journal of Lightwave Technology."