WWF 2005: Global warming forces Swiss ski resort to wrap glacier
I think about it, I was there and i could not believe it, i ask the A.I. to pruduce a picture using this prompt
a bundle of engineer and climbers wrapping an mountain with white plastic sheet to prevent it from melting -- you know A.I is not smart so.....
This is the original 2005
In our ongoing fight against climate change,pollution, economy...
We often encounter solutions that, while well-intentioned, can sometimes do more harm than good. This paradox is poignantly captured in our latest song, "Finger in the dike" from Collettivo Undersound. The title may seem unrelated, but it serves as a metaphor for the complex and often contradictory nature of our efforts to protect the environment.
Back in 2005, I had my first reportage with the United Nations, working with WWF. I spent three nights in the Alps, observing a team covering an entire mountain with a white plastic sheet to prevent the ice from melting. It seemed like a promising solution, but as I delved deeper, I realized the irony: producing and transporting these plastic covers was contributing to pollution.
This experience made me question the efficacy of such solutions. Are we truly addressing the root causes of climate change, or are we merely prolonging the inevitable? The pandemic lockdowns gave us a glimpse of a cleaner, quieter world, reminding us of the impact our actions have on the planet. For a brief moment, nature seemed to breathe a sigh of relief.
Our song aims to reflect this paradox and provoke thought. It's a call to action, urging us to consider more sustainable solutions and rethink our approach to environmental conservation. The song itself is a testament to creativity and resilience. Created from approximately 40 corrupted song files, we pieced together a melody using 3-second notes, resulting in a unique and captivating collage of sound.
Producing a 2-minute song from corrupted files is no easy task. Here’s a brief overview of what a sound engineer would need to do:
File Recovery: The first step involves attempting to recover as much usable audio as possible from the corrupted files. This might require specialized software or manual extraction.
Segmentation: Once the usable segments are identified, each 3-second clip is meticulously cataloged based on its key, tempo, and other musical characteristics.
Arrangement: The sound engineer then begins the painstaking process of arranging these clips into a coherent melody. This involves matching the tempo and key of each clip to ensure a seamless flow.
Layering: To add depth and richness, additional layers of sound may be incorporated. This could include harmonizing with existing clips or adding instrumental elements.
Mixing and Mastering: Finally, the engineer fine-tunes the volume, equalization, and effects to ensure the final product sounds polished and professional.