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Fast facts: philanthropy in gaming marathons. Show donation totals, largest events, and medical charities helped.
Fast facts on philanthropy in gaming marathons
The figures below keep to what the supplied research explicitly supports: all-time totals, the largest cited event totals available in those sources, and the charities named there.
| Marathon | Total raised | Largest cited event in the supplied sources | Charities named in the sources |
|---|---|---|---|
| Games Done Quick | USD 60,996,188.22 across all events[1]. | Awesome Games Done Quick 2022 raised USD 3,416,729, and AGDQ 2020 raised USD 3,164,002[2][3]. | Doctors Without Borders and Prevent Cancer Foundation[4][5]. |
| Gaming Community Expo / Gaming Community Con | 2019 raised USD 3.7 million over one weekend, and 2020 raised more than USD 6 million[6][7]. | 2020 GCX raised more than USD 6 million[8]. | St. Jude Children's Research Hospital[9][10]. |
| Desert Bus for Hope | More than USD 12 million in lifetime donations[11][12]. | 2024 event raised over USD 1.25 million in a single week[13]. | Child's Play / Child's Play Charity[14][15]. |
| European Speedrunner Assembly | Over USD 1 million since 2012[16][17]. | ESA Winter 2024 raised over USD 85k for Make-A-Wish[18]. | Hand in Hand, Alzheimerfonden, Save the Children, and Make-A-Wish International[19][20][21][22][23]. |
| Zeldathon | USD 3,596,051 total[24]. | Not specified in the supplied sources. | Direct Relief, St. Jude Children's Research Hospital, and HelpHOPELive[25][26][27]. |
Where the memories did not give a ranked single-event figure, I left that field as not specified rather than guessing. The charity names are preserved as given in the source set.
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What inspired Anne Frank to write her diary?
Anne Frank was inspired to write in her diary as a way to process her experiences and emotions while hiding from Nazi persecution. She received her diary on her 13th birthday, expressing a desire to confide her thoughts and feelings to it, hoping it would provide support during difficult times[1].
Additionally, a radio broadcast from the Dutch government-in-exile in March 1944 urged citizens to document their experiences, which motivated Anne to rewrite her diary and envision it as a published work, initially titled 'The Secret Annex'[2][4]. Writing became her refuge, allowing her to express her ideals and dream of becoming an author[3][5].
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DJ booth moves: transitions, cueing, crowd reads
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How might indigenous knowledge guide sustainable synthetic biology?. Highlight examples where traditional ecological wisdom informs bio based material design. Discuss benefit sharing frameworks that respect cultural ownership.
Introduction
The literature reviewed here suggests that Indigenous knowledge can inform sustainable synthetic biology when it is treated as living, place-based biotechnology and linked to consent, reciprocity, benefit-sharing, and data sovereignty[1][2].
That framing shifts the focus from extracting information or samples toward recognizing community authority over knowledge, data, and downstream uses[3][4].
How Indigenous knowledge informs sustainable synthetic biology
One of the clearest claims in the sources is that Indigenous knowledge should guide biotechnology as an active, place-based system of practice rather than as folklore or a historical curiosity[5].
- Indigenous fermentation, natural encapsulation, and agroecological practices are described as sophisticated empirical knowledge relevant to biotechnology, sustainability science, and One Health[6].
- The same literature argues that research should be built around intercultural collaboration, consent, reciprocity, benefit-sharing, and data sovereignty[7].
- For synthetic biology, the implication is that design and validation should be co-shaped with knowledge holders, not only optimized in the laboratory[8][9].
In practical terms, the sources point to a research ethic in which communities help define the problem, the acceptable uses of biological knowledge, and the terms under which any innovation can move forward[10][11].
Bio-based material design examples
The strongest explicit Indigenous-linked material example in the source set is natural dyes: one review says that many Indigenous plants are potential sources of natural dyes for textile, printing, cosmetic, and food applications[12][13].
The rest of the material literature is broader and only indirectly connected to Indigenous knowledge, but it still maps onto sustainable bio-based design pathways: a natural-fiber review covers uses in composites, textiles, biomedical applications, automotive, aerospace, construction, and bio-packaging, while a bio-based epoxy review discusses replacing petroleum-derived monomers with biomass-derived feedstocks and developing recyclable, degradable, reprocessable, antibacterial, and shape-memory resins[14][15][16][17].
- Direct evidence tying Indigenous ecological knowledge to material design is relatively thin in the searched sources[18][19][20].
- The best-supported translation pathway is from traditional plant knowledge to low-toxicity dyes and other renewable feedstocks, provided community authority is preserved[21][22].
- The broader natural-fiber and biomass-resin literature shows where sustainable materials design is already moving, even when the Indigenous provenance of the underlying knowledge is not explicitly discussed[23][24].
Benefit-sharing and cultural ownership frameworks
The Nagoya Protocol is the main access and benefit-sharing framework in the sources: it pairs access to genetic resources with prior informed consent, mutually agreed terms, and benefit-sharing with provider countries or communities, including Indigenous and local communities who conserved the resource or associated traditional knowledge[25][26].
| Framework | What it contributes | Why it matters for cultural ownership |
|---|---|---|
| The Nagoya Protocol[27][28] | Requires prior informed consent, mutually agreed terms, and benefit-sharing; implementation guidance may include community protocols and participation mechanisms[29][30] | It makes benefit-sharing a negotiated condition of access, rather than an afterthought[31][32] |
| CARE Principles[33][34] | Reframe data governance around collective benefit, authority to control, responsibility, and ethics, and complement FAIR by centering people and purpose[35][36] | They support Indigenous self-determination and control over how data and knowledge are used[37][38] |
| Local Contexts TK and BC Labels[39][40] | Let communities specify local conditions for sharing, future research, and appropriate use of knowledge and biocultural materials[41][42] | They embed community protocols, access restrictions, and attribution expectations into research and data infrastructures[43][44] |
Taken together, these frameworks converge on the same practical rule: biotechnology projects should seek consent first, define benefit-sharing and ownership expectations in advance, and use agreements or labels that reflect the rights and interests of the relevant Indigenous or local knowledge holders[45][46][47][48].
Conclusion
The most defensible conclusion from the sources is that Indigenous knowledge can strengthen sustainable synthetic biology when it is treated as a living source of ecological insight and paired with governance that protects authority, consent, reciprocity, and fair return[49][50][51].
For bio-based material design, the clearest explicit example is Indigenous plant knowledge for natural dyes, while natural-fiber and biomass-resin reviews show adjacent sustainable materials pathways that could be developed more responsibly if community ownership and benefit-sharing are built in from the start[52][53][54][55].
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How do coral reefs contribute to marine biodiversity?
Transcripción
Coral reefs significantly contribute to marine biodiversity by serving as habitats for over 25% of all marine species, despite covering less than 1% of the ocean floor. They house thousands of species, including reef-building corals and various fish, invertebrates, and plants, creating complex ecosystems that support a vast range of life forms. This high biodiversity enhances ecosystem resilience and the overall health of marine environments, making coral reefs vital for maintaining marine biodiversity on a global scale[1][2][3][4][7].
Fuentes
- NOAA National Ocean Service Education: Corals Tutorial
- Biodiversity
- Coral Reefs
- Coral Reef: A Hot Spot of Marine Biodiversity
- Coral Reefs Ecology & Biodiversity
- Coral reef ecosystems
- Coral Reefs
- Why protecting coral reefs matters
- Coral Reefs | Learn Science at Scitable
- Coral Reefs of the High Seas: Hidden Biodiversity Hotspots in Need of Protection
- Why are coral reefs important?
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Pick the answer that sounds most like you, then tally 1 point for Ring, Watch,
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How do volcanoes form?
Volcanoes form primarily along tectonic plate boundaries where immense slabs of rock, known as tectonic plates, interact. At constructive plate boundaries, plates move apart, allowing hot magma to rise and create new crust, as seen in Iceland's Mid Atlantic Ridge[1]. At destructive plate boundaries, one plate subducts beneath another, causing water from sediments to reduce the melting temperature of the mantle, generating magma that can reach the surface[1][5].
Additionally, volcanoes can form over a stationary mantle plume in the middle of tectonic plates, leading to what is known as hotspot volcanism, exemplified by the Hawaiian Islands[4][5].
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How eco-friendly is your gadget habit?. Assess recycling behaviors, upgrade cycles, and knowledge of sustainable materials in wearables.
Assessing gadget habits and environmental sustainability
Consumer gadget habits look only partly sustainable: people do use trade-ins and recycling programs, but a large share of old devices are still stored at home or discarded in the trash[1][2][3]. The research also shows that phones are being kept longer than in the past, while wearables are often upgraded more quickly, which can reduce replacement-driven waste for smartphones but not necessarily for smartwatches[4][5][6].
For the wearable-materials question, I did not find a directly matching recent survey in the searched open-web sources. That means the assessment can be confident on recycling behavior and upgrade cycles, but the sustainability knowledge angle for wearables remains evidence-limited.
What the evidence says
| Dimension | What the research suggests | Sustainability takeaway |
|---|---|---|
| Recycling and disposal | Surveys consistently show storage is common, while recycling, resale, and trade-ins lag behind; one CNET survey found 39% recycle old tech, 29% stash it at home, 22% throw it in the trash, 24% trade it in, and 18% sell gadgets online[7]. Another survey summarized in The Independent found 39% stored old devices, about 1 in 10 recycled them, about 1 in 10 resold them, and 9% threw them in the trash[8]. | There is real circular behavior, but a large share of gadgets still stays out of reuse and recycling streams[9][10]. |
| Upgrade cycles | Smartphone replacement cycles have lengthened. CTA reports consumers expected phones to last nearly five years, with a device-lifecycle summary listing smartphones at 4.8 years[11][12]. SellCell reports a global smartphone upgrade cycle of 3.7 years in 2022 and 3.5 years in 2025[13][14]. For wearables, BGR cites a Clutch survey saying about 59% of wearable tech users upgrade every two to three years[15]. | Longer phone lifecycles are better for material efficiency, but faster wearable refresh cycles keep replacement pressure relatively high[16][17][18]. |
| Knowledge of sustainable materials in wearables | No directly matching recent survey was identified in the searched sources. | This part of the question cannot be strongly assessed from the current evidence set. |
Overall assessment
- The strongest sustainability signal is in phone ownership lengthening, which should lower replacement-related impacts if devices are kept and repaired rather than quickly swapped[19][20].
- The weakest point is end-of-life handling: many consumers still store old gadgets instead of recycling or reselling them[21][22].
- Wearables remain the most uncertain part of the picture because the available searches did not turn up a recent consumer survey on awareness of recycled, bio-based, or otherwise sustainable materials in those products.
Bottom line: consumer gadget habits are only moderately sustainable overall. People are holding phones longer, but old devices are still often sitting unused, and wearables appear to refresh on a shorter cycle with little direct survey evidence on whether buyers consider sustainable materials.
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Five unexpected jobs AI adoption is creating
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The future of customer experience careers in an age of conversational AI.. Forecasts hybrid roles like AI conversation designer and empathy escalation specialist. Outlines skill maps, pay bands, and training pathways.
Future of customer experience careers in the age of conversational AI
Conversational AI is reshaping CX more by reallocating work than by eliminating it: Nextiva expects AI-focused CX hiring, Crescendo and Zendesk both describe AI handling routine conversations while humans handle escalation and empathy, and the ICLE review finds productivity gains with limited broad job loss so far[1][2][3][4].
The clearest forecast is a shift toward hybrid roles that combine conversation design, assistant operations, escalation ownership, and quality coaching[5][6].
Emerging hybrid roles, skills, training, and pay bands
Because these titles are still emerging, the pay bands below are estimated from the closest U.S. market analogs rather than from fully settled job-title markets.
| Role | Why it emerges | Key skills | Training pathway | Estimated U.S. pay band (analog) |
|---|---|---|---|---|
| AI conversation designer | Nextiva explicitly names conversational AI designers as an emerging AI-focused CX role[7]. | Conversation design patterns, persona and behavior design, voice, prompt design, and AI training[8][9]. | Conversation Designer 1 and 2, CXD1/CXD2, AI Trainer 1, CDI Method Foundation, AI Ethics, and workshops[10][11][12]. | Roughly $68k-$105k, with lower-end conversation-designer listings around $56.7k and broader analogs around $79k-$104.5k, with upper tails near $122k[13][14][15][16]. |
| Conversational AI operations / AI trainer / automation analyst | AI-focused CX roles are growing as routine work is automated and teams need people who train and tune assistants[17][18]. | Designing, building, evaluating, and improving AI assistants, plus training systems, context management, and LLM work[19][20]. | AI Trainer 1 / AIT1, CDI Method Foundation, office hours, plus customer-service AI learning via Coursera or LinkedIn Learning[21][22][23][24]. | Roughly $60k-$105k for core trainer/evaluator work, with senior conversational AI specialist or evaluation roles around $120k-$185k[25][26][27][28][29]. |
| Empathy escalation specialist / human-in-the-loop escalations | AI should keep context and empathy, but complex issues still need human understanding and escalation[30][31]. | Empathy, de-escalation, emotional intelligence, service recovery, and handling difficult conversations[32][33]. | Immersive roleplay, Customer Service with AI, and customer-service-focused AI pathways[34][35][36]. | Typically about $64k-$70k for specialist roles, with manager-level escalation ownership around $90k-$130k[37][38][39][40][41][42]. |
| AI-assisted CX quality coach / QA analyst | Zendesk says AI can support new hires in live interactions and quality assurance by scoring performance and flagging coaching needs[43]. | Reviewing AI-human interactions, scoring quality, and coaching agents[44]. | Customer Service with AI, roleplay-based practice, and broader AI learning paths[45][46][47]. | About $45k-$85k for call-center QA style roles, with broader customer-service QA ranging roughly $83k-$145k[48][49][50][51]. |
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