Water Day Water state
Question | Answer | Timestamped Validation | |
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1 | What is the major driver of increasing exposure to sea level rise? | High population growth and urbanisation. | |
Additional answer? Type here | |||
2 | How many people living in urban areas will be exposed to water scarcity? | 350 and 410 million. | |
3 | How will frequency and duration of metereological drought will change in North Africa? | The frequency and duration of metereological drought is projected to double over north africa? | |
4 | How will Permafrost thaw and and snow cover change? | Permafrost thaw and decline in snow cover are projected to continue beyond the 21st century | |
5 | How many people live in water scarcity? | 800 million to 3 billion people live in water scarcity | |
6 | How will climate change will affect pollination? | Climate change will reduce the effectiveness of pollination | |
7 | How many people will be exposed to sea level rise? | 108 116 million are expected to be exposed to sea level rise | |
8 | What is the effect of global warming on floods? | It is projected that flood risks will increase with every increment of global warming | |
9 | What are the different types of systems? | Ecological and human systems that have restricted geographic ranges constrained by climate related conditions | |
10 | What are some examples of extreme weather events? | Heatwaves, heavy rain, drought and associated wildfires, and coastal flooding | |
11 | What is the impact of RFC4? | Impacts to socio ecological systems that can be aggregated globally into a single metric | |
12 | What is the definition of the global impacts? | Impacts to socio ecological systems that can be aggregated globally into a single metric | |
13 | What are some examples of large scale singular events? | Ice sheet disintegration or thermohaline circulation slowing | |
14 | What is the impact of climate change on flowers? | In some regions the coordination of pollinator activity and flower receptiveness will be disrupted | |
15 | How does global warming affect flowers | Global warming affects the coordination of pollinator activity and flower receptiveness | |
16 | How do more frequent and intense flood events and the melting of snow and ice affect food? | Higher risk of food contamination | |
17 | How many people are estimated to be affected by climate change? | Over 2.1 billion | |
18 | What will happen to glaciers in the 21st century? | Glaciers will disappear by nearly 50% in High Mountain Asia and about 70% in Central and Western Asia by the end of the 21st century under the medium warming scenario | |
19 | What is the impact of increased and droughts? | Increased floods and droughts, together with heat stress, will have an adverse impact on food availability and prices, resulting in increased undernourishment in South and Southeast Asia . | |
20 | What is the projected impact of environmentally critical streamflow? | By 2050, environmentally critical streamflow is projected to be affected in 42% to 79% of the world's watersheds | |
21 | What percentage of the world's watersheds are affected by water cycle changes? | 42% to 79% | |
22 | What are the impacts of climate change? | Increases in evapotranspiration, altered spatial patterns and amount of precipitation, and associated changes in groundwater recharge, runoff and streamflow | |
23 | What is the percentage of commercially harvested inland fish species that are vulnerable to extinction? | Between 55% and 68% of commercially harvested inland fish spieces | |
24 | Where is 55% of commercially harvested inland fish species vulnerable to extinction? | Africa | |
25 | What will the impacts be felt disproportionately by vulnerable people in regions with high exposure and vulnerability | Water related risks are projected to increase with every increment in warming level | |
26 | In which regions the frequency and duration of drought are projected to double with temperatures Above 2°C? | Above 2°C, the frequency and duration of meteorological drought are projected to double over North Africa, the western Sahel and southern Africa. | |
27 | What will happen to the global land area by the end of the century? | Approximately 10% of the global land area is projected to face simultaneously increasing high extreme | |
28 | What is the effect of climate change on aridity zones? | Expand by one quarter of the 1990 area by 2100 | |
29 | Where is the most drought risk projected to occur? | Northern South America, the Mediterranean, western China and high latitudes in North America and Eurasia | |
30 | How many times more rainfall will there be from a 1.5C increase in sea level to 4C? | Five | |
31 | At what level of warming will coastal wetlands be at risk? | Under all emissions scenarios, coastal wetlands will likely face high risk from sea level rise in the mid-term, with substantial losses before 2100. | |
32 | Which country is projected to experience the most flooding? | Brazil and Argentina | |
33 | What percentage of the population in Peru will be affected by flooding? | 400% | |
34 | How will climate change affect groundwater? | Worldwide depletion of non renewable groundwater storage | |
35 | Where will water shortages be most likely to occur? | ||
36 | How many people will be exposed to water scarcity from severe droughts? | Answer: 350 and 410 million | |
37 | By what year will the risk of sea level rise from extreme droughts be increasing? | 2100 | |
38 | What will be the consequences of sea level rise? | Expanding the loss of many different coastal habitats, ecosystems and ecosystem services | |
39 | What is the main driver of sea level rise? | High population growth and urbanisation | |
40 | How many people will be exposed to sea level rise by 2030? | From 108 to 116 million | |
41 | What are some of the risks of sea level rise? | Coastal development prevents upshore migration of habitats or where terrestrial sediment inputs are limited and tidal ranges are small | |
42 | Where are the largest areas of risk to water security? | Small island states and Torres Strait Islands in Australia and remote Maori communities in New Zealand | |
43 | How will global marine acquaculture be affected by increasing temperature? | Global marine aquaculture will decline under increasing temperature and acidification conditions by 2100, with potential short-term gains for finfish aquaculture in some temperate regions and overall negative impacts on bivalve aquaculture due to habitat reduction . | |
44 | What is the projected impact of global warming on inland fish spieces in Suoth America? | In Africa 55–68% of commercially harvested inland fish species are vulnerable to extinction under 2.5°C global warming by 2071–2100. | |
45 | Which regions will be the first to suffer of risks associated to water security by 2030? | Risks to water security will occur as early as 2030 or earlier for the small island states and Torres Strait Islands in Australia and remote Maori communities in New Zealand. | |
46 | What is the expected outcome in South America of a A 1.5°C increase in global warming? | A 1.5°C increase would result in an increase of 100–200% in the population affected by floods in Colombia, Brazil and Argentina, 300% in Ecuador and 400% in Peru . | |
47 | What is the projected impact if temperatures increase above 2°C? | Above 2°C, the frequency and duration of meteorological drought are projected to double over North Africa, the western Sahel and southern Africa . | |
48 | What is the projected impact of global warming above 3°C ? | At 3°C or higher global warming levels, adverse impacts on all food sectors will become prevalent, further stressing food availability , agricultural labour productivity and food access . | |
49 | What is the projected impact of a 2°C warming on nutrition and food availability? | With about 2°C warming, climate-related changes in food availability and diet quality are estimated to increase nutrition-related diseases and the number of undernourished people by 2050, affecting tens to hundreds of millions of people, particularly among low-income households in low- and middle-income countries in sub- Saharan Africa, South Asia and Central America, for example, between 8 million under SSP1-6.0 to up to 80 million people under SSP3-6.0. | |
50 | What prevented the development of synthetic diagrams for Small Islands Asia and SEA? | The development of synthetic diagrams for Small Islands, Asia and Central and South America were limited by the availability of adequately downscaled climate projections, with uncertainty in the direction of change, the diversity of climatologies and socio-economic contexts across countries within a region, and the resulting low number of impact and risk projections for different warming levels. | |
51 | When is projected that some low lying island states will be submerged? | By 2100, compound and cascading risks will result in the submergence of some low-lying island states and damage to coastal heritage, livelihoods and infrastructure. | |
52 | What will be the impact of increased worming in S.A. and Latin America? | In southern Europe, more than a third of the population will be exposed to water scarcity at 2°C, and the risk doubles at 3°C, with significant economic losses . | |
53 | How are exected to change African sea levels by 2060? | 30) By 2030, 108– 116 million people will be exposed to sea level rise in Africa, increasing to 190–245 million by 2060. | |
54 | How will potential reductions of hydropower affect the Mediterranean? | In the Mediterranean and parts of Europe, potential reductions of hydropower of up to 40% are projected under 3°C warming, while declines below 10% and 5% are projected under 2°C and 1.5°C warming levels respectively. | |
55 | What is the climate-change related risk for Marine-dependant communities? | Marine-dependent communities, including indigeneous Peoples and local peoples, will be at increased risk of malnutrition due to losses of seafood-sourced nutrients. | |
56 | Why Asia and Africa are particularly exposed to risks associated to changes in precipation and sea level rise? | Changes in precipitation, sea level rise, temperature and extreme events will negatively affect food provisioning from inland aquatic systems , which provide a significant source of livelihoods and food for direct human consumption, particularly in Asia and Africa. | |

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