Climate change is all over the place across Europe and far beyond. Heatwaves have become more common in most parts of the world as a result of climate change, as have extreme rainfall occurrences, which in turn lead to flooding. Even if greenhouse gas emissions are dramatically decreased, global warming and associated changes in temperature, precipitation patterns, and sea levels are expected to persist throughout the twenty-first century. Currently, high temperatures, flooding, water shortages, and wildfires are all becoming more common in European cities than ever before. The actual hazards are determined by the city’s or town’s geography and unique features. When compared to other regions, closed areas and densities of humans and assets in urbanized areas enhance hazards from climate and weather events. The situation in Europe particularly tends to become more severe year by year: land and sea temperatures are rocketing high; rainfall trends are dramatically changing; sea levels are increasing; and the heat waves becoming a major challenge (Climate Adapt, 2021).
Put differently, nearly all regions of Europe reached the frontline with the climate change phenomenon. With Europe being heavily urbanized continent and the 75% of the European population residing in cities, the detrimental impact of the climate change seems to be inevitable and indeed will come at a high expense. Urban sprawl leads to excessive energy, land, water, and air consumption, which makes the destiny of European cities the very bone of contention. As a result of the high concentration of people, economic activity, investments, and vital infrastructure in cities, they are more vulnerable to climate change than rural areas. Furthermore, the substitution of artificial surfaces and buildings for natural vegetation modifies temperature, humidity, wind speed, and precipitation patterns. By trapping heat and causing the so-called “urban heat-island effect,” impermeable surfaces restrict extreme amounts of rainfall from draining through into earth, start increasing in cities different from the surrounding area. In the past few years, scientists have given growing dire warnings about the prospect of elevated global warming (possibly a 48°C rise in global average surface temperatures beyond pre-industrial norms by the 2060s or 2070s), which would test societies’ adaptive capabilities to the breaking point (Carter, 2011).
Instances of urban climate change adaptation techniques are beginning to appear in related to policy solutions. These are frequently incorporated into larger climate change and green innovation that include, and in some cases, are primarily focused on, climate change mitigation. It is important to note that the cities or the ‘urban-level politicians’, should be regarded on the same level along with other political actors that are to contribute to the climate change mitigation. Precisely, nearly 70% of total energy consumption stem from the cities, and since there is a rapid process of urbanization going on in the world, the number is expected to grow over time. The way urban areas are planned and developed as well as they respond to the ongoing climate crisis play a crucial role in Co2 emissions and the energy use, which in turn, affect the climate change phenomenon at large. (University of Bergen, 2020) According to the member of IFIMES Advisory Board, Younger (2022), the architects and urban planners are now expected to put extra efforts in adapting to climate change mitigation and renewable energy usage since the coming 30+ years ahead are to witness even higher level of urbanization.
Climate change policies that are ‘integrated’ entail those developed for cities such as Madrid, Copenhagen, and Rotterdam. Moreover, planning and zoning restrictions in Stuttgart, Germany, for instance, aim to protect open space and promote the presence of plants in intensively built-up regions. This is to improve air flow and hence reduce overheating and pollution issues. A Building and Construction Law of 2002 in Basel, Switzerland, mandates that all new and refurbished flat roofs be greened. As a result, Basel has surpassed London as the world’s leading green roof metropolis in terms of green roof area per capita. The Biotope Area Factor law in Berlin, Germany, mandates that a certain percentage of major innovations be kept as green or accessible land (Carter, 2011).
It’s becoming clear that European cities are playing an increasingly important role in climate and energy governance. Cities themselves are well aware of this new governance role. Inter-city networks are being mobilized by city governments to explore remedies to energy and climate concerns (e.g. C40, Energy Cities). The European Union’s multi-level governance has created new administration areas for cities throughout Europe. Inter-city networks appear to be crucial in terms of the ideas that planners and policymakers are pursuing on a domestic level. The actions initiated by the EU and its Member States show the extent to which the situation is pressing, and the need to expand the efforts beyond EU’s capabilities (Carbon Brief, 2020).
All in all, to tackle the issue and to address it in a reasonable way, the collective action must be taken by all means possible. The 21st century and the late COVID-19 crisis have shown that it is no helpful to rely solely on political actors or single stakeholders, but rather to take the situation in own hands and take the necessary measures as soon as possible. In other words, it appears that the European community must not only rely on the government’s ability to implement its coercive power in the climate-related policymaking, but rather start working on the footprint in line with the Paris Agreement and call for the collective ‘green’ action. To help cities maintain an urban life in a ‘greener; and more sustainable way, the united efforts of both the people and the government should be put into force. We no longer have time to waste; it is time to press the alarm button and take the action.
Climate Change and its Effects on Europe
If one thinks Putin has become a headache, then the future of Europe under the forecast climate change regime is pneumonia.
According to this scenario, ice melt from Greenland and the Arctic will raise sea levels around Florida. Aside from greater and wider coastal flooding, this change will inhibit the regular Gulf Stream Drift that makes its way across the Atlantic warming northern Europe and ensuring the English climate is even milder. Part of it of course is due to Britain being an island and so enjoying the moderating effects of the sea — again more so because of the Gulf Stream.
This relatively even weather in England has undergone change. More frequent 90F and higher days in summer, once relatively rare, is one symptom — the UK just recorded its highest ever temperature of 104.54F. There have also been heavy rains and flooding notably in December 2020 when a wide belt across the south suffered catastrophic inundation of historic proportions.
Scientists and the UN confirm an increase in the frequency of natural disasters. This includes forest fires, hurricanes or typhoons, excessive rains and floods.
July 14 might be celebrated as Bastille Day and a national holiday in France but in neighboring Belgium it now commemorates the devastating floods in 2021. Heavy rains and the Meuse river overflowing its banks turned streets into canals in the eastern city of Liege. The floods extended to the Netherlands and western Germany, caused by a low pressure system that stalled for two days over the region. Rain falling on soil already soaked by spring rains and overflowing rivers (the Meuse in Belgium and Netherlands, the Rhine and the Ruhr in Germany) devastated the area. At least 243 people lost their lives and property damage was estimated at $12 billion.
If last year was one of floods, this year it’s drought and dry heat and forest fires — temperatures hitting 117 F in Portugal and an estimated 75,000 acres lost to forest fires; also dry as tinder Italy where the river Po, the country’s longest river, has been reduced to a trickle.
England has been subject to a similar pattern, suffering some of the worst flooding in its history last year and now reeling from forest fires. “I’ve fought wildfires for decades. None of it prepared me for the infernos this week,” screams a Guardian (July 22, 2022) headline quoting a firefighter. London fire fighters have just had the busiest day since the Second World War.
When will governments understand that the earth is changing, that natural disasters piling one on top of the other, and that forest fires in Europe, in Australia, in the US and elsewhere plus floods and typhoons etc., are not coincidences?
One hopes it is soon, and we humans learn to moderate damaging behaviors.
The Greater Frequency of Natural Disasters and our Response
While no one can ascribe specific natural catastrophic events to global warming, their frequency appears to have increased. So it is that forest fire seasons have lengthened, and more fires occur more often and of greater intensity.
The current disaster in the news is in the Iberian peninsula and across to southwest France. Almost uncontrollable wildfires have devastated thousands of acres, and one observer pilot flying too close has been killed reports the BBC. The fires in La Teste-de-Buch and south of Bordeaux have destroyed 25,000 acres.
In Portugal, 75,000 acres have been devastated by fires this year. One cause is the dry heat and soaring temperatures, drying out the countryside. They have hit 47C (117F) in Portugal and above 40C (104F) in Spain. Residents have been evacuated from the danger areas and a pet rescue operation is ongoing.
Planes are dropping fire retardant chemicals, and helicopters collect sea water from the coast then return to douse the flames. The high temperatures, the drought and their consequences have not spared neighboring countries.
In Italy, the country’s longest river, the Po, has diminished to a trickle in places and the tinder-dried countryside in its valley is under a state of emergency.
Along other parts of the Mediterranean, the conditions are similar. In Greece, there are fires southeast of Athens about 30 miles away in Feriza; also on the northern coast in the island of Crete where seven villages near Rethymno have been evacuated.
The opposite side of the Mediterranean has not been spared. Fires swept through several provinces in Morocco and one village in the Ksar el-Kebir area was destroyed.
According to James Lovelock’s Gaia hypothesis, the earth should respond naturally to ameliorate global warming. Unfortunately, human interventions like cutting down forests have damaged its ability to do so. Is runaway global warming then our future?
The answer has to lie with the same humans, being the only species with the knowledge and faculty to respond to the challenges. The means are available, from CO2 capture to altering our own behavior.
Work on additives (like oil and fats) for cow feed have helped reduce emissions by 18 percent in Australia where almost 70 percent of greenhouse gas emissions come from ruminants. Even more promising has been the addition of seaweed which when mixed in small quantities (3 percent) to the diet have reduced their emissions by 80 percent.
In the meantime, we have to change our ways: Growing our own vegetables — delicious and easy as they grow themselves with minimum care … and have you tried ripe tomatoes fresh from a vine? Even easier to buy now as plants are sold at food supermarkets.
Eating less meat, walking or cycling instead of driving for short trips and so on. It is easy and just a matter of habit. In the end, it is up to us as to the kind of earth we want to leave behind for our children and grandchildren.
Interviewing Fabio Domenico Vescovi – Agronomist and Earth Observation Specialist
Fabio Domenico Vescovi is an Agronomist & Earth Observation Specialist. He is currently Senior Data Scientist & Technical Lead at Cropin. Fabio develops applications of satellite technologies in tropical countries for the insurance sector (drought and floods). He studies crop biophysical parameters to inform an index-based insurance system and develops AI algorithms based on DataCube and Machine Learning. Fabio has had an international career spanning Germany (Bonn University), Italy (OHB) and UK (Airbus). He has also been deeply involved in various African countries, working with different stakeholders to enable easier data-based access to micro-credit and micro-insurance for farmers. Fabio has a PhD in remote sensing applications in agriculture.
You are using satellite data to track droughts and floods to grow crops more efficiently. Which other companies are doing this globally?
At Cropin we use satellite data along with other types of data such as weather data, soil information, agro-climatic conditions, seed genetics, global crop sowing and harvesting patterns, agronomics etc. to create AI models that bring predictive intelligence to agriculture and make it more efficient, productive, and sustainable.
There are a host of organisations in this sector offering services which target this challenging area. We believe that the challenges faced by this sector are many and complex and not one player can solve them all and thus a thriving global agritech ecosystem is a great enabler to truly accelerate progress of the agriculture ecosystem. The industry itself is at an evolving phase and technology adoption in the global agriculture arena is still a long way to go. Arable land across the planet is estimated to be 1.4 billion hectares and in terms of being able to digitize and impact the planet’s agri-value chain, the agritech sector is still miles away, but we sure are headed in the right direction.
Why are you passionate about the agriculture sector? What has inspired you to be a part of this field?
My family and ancestors were all Italian farmers and despite growing up in an urban environment I always had a passion for environmental sciences, agriculture and the socio-cultural connections between our environment, our people and myself.
Tech-enabled services for farmers can be unaffordable for many farmers in a country like India. Do you think India can implement them at a mass scale?
We are very aware that farmers will face challenges to afford high-end digital and predictive intelligence solutions which brings a meaningful difference to their lives. This is the reason Cropin works via a B2B and B2G business model. We work with large food processing companies, food retailers, seed and agri-input manufacturers, agri-lenders and insurers, governments and development agencies who in turn work with huge numbers of farmers and large areas of farmlands. So, the cost of the technology is borne by our customers and the benefits of higher efficiency, improved yields, lower inputs costs and better sustainable operations benefit all the stakeholders including the farmer. Another important benefit of our B2B and B2G approach is that it also helps us create impact at scale in global agriculture vis-à-vis working directly with individual farmers.
What is Carbon farming? Which countries is it being implemented in?
Carbon farming is a new term but an old practice. I think that people practiced Carbon farming since the time agriculture was invented. One of the simplest examples of Carbon farming is the circulation of organic matter in the form of manure from the stall to the soil. In turn the soil provides food to the animals in the stall. There were many similar Carbon cycles and sub-cycles across people and cultures, where organic matter was recirculated and eventually regenerated.
Nowadays this circularity in Carbon has been slowly destroyed by a mixture of industrial and commercial processes, which though very productive, are not sustainable for the environment. Just to give you a negative example, Europe is a strong importer of soya, sunflower, and cereals from Brazil, which is now clearing their forests and depleting their soil organic matter to farm these products. However, there is no process in place to return that Carbon from Europe to Brazil to the soil from where it was taken. Only money is returning. We were able to put in place a system which is perfect economically but unsustainable ecologically. Like in a bank, what the soil gives us is a loan, not a donation.
How can AI be used for sustainable agriculture?
Digitization and AI can be leveraged at scale to increase efficiency, productivity, and sustainability in farming. To leverage AI for farming, Cropin undertakes the complex process of ‘agri asset computation’ which brings together satellite imagery, historical and forecasted weather data, soil information, agro-climatic conditions, seed genetics, global crop sowing and harvesting patterns, agronomics, and other farming insights all under one umbrella to build knowledge graphs for hundreds of crops and crop varieties across the globe. This data is then used to build AI models for any farm plot, region, country, or crop in the shortest possible time. This provides insights and recommendations on various aspects of farming operations – from selecting the right crops and seeds, the right time for sowing and harvesting, the optimal use of water resources and adoption of the right farming practices etc. All this enables much more sustainable farming.
At Cropin, we have already computed 0.2 billion acres of farmland in 12 countries, and we have an ambitious target to compute and build predictive intelligence “on-tap” for 1/3rd of the planet’s cultivable lands by 2025. By doing this, we are helping solve planet scale challenges such as food security, environmental sustainability and better livelihoods for farmers.
How can farmers be empowered globally?
Farmers are supposed to be the most empowered category in the world, they should dominate even kings, like for example in the American and French revolutions. But the world has become oblivious to this. People forget about farming and the role of farmers, especially the small holder ones. Nowadays if you ask a European child: “Where does this milk come from?”, the answer you may get is: “Well, from the fridge!”. So, milk is perceived as an industrial product and this is ironically not wrong, because the number of industrial processes occurring on every drop of milk from milking to drinking is overwhelming. So, behind a common farm or diary product, we do not see a natural environment anymore but rather a complex system of industrial procedures.
Farmers can be taken onboard of the political arena only if they speak the language of marketing, behave like industrial entrepreneurs, have the knowledge of engineers, act like politicians and talk like salesmen! How can we figure out the farmers role in a complex society which forgotten the importance of farming?
Even in climate change, the only ones empowered to make a significant change on millions of hectares are the small holder farmers. They can play a key role in agro-forestry and Carbon sequestration, much more than any other industrial process. But they are not aware of the processes and of their potentials, and neither is society. We need an educational process involving both agricultural and industrial sectors to raise awareness on their potential.
Finally, a personal question – Is doing a PhD and life as a researcher fulfilling?
It is, but I must accept that the academic context of a PhD and the lifestyle of a researcher moving across various countries to attend congresses are so different than the cultural context and environmental conditions of a farm. I can’t simply mix the lifestyle of a farmer and that of a researcher. Anyway, whenever I try to do so or I spend some few days in a family-run farm in an African context (e.g. currently I am writing from a small holder farm in Mwingi, a rural area in central Kenya, not even completely electrified) then I get the best results of my research and I grow in the knowledge of how the farming world really is, when we speak about farming, even Carbon faming. My lovely farmers and I dream to raise our common voice and bring awareness on the real role which farming and research can play together: my PhD is not a barrier, it is the way to open my mind to their culture and learn more.
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