The next edition of InFiorita Ispra will take place on 23 and 24 April 2022postponed to 7-8 May 2022. The Horticultural Show of gardening, biodiversity and sustainability will have for theme “FIORIRE per VIVERE” (BLOOM TO LIVE)
For the 2022 edition the French Semester of the JRC Ispra is delighted to contribute with two initiatives :
A stand (of the garden club) will have information on the activities of the French Semester and on JRC
we are organising a special exposition on the Landscape architect Gilles Clement in the gardens of San Gabriele from 23 April to 15 May – go check the special announcement on this!
A vernissage will take place this Wednesday 27/04 at 5.45 p.m.
Giardino San Gabriele.
There will also be guided tours of the exhibition on Saturdays and Sundays at 3 p.m. and 4 p.m. until May 15 to be specified at the same time.
It will be the fifth edition of this review that over the years has enchanted both exhibitors and visitors, also thanks to the splendid natural setting in which it takes place and the interesting cultural insights into the environment and everything that is ” green “: BLOOM to LIVE!
What’s this ? We have all had, at one time or another, the opportunity to observe nature and its diversity, with wonder. Observing for your pleasure is good… but observing and allowing the scientific community to benefit from your observations is better! This is participatory science: scientific programs to which we can all, specialists or amateurs, contribute by collecting observations, on a voluntary basis.
What’s the point ? Firstly to improve knowledge on biodiversity. Scientific research programs, species inventories: the better we know about biodiversity, the better we can protect it. But also to educate and raise awareness of biodiversity issues, through citizen involvement and pedagogy through action.
For who ? For everyone ! Whether you are a beginner, an insider or an expert in the field of observation. In any case, you benefit from the support of expert observers who will be able to verify your identifications. Birds, molluscs, plants, pollinating insects…: whatever your interests, you will inevitably find what you are looking for in the wide variety of participatory science programs.
Scientific credibility Citizen science is not just for experts. But then, how to be sure of their scientific seriousness?
All observers, beginners and experienced, follow a well-defined data collection protocol. This protocol frames the data collected and specifies the desired collection techniques, which facilitates the scientific exploitation of the data a posteriori.
Observers have tools to help identify species, such as the taxonomic reference or the list of probable species by geographical area. To go further, some observation programs call on expert observers – the “verifiers” – to support the most novices.
Suspicious data is discarded. All transmitted data includes at least a date, a place, a species and an observer. By cross-checking these elements with each other, erroneous data are discarded.
OPEN is not a data site!
OPEN does not allow you to upload your observation data to the database of the citizen science program of your choice. To do this, you will need to go directly to the website of the program concerned.
Some examples of featured observatories
BioObs (Base for the inventory of underwater observations)
PROGRAM DESCRIPTION BioObs is a tool made available to all divers, it is for those who want to: – Identify the species encountered during a dive. Compile a record of their observations on one or more dives. – View their naturalist dive log. – Contribute to a scientific approach to the inventory of species. – Know the range of each species. – Learn about observable species at different sites. BioObs accompanies the evolution of the practice of divers. It meets the expectations of those who want to know more about the natural environment in which they live. BioObs allows everyone, autonomous or dive guide, to prepare the dive by learning about the observable species in the planned dive area.
PROGRAM DESCRIPTION Green space managers want to know the effect of their management practices on the quality of grasslands, but also to assess the dynamics and evolution of these environments. Scientists have associated themselves with these questions by providing suitable tools to answer them, in the form of standardised monitoring of grassland flora. The aim is to collect data on these ecosystems over a long period and over a wide geographic area. Managers are thus invited to contribute to a collective effort to collect data on grassland flora. These data make it possible to calculate an indicator of the ecological quality of grasslands in relation to the associated management methods and thereby provide a tool to help in the choice of practices to be favored in the field.
BioLit: coastal observers
PROGRAM DESCRIPTION BioLit is a national participatory science program on coastal biodiversity. carried by “Planète Mer” and supervised by the National Museum of Natural History; it proposes to monitor this biodiversity through various actions. Each action corresponds to a theme of long-term monitoring of the terrestrial and marine biodiversity of the coast, or the pressures exerted there. They make it possible to respond to scientific and environmental concerns about the evolution of coastal habitats and species. The program takes place all year round, on the entire metropolitan coast and even overseas. It is aimed at a wide audience, with or without knowledge, to allow as many people as possible to participate. Alone or accompanied by an environmental education structure, you will always find an action to carry out on the coast. It’s up to you to choose which one you want to participate in.
PROGRAM DESCRIPTION Phénoclim is a scientific and educational program that invites the public to measure the impact of climate change on the fauna and flora in and around the mountains. Initiated in 2004, it is based on two scientific disciplines: PHENOlogy and CLIMatology, to question the rhythms of nature. The data collected in different mountain ranges allows researchers to better understand the functioning of ecosystems in each season and to study the effects of climate variations on the environment.
Do you live in the Vosges, the Jura, Corsica, the Alps, the Pyrenees or the Massif Central? Do you want to observe nature in a useful way? Phenoclim is made for you! Throughout the year, you can take part in data collection free of charge (phenological dates, snow cover, temperatures, etc.). From the plains to the tops of the peaks, all the observations are interesting for carrying out comparative analyses.
Reunion Island hosts one of the most unique seabird communities in the world, including two endangered endemic petrels, the Barau’s petrel (Pterodroma baraui) and the Mascarene black petrel (Pseudobulweria aterrima).
These species are in dire need of emergency conservation measures. They already benefit from national action plans, but the implementation of conservation actions suffers from ecological, technical and financial constraints, resulting in conflicts between nature conservation and socio-economic development. France has the sixth highest proportion of its endemic species threatened at the European level, although these species are mainly located in overseas territories where conservation efforts need to be stepped up to fully implement the EU Biodiversity Strategy by 2020.
Reunion is the only tropical island in the world to host two endemic petrels. However, if nothing is done quickly, these two species will join the list of 22 species of bird which have already become extinct on the island. This loss of biodiversity is not just a local ecological disaster, but also a worldwide disaster, because once these species are gone, we will never get them back. For years, Reunion National Park has been working to protect these species with the Société d’Études Ornithologiques de La Réunion [SEOR], the Office National de la Chasse et de la Faune Sauvage [ONCFS] Brigade Nature Océan Indien [BNOI], and the University of Reunion to rescue stranded petrels, organise the“Nights Without Lights” Campaign, to look for nesting sites in the island’s mountains, and to monitor petrel colonies and populations. This is an emergency situation and two national action plans (NAPs) have already been set up (1. Mascarene Petrel NAP, 2012 and 2. Barau’s Petrel NAP, 2008) which identify threats to the species and what needs to be done to conserve them, including clearing rubbish and reducing numbers of wild predators (cats and rats) as well as levels of light pollution.
In order to halt the decline of these species, in 2015 a 5-year European project was initiated, dedicated to protecting these two species of endemic petrel, and with key partners joined forces to save the Mascarene Petrel and Barau’s Petrel. These partners have been working together for over ten years now. The aim of the LIFE + Petrels project is to prevent these species from becoming extinct. It will develop and implement innovative strategies and conservation techniques in a highly urbanized island, and will remove regulatory, technological and logistical barriers. It will consult and involve stakeholders, reduce threats to the species and will engage in conservation activities compatible with the island’s economic development. These endangered endemic species are among the rarest seabirds in the world.
=>Protect natural heritage
– Improve our knowledge of and identify colonies of Mascarene Petrels in the highest peaks of the island, previously unknown and inaccessible settlements, using innovative methods – Reduce numbers of introduced predators (cats and rats) in the environment and reduce light pollution – Raise public awareness
=>Protect cultural heritage
– Make a compendium of stories and legends based around petrels – Develop cultural events – Implement new practices, projects and teaching tools – Raise local awareness and involve local stakeholders in the sustainable conservation of petrels
=>Create, innovate and educate
– Create partnerships and exchange programs with other countries (training, techniques, seminars etc.) – Bring in experts and visit similar sites (Hawaii, Fiji, New Zealand) – Train students – Create advanced local technology (beacons, GPS, Smartphone applications) – Become a leader in the conservation of these species without affecting economic development
This project will contribute to the development of personal and organisational skills in conservation, which will be transferable to other islands with similar problems.
Halting biodiversity loss and preventing the extinction of these heritage species are the major challenges this project will face. To achieve this goal, a concerted conservation strategy will be implemented in partnership with local stakeholders. The project will be the first in Reunion Island to establish large-scale, concerted conservation efforts across the island, from the coastline up to the highest peaks.
Petrels are ideal pilot species to demonstrate that social acceptance, also called “Ecological Solidarity”, is essential to improve the link between natural, protected upland areas, where petrels nest, and urbanized coastal regions through which petrels must pass in order to reach the sea.
The entire population of the island needs to be made aware of the plight faced by Petrels. Therefore, this project will not be limited to conservation projects in upland areas and the National Park, but will also target the island’s socioeconomic actors with the ultimate aim of establishing a collaborative program which will boost local initiatives.
Biodiversity conservation requires the development of modern and suitable techniques and everyone needs to get involved.
Indeed, the island context of Reunion, its diversity of habitats and its extremely mountainous terrain make it unique and extraordinary. However, it also makes it harder to use conventional conservation tools. Research and innovation are thus essential for a coherent and sustainable conservation strategy.
On a larger scale, these innovative initiatives will bring knowledge which will be shared around the world, making Reunion’s plight better known in the Indian Ocean and further afield.
Marseille’s Old Port has seen the installation of an innovative new waste capture device that intercepts rubbish destined for the sea.
The ‘D-Rain’ system is the product of local startup Green City Organisation, which aims to fight water pollution in the Mediterranean.
The organisation says that 80% of sea pollution comes from land and that “with each major rainfall event, coastal cities discharge waste, plastics and other emerging pollutants directly into the sea via land and underwater stormwater outfalls, like a flush”.
the concept of the “D-Rain system” is simple: it consists of a net connected to both offshore and onshore water outlets that is able to capture waste as small as 5mm. The net has a volume of 10m³ and will need to be emptied ten times a year. The system is able to alert when the net is full so that the water flow can be released and the net can be emptied.
Sensors on the system are also able to measure the quality of the water, collecting data on factors such as acidity, turbidity and levels of oxygen.
Within five years, the organisation aims to recover the equivalent of what France discharges into the Mediterranean – 11,000 tonnes of waste per year.
So far, it has been recognised by various institutions and received multiple awards, including the Monaco Smart & Sustainable Marina Award 2021 and the Special Jury Prize in the EDF Pulse 2021 competition (Biodiversity and Nature Protection category)
Set up in 1899, the Lautaret Alpine Botanical Garden testifies to the one-hundred year history of the University of Grenoble’s passion for alpine flora. The sheer variety in the collections, and the design of the rock gardens set into the landscape, make this altitude garden one of the most beautiful in Europe.
D!CI TV : Jardin alpin du Lautaret from ALTO Dici Radio on Vimeo.
An exceptional natural environment
The natural diversity of species growing in the Lautaret region is due to its extraordinary geographic, geological and climatic configuration. There are over 1,500 species growing in the wild in the three municipal areas of La Grave, Villar d’Arène, and Le Monêtier-Les-Bains.
Geography: a region of major Alpine passes
The Lautaret Alpine Station is located at the very heart of the French Alps right next to Lautaret pass, between the urban centres of Grenoble (90km away) and Briançon (30km away) in the district of Villar d’Arène in the Hautes-Alpes area.
The Lautaret pass is located at 2,058m above sea level and connects the Romanche Valley (a tributary of the River Isere) to the west with the Guisane Valley (a tributary of the River Durance) to the east.
The pass has been an important link between the Grenoble and Briançon regions for a very long time. It is vital to the local economy and everything possible is done to keep it open all year round.
The panoramic view that can be enjoyed from the Lautaret pass encompasses:
The Ecrins-Pelvoux mountain range with its high peaks (Meije is 3,974m above sea level) and glaciers to the south. This area has been included in the central zone of Ecrins National Park since 1973.
To the north, the jagged cliffs of the Grand Galibier mountain range peaking at 3,228m above sea level and breaking off at the Galibier pass, one of the highest and most famous Alpine passes (2,642m above sea level). Located on the border between the Savoie and Dauphiné regions and 7km from Lautaret pass, it offers access to the Maurienne Valley. It is open from early June to late September and is accessed by road from the Lautaret pass.
Geology: a brief overview of the history of the Alps
The Lautaret pass is renowned for its geological panorama where the large Alpine structural units that overlap from east to west with very complex tectonics can be observed.
Climate: a unique location
The Lautaret pass is located close to Briançon, the driest spot in the French Alps, and enjoys an exceptional climate which combines dry summers, lots of sunshine and significant temperature variations.
Distinctive features of the climate:
Low rainfall Average annual rainfall is roughly 1,300mm at the Lautaret pass, i.e. barely half the amount recorded near Grenoble at the same altitude. Furthermore, the seasonal distribution of rainfall shows a marked trough in the summer.
A sun-rich environment The area is well protected from westerly winds by the peaks of the outer mountain ranges and from the mists of the Pô plain by the mountains located on the border with Italy.
Significant temperature variations In summer, temperatures close to 20 -25°C at midday and night-time temperatures of only 2-3°C above zero are not uncommon. The temperature variations are accentuated by the dry air.
Zoning of plant life in the mountains
Anyone who has walked along a mountain path or road will have observed that plant life changes with altitude. This is called the zoning of plant life. The most striking of these changes is undoubtedly the disappearance of forests, which are replaced by meadows, at 2,000 – 2,500m above sea level in the Alps.
Bioclimatic zoning of the French Alps
Biogeographical observations show that major changes in vegetation in the French Alps are structured along three major geographical gradients.
The altitudinal gradient determining the zoning of vegetation, moving from the foothill zone to the alpine zone.
Latitudinal gradient with the gradual change from the northern to the southern Alps.
Transverse gradient with the gradual change from the outer to the inner Alps (the High Romanche, Maurienne, Tarentaise and Durance valleys).
Two climatic parameters have a determining influence on plant growth and development, particularly that of trees: rainfall and temperature (these are called bioclimatic parameters). However, these two parameters vary in a complex fashion along the length of these three geographical gradients.
The fescue hay Meadows
In the non-landscaped areas of the Alpine Garden and the surrounding area of the Lautaret pass, you will observe the hay meadows of Festuca paniculata or ’queyrelle’ which constitute one of the most remarkable groupings in the region. These are known locally as ’queyrellins’.
These subalpine meadows are generally found on gentle, south-facing slopes and at altitudes of below 2,400m (although it can be exceptionally found at 2,500m in protected conditions). It thrives on soft rock (notably flysch) which easily deteriorates and produces deep, relatively fertile, soil at this altitude (the last altitude at which earthworms are found in abundance…). These meadows have a similar floral composition throughout the southern French Alps
A festival of colour Festuca paniculata is a perennial tall grass which grows in large dense tufts. The leaves lengthen rapidly at the start of the season. The first leaves start to grow even before the snow has entirely thawed. This usually takes place in the month of May. These first shoots, found growing alongside the crocus flowers, are extremely modest compared to the numerous leaves from the previous year flattened by the snow, which will progressively disappear between May and June.
Vegetation: preserving the region’s exceptional biodiversity
The Lautaret-Galibier region has long been renowned for its exceptional wealth of plant species and populations. Almost 1,500 species (out of the 5,000 recorded species in France) have been recorded here.
Landscapes fashioned by human impacts The absence of natural forests at the Lautaret pass is linked to the human activities in the area. At some point in the distant past, the areas around the pass were deforested in order to increase the amount of land available for grazing livestock and growing crops. The gentle slopes and the abundant pastures have made this sector a destination of choice for the summer transhumance.
Internships and field courses
Every year the Lautaret Alpine Botanical Garden has a number of openings for interns and students in different fields. These internships and field courses concern students of horticulture and landscaping (horticulture internships), university students (guided visits internships) and university students and researchers (field courses in botany and alpine ecology).
The production of Camargue rice involves waste, such as its stem, also called rice straw, or its part unfit for consumption: the rice husk (protective covering). Balleconcept recycles all of this waste, in particular by offering insulation solutions. The company packages ready-to-use “boots” in various sizes for the construction industry. Balleconcept’s innovations also concern manufacturers, such as breweries or pharmaceutical laboratories, which will be able to use this rice waste for their difficult filtrations, since they are without grain residues, without additives, without aromas and without microbiological risks.
Founded in 2015, BalleConcept is a company specialising in the valuation of by-products from rice cultivation and milling. It offers its customers high quality rice husks, in bulk or in the form of high density bundles. BalleConcept is an innovative company, concerned about its environment and the evolution of the agricultural sector.
Due to its very low density, rice husks occupy a large area around rice mills. In the spirit of protecting its natural environment, BalleConcept invested in a high density baler in 2016. In the form of compact bundles, the rice husk becomes easier to transport, store, and handle on construction sites. Its price and carbon impact are also reduced.
Since then, we have conditioned the 4,000 tonnes of Camargue rice husks produced by Silos de Tourtoulen in Arles and marketed them in high density bundles.
Géochanvre F, an industrial startup that places sustainable development at the heart of its business model Géochanvre F was born from the desire of its leader, Frédéric Roure, agronomist, ecological engineer, to provide an ecological, ethical and economical alternative to plastic products and imported fibers in the fields of geotextiles and textiles.
The company relies on an innovative technology that it has patented internationally, which consists of binding plant fibers by spraying water under high pressure without requiring the addition of adjuvant: this is the process of hydrolysis. It allows the industrial production of 100% biodegradable non-woven fabrics.
Thanks to this process, Géochanvre F manufactures products in Burgundy that enhance locally grown plant fibers such as hemp or flax.
NATURAL RAW MATERIALS FROM FRENCH AGRICULTURE
Géochanvre F mainly uses Hemp from Burgundy and also works to integrate Linen from Burgundy. Hemp is a rustic plant cultivated for a long time in France. It is grown without pesticides and allows agriculture, thanks to its roots, to naturally aerate their soils. Because it does not need inputs to grow, it is recommended in areas where drinking water is collected.
By providing an economic outlet for Hemp, Géochanvre F encourages its cultivation.
LOCAL TRANSFORMATION = LOCAL JOBS
Géochanvre F is developing on a former industrial site undergoing conversion, in Lézinnes in Yonne, in a rural area. To date, it has created 9 jobs. In addition, for tailoring and packaging services, it calls on local service providers or those from the social and solidarity economy.
The Scandola Nature Reserve is located on the west coast of the French island of Corsica, within the Corsica Regional Park. The reserve was established in 1975. The park and reserve has been recognised by the United Nations as a Natural UNESCO World Heritage Site since 1983 because of its beauty, rich biodiversity, and maquis shrubland.
The Scàndula Nature Reserve (SNR), both terrestrial (919 ha) and marine (664 ha) is considered the first European nature reserve to have a protected part on the sea and a part on land.
The marine part of the SNR includes a No-Take Zone (82 ha) where any form of fishing is prohibited, and a partial reserve, where artisanal fishing is authorised, under a number of constraints, while recreational fishing is banned.The SNR has been frequented by man since the Neolithic period, but never accomodate permanent human dwellings; it is now uninhabited.
Terrestrial ecosystems include forests and high maquis, low maquis, Cistus shrublands, low shrublands, more or less nitrophilic lawns, coastal rocks with halophilic vegetation, vegetation of inland rocks and cliffs, and other very localized plant communities. Fifty species of birds (46 % of the whole of the Corsican avifauna, including the iconic osprey Pandion haliaetus), 8 species of bats, 12 species of amphibians (including Discoglossus sardus), 33 species of ants, 64 species of parasitic Hymenoptera, 56 species of Lepidoptera, 138 species of spiders, 710 species of vascular plants (a third of the floristic richness of Corsica) and 57 species of bryophytes (traditional name for any nonvascular seedless plant—namely, any of the mosses) occur in the SNR. Non-flying mammalians are all introduced species, while all native species were extirpated by humans shortly after they colonised Corsica, ~10 000 years ago. The small islands and islets are characterised by high degree of originality in the structure and functioning of the terrestrial communities and in their biodiversity.
Biodiversity and lessons from 46 years of management
Overall, the SNR has been an undeniable success. It owes this to nearly 50 years of uncompromising protection and efficient management, to the unsparing dedication of wardens and curators, to a symbiosis between management, agents and independent scientists and to a Scientific Council that was not just window-dressing. Among the most remarkable successes is the reconstitution of the osprey Pandion haliaetus population, which was almost extinct in the early 1970s, and the coexistence of a profitable artisanal fishing industry with marine biodiversity sometimes close to the baseline. But these successes should not mask failures. The decree creating the reserve has not been updated; overcrowding by boats, in particular sightseeing boats, was neither anticipated nor limited, and is now out of control; the degradation of the Posidonia oceanica meadows and the recent failure of ospreys to produce fledgings are other examples. The reserve is too small to be fully efficient and has not been enlarged; the Council of Europe, on the basis of the failure to respond to its long-standing requests, withdrew the European Diploma from the reserve in 2021.
The territory of the SNR is today among the best known in the Mediterranean. In addition, the SNR has constituted a sort of scientific hotbed: many major discoveries, now widely known and used, of great importance for management, originated in Scàndula. Unfortunately, the success of the SNR, which has been iconic in the Mediterranean, could be jeopardised in the near future by uncontrolled frequentation which could destroy the very features which constitute the justification of the reserve and at the same time its attraction for tourists.
Aix-en-Provence (Bouches-du-Rhône) is one of two European cities, alongside Florence in Italy, to be selected for a project called Airfresh (Air pollution removal by urban forests for a better human well-being) which will see 400 trees planted on the boulevard du Général Paul Angenot – located in a suburb to the south west of the city.
The aim is to find out if the newly planted trees will have an impact on the city’s air quality. The project, led by Pierre Sicard, a scientist who specialises in pollution and climate change in forests, aims to reduce ozone by three tonnes per year.
The species selected include plane trees, lime trees, maples, oaks and Japanese sophoras – all adapted to local climatic conditions and an urban environment as well as being resistant to disease. They also absorb harmful volatile compounds while emitting few allergenic pollens.
Sensors installed 1m80 up the trees measure what pollutants humans breathe in (fine particles, CO2, ozone, and nitrogen dioxide) while others higher up the trees record meteorological data.
Aix-en-Provence in Southeastern France (143,000 inhabitants) has a Mediterranean climate and is the third most polluted city in France. By 2100, the annual mean temperature will increase by + 1.9-4.6°C, and up to 5.7°C in summer. By way of comparison, in Aix-en-Provence, during the 2019 heat wave, the deviation was + 3.5°C compared to the nearby cities. In 2019, the EU target values for the protection of human health were exceeded for NO2 and O3. The main species of street trees are are Platanus spp., Populus spp., Quercus ilex, Pinus halepensis, Ulmus spp. and Cupressus sempervirens.
Southeastern France and Italy are the highest O3 risk areas in European Union with increasing O3 levels in cities. In 2019, about 95% of the population of the city was exposed to PM2.5, PM10, NO2 and O3 levels exceeding the WHO target values for health protection.
In 2019, a total of 55 deaths for non-accidental causes were attributed to O3, NO2 and PM10 in Aix-en-Provence . A total of 163 hospital admissions for cardiovascular and respiratory diseases was also reported . For O3, we observed a high number of hospital admissions for cardiovascular endpoints, i.e. about 67 per 100,000 people at risk in Aix-en-Provence .
The new planted trees will enhance the abatement of air pollution and urban heat island. The tree will also contribute to carbon sequestration and improve the infiltration of runoff water.
Tree charter in Aix-en-Provence
In 2019, the city of Aix accounts 180-ha of green spaces including 20,400 public trees (managed by the municipality).
The City of Aix made a plan to develop and protect its public tree heritage. The Tree Charter consists in preservation of the existing tree heritage. From now, the City wants to determine whether trees can be planted in certain quarters, which tree species, which planting and management strategy, and how to increase the pace of new plantations.
The charter aims to: 1) make people aware of the role of trees in the city; 2) evolve and adapt best practices; 3) prepare the renewal (e.g. methods of planting, places of plantation); 4) make the tree one of the vectors of nature and biodiversity in city; and 5) set up communication tools towards public.
French semester symbol inspiration with Gilles Clément (1943 – ) French Landscape Architect, Theorist and Writer.
At the invitation of our friends from the French Semester 2022 to bring nature into the Eiffel Tower, which will be located on the roundabout at the entrance to the JRC (Ispra), we looked for inspiration in the work of the famous gardener, philosopher, botanist and professor at the Versailles Landscape School, Gilles Clément, and the three principles he created:
The garden in motion, the planetary garden, and the third landscape.
And the latter… the Third Landscape seems appropriate for our little project.
Gilles Clément calls the third landscape
all places abandoned by man
… the roadside, the edge of the field, a suburban field that has escaped construction, a traffic island, a roundabout… spaces that, almost without human intervention, can become pleasant places, gardens of the future where biodiversity finds refuge.
For Gilles Clément, working on the Third Landscape means not going against nature but with it, supporting it, observing it and intervening as little as possible.
Free yourself from rules and be “lazy”, let Nature do the work
The idea of the third landscape is a garden WITHOUT a gardener, WITHOUT a grass trimmer, a shredder, a perfect English lawn, artificially trimmed hedges and plastic looking bushes. On the contrary, it extols the wildness and natural “imperfection”.