Consciousness in Agricultural Systems

The conversation about what makes “good food” is evolving rapidly as we become aware of different aspects and relationships of agricultural systems. We of course know of the ecological impacts of farming (the industrial way of farming which is prevalent today)- loss of forest cover, loss of biodiversity, greenhouse gas emissions, pollution of soil, water, air and so on Home  »  Blog  »  Consciousness in Agricultural Systems Consciousness in Agricultural Systems September 2026 · Anshul Aggarwal The conversation about what makes “good food” is evolving rapidly as we become aware of different aspects and relationships of agricultural systems. We of course know of the ecological impacts of farming (the industrial way of farming which is prevalent today)- loss of forest cover, loss of biodiversity, greenhouse gas emissions, pollution of soil, water, air and so on. To address these concerns metrics like food miles and carbon and water footprint of food have come up. There is an assumption here that “organic” or “regenerative” labels are intrinsically faring better on these metrics. But organic and regenerative too have become market labels and part of the large industrial agricultural system, and therefore not necessarily always good for ecology or people. Then, there are social implications of agriculture–exploitation of communities and labour caused by large food conglomerates. The criticism of the ‘big food’ industry has led us to a better understanding of the global implications of trade in food systems. And that has given us the ideas of local, small-scale, fair trade etc. For animal agriculture, there are certifications and standards of pasture-raised, free-range, humane treatment and so on. If you are a farmer and somehow you are looking at all these aspects, you are probably doing the best that you can. But is that enough? In Indian metaphysics, particularly in the Upanishadic tradition, food, body, mind and life-force are understood as intimately connected. A passage in the Chandogya Upanishad illustrates this relationship through the gross and subtle aspects of nourishment (Lokeswarananda, 1998). That which is the subtlest part of curds rises when they are churned and becomes butter. In the same manner, that which is the subtlest part of the food that is eaten rises and becomes mind. The subtlest part of the water that is drunk, rises and becomes prana. The subtlest part of the fire that is eaten rises and becomes speech. (6.5.1-4) In the Vedic tradition, food is associated with matter. Annam is both food and matter. In fact, food is kind of a bridge between the material and spiritual worlds. The rituals of the Vedic tradition are rituals of consummation of these two worlds, mediated by offerings of food. The idea of food as energy continues into the Indian Upanishadic tradition as well. As Sri Aurobindo notes in the Life Divine (2005), “All Matter according to the Upanishads is food, and this is the formula of the material world that ‘the eater eating is himself eaten’” (p. 204). Therefore in the spiritual traditions, food has been not only an object of sustenance but also contemplation, a vehicle of energy- both gross and subtle. The relationship between matter and consciousness finds a very precise articulation in the Integral Yoga philosophy of Sri Aurobindo. For him, this relationship between matter and consciousness directly implies that evolution of matter is linked to evolution of consciousness. Thus, material reality changes, as consciousness evolves–material reality can be changed when consciousness evolves.  So, can food be made better by evolving consciousness? How? What is the implication of consciousness on the food that we grow and consume? And before all that, what is consciousness in food? What is consciousness at all? For me, these are the most exciting questions in agriculture today and many are waking up to a hidden dimension of our life, and our agricultural systems that lie at the foundation of who we are, and how we have created this world. Surprisingly (at least for me), some of these questions have been taken up by the United Nations Development Programme through their initiative– Conscious Food Systems Alliance (CoFSA). CoFSA describes consciousness as awareness of the inner and outer phenomena that shape how we relate to ourselves, to one another, to Nature and to future generations. Their focus is on how inner dimensions of people and the institutions they build impact agriculture, and vice versa. The Case Study Collection, Volume 2, published in 2026 by CoFSA brings together nineteen initiatives from different parts of the world. They range from farms and fishing communities to schools, universities, cooperatives, public institutions and global movements. Some use meditation or reflective dialogue explicitly. In others, consciousness is present through cultural memory, spiritual practice, deep listening, shared responsibility or a renewed experience of interdependence. They all show that inner change is beginning to be understood as part of the practical work of transforming food systems and that there is greater acknowledgement for this missing dimension in our food systems. AuroOrchard in Auroville features as the opening case study of this volume.  You can access the full volume here. Cultivating food and the person The first group of cases focuses on food production. I share my understanding of an integral view of agriculture which includes the dimensions of ecological, social, intellectual, spiritual and psychological practice. The framework invites attention to five interdependent dimensions of agricultural life – physical, vital, mental, spiritual and psychic – and to the tensions between them and how they are being explored at AuroOrchard in service to food production and a holistic community food system. The Islamic Farming initiative of Global One 2015 works with Muslim farming communities in Kenya, Ethiopia and Nigeria. Conservation practices such as composting, crop rotation and minimum tillage are connected with Qur’anic principles of trust, stewardship, prayer and charity.  In Sri Lanka, Sarvodaya’s Awakening Through Natural Farming links chemical-free farming with mindful observation, self-reliance and community awakening. A farmer-to-farmer model helps people recover confidence in their own knowledge and in the biological processes of the farm. The rapid growth of

Dry Tropical Syntropic Agroforestry

We get asked this question quite a lot! As Permaculture becomes more and more popular and perhaps projected as a wonderful solution for diversity and abundance, it is a general perception that “being a Permaculture farm” is the next big innovation in farming. ⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀ Home  »  Blog  »  Dry Tropical Syntropic Agroforestry Dry Tropical Syntropic Agroforestry July 2026 · Anshul Aggarwal Since 2023, we have been experimenting with syntropic agroforestry in different parts of AuroOrchard. This work is part of our wider effort to develop integrated perennial horticulture across the farm through new orchards,⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀ The human relationship with productive forests is older than settled agriculture. Archaeological research shows that hunter-gatherers were actively shaping tropical forest ecologies tens of thousands of years ago through burning, plant movement, selective protection and the concentration of useful species. It would be inaccurate to describe all these practices as agroforestry in the present technical sense. Still, they show that humans were managing trees, plants and forest mosaics for food long before fields of domesticated crops became the basis of settled societies. Many Indigenous and traditional systems continue this long history: home gardens, forest gardens, shifting cultivation, mixed orchards, trees maintained within crop fields and animals grazing beneath tree cover. Modern agroforestry has organised these diverse practices into a recognised field of farming and research, but it did not invent the idea of cultivating with trees. Today, the Food and Agriculture Organization defines agroforestry as the deliberate integration of woody plants—trees, palms, shrubs or bamboo—with crops or animals, arranged together in space or through time. While the term is relatively modern, the practice of growing food within wooded landscapes is very old. Syntropic agriculture, also described as successional agroforestry, is a more recent approach within agroforestry, developed through the work of Swiss farmer and researcher Ernst Götsch.Götsch began field experiments in Europe during the 1970s and later continued his work in Costa Rica and Brazil. After settling in Bahia in the early 1980s, he developed cacao-based systems that combined food crops, fruit trees, service plants and longer-lived forest species. His work gradually became known as syntropic agriculture. In Götsch’s use of the word, syntropy refers to the capacity of living systems to generate increasing organisation, differentiation and complexity. We can create syntropy by understanding how plants can be arranged and managed so that each stage helps create the conditions for the next. Syntropic agriculture uses familiar agroforestry elements—trees, crops, succession, ground cover and biomass—but gives particular attention to: the position of each plant within the vertical canopy; the stage of succession at which it belongs; its life cycle and productive period; its function within the whole system; and the timing of pruning, harvesting and removal. It is therefore more than planting many crops together. It is an actively managed process in which the farmer continually observes how the plants are interacting and changes the system as it develops. Some plants produce food. Others are planted mainly to provide temporary shade, occupy space, protect the soil or generate biomass. Some remain for only a few months. Others become part of the permanent orchard. Designing in space and time A syntropic field is planned with two important considerations. The first is space. Plants are arranged according to the amount of light they require and the height they may eventually occupy. A coconut, avocado, papaya, pineapple and sweet potato use different parts of the vertical space. The second is time. Plants are arranged according to their life cycles and their place in the development of the system. Maize, pumpkin, watermelon and rosella may occupy the first few months. Papaya, moringa and lemongrass may remain for several years. Avocado, jackfruit, citrus and cacao form the longer-term orchard. The first appearance of the field is therefore not its final form. Short-lived plants are harvested. Support plants are pruned repeatedly. Some trees are eventually removed as the main fruit crops require more light and space. A papaya, for example, may protect a young avocado from direct summer sun and produce fruit during the first few years. As the avocado develops, the papaya may need to be cut back or removed. Its role was to help establish the next stage of the system. This combination of vertical stratification, different life cycles and planned succession is central to the design. The Syntropic Trend and the Gap Syntropic agriculture is now being explored in different forms and at very different scales. Its best-known examples are tropical cacao, coffee and fruit systems in Latin America, but the approach has also been adapted to market gardens, school gardens, Mediterranean orchards, temperate fruit and nut systems, and larger experiments combining grains, grasses and rows of trees. Scientific research is also beginning to examine syntropic farming more closely. A 2025 review brought together 67 empirical studies. Most were from tropical countries, with almost three-quarters coming from Brazil and Bolivia. Only one study in the review came from Asia, from Yunnan in China; none of the studies listed were from India. The review found encouraging results in areas such as agrobiodiversity, nutritional diversity, soil fertility, carbon storage, water cycling and plant health. Productivity comparisons with other farming systems were mixed. It also identified considerable demands for labour, knowledge, tools and active management. There is, therefore, a growing body of conceptual writing, practitioner experience and scientific study. What we have found less readily available is open, detailed documentation from dry tropical farms showing actual field dimensions, species quantities, irrigation arrangements, planting chronology, pruning, survival and the changes made over several years. This is the context in which we place our work at AuroOrchard. AuroOrchard has sandy soil, intense summer heat and long periods without significant rain. Young fruit trees require irrigation during establishment, and the plants grown for shade and biomass draw from the same limited water. These conditions shape decisions about density, spacing, species, succession and pruning. Through our trials, we hope to develop and share some practical examples of dry tropical syntropic agroforestry. Design Process Before planting, we

Natural Beekeeping and Apiary Project

In January 2026, Erik spent six days at MadhuSree Honeybee Farm in Kerala. The farm has over 45 years of experience and manages more than 2,000⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀ ⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀⠀ Home  »  Blog  »  Natural Beekeeping and Apiary Project Natural Beekeeping and Apiary Project July 2026 · Erik Jansegers & Anshul Aggarwal Between August 2025 and April 2026, AuroOrchard’s natural beekeeping project made significant progress towards developing a larger, resilient apiary and creating opportunities for learning about bees and small-scale honey harvesting. The project began in August 2025 with two main aims: to gradually expand the farm’s apiary to 100 hives, with the possibility of eventually reaching 200, and to offer workshops for farmers, students and people interested in natural beekeeping. Learning from experienced beekeepers In January 2026, Erik spent six days at MadhuSree Honeybee Farm in Kerala. The farm has over 45 years of experience and manages more than 2,000 colonies of the Indian hive bee, Apis cerana, and the stingless bee, Tetragonula iridipennis. The visit offered valuable practical learning in hive design, colony management, honey production, multiplication of colonies and the organisation of a professional beekeeping operation. It also helped inform the next stage of hive development at AuroOrchard. New hives and growing colonies Almost 30 new hives have been made using three designs developed and adapted by Erik: One Kenyan top-bar hive Five Warré hives Twenty-two stingless bee boxes designed for honey production These designs build on research and experimentation at AuroOrchard since 2015, together with Erik’s earlier beekeeping experience in France. The dimensions, ventilation, entrances and internal organisation of the hives are designed around the needs of the bees and the conditions of our region. The stingless bee boxes include a separate honey chamber, allowing honey to be collected with minimal disturbance to the brood area. The number of Apis cerana colonies at the farm has increased from three in 2025 to seven. The number of stingless bee colonies has grown from around fifteen to more than forty. The colonies are healthy and developing well. We are currently placing particular emphasis on stingless bees, which have shown themselves to be highly resilient in our local conditions. Expanding the apiary In February, the existing roofed apiary structure was extended and an old shed was repaired. Together, these spaces can eventually shelter between 100 and 200 stingless bee colonies. Honey harvesting is expected to begin in January 2027, during the main flowering season from December to March. The coming months will continue to focus on strengthening the colonies, observing the new hive designs and improving them through experience. Sharing the learning On 18 April 2026, AuroOrchard hosted a new three-and-a-half-hour workshop titled “The Secret Life of Honeybees: An Introduction to Natural Beekeeping.” Twenty-five people participated in the workshop, which introduced the lives of honeybees, the differences between bee species, hive design and the principles of working with bees in a respectful and attentive way. The response was very positive and encouraging. Natural beekeeping has been an area of exploration at AuroOrchard for more than ten years. This project is helping us deepen that work, create a strong home for bees at the farm and share what we are learning with a wider community. Previous ArticleNext Article Featured Articles Remembering the Beginnings…ㅤㅤㅤㅤㅤ 27 Aug 2026 Monthly Updatesㅤㅤㅤㅤㅤㅤㅤㅤ 26 Aug 2026 Remembering the Beginnings…ㅤㅤㅤㅤㅤ 27 Aug 2026 Words of appreciation…ㅤㅤㅤㅤㅤ 26 Aug 2026

The Story of How AuroOrchard Started…

In December last year, I wrote about the dilemmas of agriculture with animals. Home  »  Blog  »  The Story of How AuroOrchard Started Offering Meat The Story of How AuroOrchard Started Offering Meat July 2026 ·Madhuri Kadam & Anshul Aggarwal In December last year, I wrote about the dilemmas of agriculture with animals. In this post, we would like to share a little more about how these dilemmas play out in the context of the farm, and what we have been doing with our chickens. Inevitably, during any conversation about the activities of the farm, the question of chickens comes up. Do we need them on the farm? Aren’t Aurovilians supposed to avoid eating meat? Is this appropriate within a conscious community? Is it ethical to keep animals for food production? How is Auroville different if we also participate in animal farming, however well-managed it may be? Our sincere answer involves the following points: A large number of Aurovilians consume milk, eggs and meat for different reasons. At present, they have few sources of animal protein whose production conditions, feed, antibiotic use, animal welfare and traceability can be properly verified. As farmers, we feel responsible for engaging honestly with what the community is already eating and for trying to improve how that food is produced. If farms within Auroville withdraw completely from animal-food production, it does not necessarily mean that consumption will stop. Much of it will simply continue through outside systems over which we have very little knowledge or influence.   Our poultry also currently generates around half of the farm’s income and contributes significantly towards supporting vegetable and fruit production. If we stopped poultry within our present system, we would need to considerably expand horticultural production, increase prices, develop another dependable source of income, or reduce the activities of the farm.   Auroville is meant to be a field for exploring solutions that may have relevance for the wider world. Animals remain integral to the land, livelihoods, nutrition and farming systems of millions of households in India and elsewhere. If our agricultural solutions completely exclude animals, we may resolve one ethical contradiction while leaving many other agricultural realities unexplored. Expecting farmers to keep domesticated animals indefinitely without receiving food or livelihood from them is also economically unrealistic in many contexts. Our exploration is therefore not simply about whether animals should be present on farms, but about how these relationships can be transformed: how animals are cared for, what conditions they live in, how the food received from them is valued, and how responsibility is taken for their entire lives. Surely, there are counterpoints to each of these arguments. Auroville has a substantial vegan community, as well as many vegetarians by birth or by choice. For many people, this issue is deeply sensitive. For some, the ethical objection is fundamental: animals should not be used or killed for food under any circumstances. We take these objections seriously, even when we arrive at a different practical position. Our position has emerged from the particular realities of food production and consumption within Auroville. We do not claim that better animal welfare resolves the ethical contradiction of using and killing animals. We do feel, however, that as long as animal foods continue to be consumed, there is value in producing them locally, transparently and with greater care. Poultry has been part of AuroOrchard for around 45 years. During this time, it has moved from cages to deep litter and eventually to free-range systems, with the standards improving continuously. Free-range is not the panacea of poultry farming. It is the most responsible system that we currently know how to operate at the required scale within our present conditions. Can it be improved? Of course. We are trying every year to first come up to the best international standards within free-range, and hopefully then surpass those standards. Standards are minimum requirements, not the highest goals. This brings us to the question of what the goal should be. We feel that farmers cannot answer this on their own. As a community, we need to ask- What do we want our food to be? How do we want it to be grown? What standards are we prepared to support, even when they require more labour, infrastructure and money? In the last few years, we have made good progress in understanding the global free-range poultry ecosystem and connecting with people who can help us improve our work. We buy one-day-old chicks from a large commercial hatchery. This itself raises many questions and remains an unresolved part of our system. We have limited influence over the breeding system, the parent flocks and the wider hatchery process before the chicks arrive at the farm. Once the chicks arrive, however, we care deeply for them. They have enough time and space to move, scratch, forage, dust-bathe and express many of their natural behaviours. They are protected from predators and provided with appropriate shelter, feed and care. The difficult question arises when their egg production declines significantly, usually when they are around two years old. At this stage, we need to make space for a younger flock if the poultry activity is to continue. Until last year, we would announce that the older birds were available, and people from the neighbouring villages would come and take several birds at a time. Some would keep them for a while and receive the few eggs they continued to lay. Eventually, however, almost all the birds would be killed for food. It felt wrong to care for the birds for two years and then, once their role on the farm was over, hand them to someone else and distance ourselves from what happened next. We were outsourcing the killing while avoiding the consequences of our own farming decisions.    We felt that if we chose to keep birds for eggs, we also had to take responsibility for what happened when we decided to cull the flock. We also felt that if people in

Grains: The Food of Survivalㅤㅤㅤㅤ

An exploration of grains through history and the relationship between body and land Home  »  Blog  » Grains: The Food of Survival Grains: The Food of Survival May 2026 · Charan GP An exploration of grains through history and the relationship between body and land. Have you noticed what happens after you eat a meal, especially lunch? The body often slows down. The eyes feel heavy. There is an urge to lie down, to rest, sometimes even to sleep. This response is so common that it rarely raises questions. Food is usually described as something that gives energy. Yet the experience of eating often leads to the opposite. Instead of lightness or alertness, there is heaviness. Instead of movement, there is stillness. This contrast stayed with me long before I had words for it. If food is meant to nourish, how do we recognize nourishment? Is it simply the feeling of fullness in the stomach, or is it the quality of energy that follows a meal? Does nourishment mean being filled, or does it mean feeling alive and available after eating? Growing Up on Grains Growing up, grains were the unquestioned center of every meal. Breakfasts were often idlis or dosas. At times, bread or fried items made their way onto the plate. Lunch almost always meant rice, accompanied by curries. Dinner shifted to wheat, usually in the form of chapatis or other Indian breads. Grain was not just part of the meal. It was the meal. Everything else existed around it. Fruits were occasional. Vegetables were present, but secondary. A meal without rice or wheat felt incomplete, as though something essential was missing. This was not explained or discussed. It was simply how food was understood. My grandfather often spoke of the days when millets like ragi were the norm. He would recall how white rice was once a “rich man’s food,” eaten rarely, a symbol of status. Now, it has become the most common staple a quiet reversal of what once was. The Same Pattern Across Continents Years later, while traveling across Africa and other countries, this pattern resurfaced in a different form. For instance across ten countries i traveled in Africa, from Southern Africa to eastern regions and further north, the structure of meals felt familiar. In Southern African countries, maize formed the base of their diets. In eastern regions, wheat and rice became more prominent. Further north, rice and wheat appeared again as staples. The names, textures, and preparations varied, but the reliance on a single dominant grain remained constant. How Grains Entered the Picture Grains have existed alongside humans for thousands of years, but their dominance is relatively recent after the large-scale agriculture. Rice and wheat existed, but they did not define every meal. In India, millets were widely consumed and region-specific. They grew with less water and supported local ecosystems. The shift began when food needed to be stored, transported, taxed, and controlled. Grains suited this purpose well. They could be dried, preserved, counted, and accumulated. Over time, what was convenient for systems became essential for people. Food slowly moved from being seasonal and diverse to being standardized and centralized. The Green Revolution and the Shift in the Land The Green Revolution accelerated this transformation. High-yield varieties of rice and wheat were introduced with the promise of food security. Irrigation expanded. Chemical fertilizers and pesticides became common. Production increased, but diversity declined. Millets and traditional crops were gradually displaced. Government ration systems reinforced rice and wheat as staples, shaping not just farming practices but eating habits as well. The plate narrowed, even as yields rose. Hybridization further deepened this change. Traditional varieties of rice and wheat, once regionally adapted and nutrient-rich, were replaced by uniform, high-yield hybrids. Local strains disappeared quietly, leaving behind only a handful of varieties grown on vast tracts of land. What began as an agricultural innovation slowly became a biological narrowing. What Grains Do to the Land Grain cultivation reshapes the land. Rice, especially, demands large amounts of water. Monocropping draws heavily from soil nutrients. Over time, soils lose vitality and depend increasingly on external inputs. Fields that once supported multiple crops become devoted to a single one, season after season. Biodiversity fades quietly. The land continues to produce, but often at the cost of resilience. From Land to Body What happens to the land often finds an echo in the body. Systems built for efficiency tend to extract more, whether from soil or from digestion. Just as soil requires support to keep producing under monocropping, the body often requires rest after grain-heavy meals. Energy turns inward. Movement slows. The parallel is subtle, but present. Grains and the Human Body Grains are the seeds of grasses. Biologically, they are designed to propagate, not to be easily digested. Humans lack the digestive adaptations seen in animals that naturally consume grains, such as birds. When observing grains closely, another question arises. When we see fruit, there is often an immediate sensory response. Color, aroma, taste. There is a natural pull. With grains, this is rarely the case. Rice, bread, or wheat by themselves do not usually call to the senses. They require something added a curry, oil, salt, spices, sauces. By themselves, grains seldom invite consumption. Digesting grains also demands significant energy. They are dense, complex, and slow to break down. The body allocates resources to digestion, which may explain the familiar lethargy and sleepiness that follows grain-heavy meals. Energy, Digestion, and Fatigue Digestion is an active process. When food is complex and dense, more energy is directed inward. Blood flow shifts toward the digestive system. The rest of the body slows. This may help explain why meals centered on grains often lead to heaviness rather than vitality. Energy that could support movement or alertness is redirected toward processing what has been consumed. A Personal Shift Over time, my relationship with grains changed through experimentation. I moved from white rice to fiber-rich varieties like brown rice and traditional strains such as

Salt: How a Tiny Crystal Took Over Our Meals

Have you ever wondered what foods you could actually eat without salt? How did this tiny crystal become such a central part of our meals? Home  »  Blog  »  Salt: How a Tiny Crystal Took Over Our Meals Salt: How a Tiny Crystal Took Over Our Meals April 2026 · Charan GP Have you ever wondered what foods you could actually eat without salt? How did this tiny crystal become such a central part of our meals? Over time, salt found its way into our kitchens and food outlets, quietly becoming an assumed necessity in many meals. We often think it is essential to our health, yet its presence is so familiar that few of us pause to question it. I have been salt-free for nearly four years, and during this time, my blood markers have consistently remained normal, without any sodium deficiency. My body naturally gets the sodium it requires from fruits and raw foods, without any added salt. Salt in History Salt has been valued by humans for thousands of years. Archaeological evidence shows that humans were mining and using salt at least 8,000 years ago during the early days of agriculture. As people began storing and preserving surplus crops and meat, salt became essential for preventing spoilage. It allowed food to survive long journeys, harsh seasons, and trade routes. This gave salt enormous economic and strategic value. Roman soldiers were sometimes paid in salt, giving rise to the word salary. Centuries later, salt became a symbol of control and resistance, most famously during Gandhi’s Salt March. Salt became deeply embedded in human culture because of food preservation, trade, and survival needs. In modern times, refrigeration and storage have replaced that role, but salt remains central to our meals, largely due to habit, taste, and the subtle addiction it creates. Humans and Salt: A Unique Relationship No other species seasons its food. Animals eat what nature provides, obtaining minerals naturally from plants, water, and soil. Humans are the only species that isolates, refines, and adds salt back into their meals. Salt stimulates appetite, encourages us to eat more than the body actually needs, and subtly keeps us returning to it meal after meal. My Experience Without Salt When I shifted fully into eating raw foods, my meals became simple: fruits in the morning, fruits in the evening, and salad in the afternoon. I never felt the need to add salt. Salt naturally left my diet without effort. In fruits, I simply did not add any. In salads, I knew that adding salt would draw out the liquid, so it was unnecessary. Over time, salt quietly lost its place. Today, I cannot eat food with added salt; it overwhelms my taste buds. Without salt, I can fully taste the vegetables, fruits, and raw foods I eat. Food that once felt bland now feels complete. Sodium and Salt: A Medical Perspective People consume salt mainly to provide sodium chloride, which is necessary in small amounts for nerve function, fluid balance, and other physiological processes. However, the sodium the body requires is already naturally present in whole foods, such as fruits, vegetables, and leafy greens, without needing added table salt. Recommended Limits versus Reality Health guidelines suggest no more than 5 grams of salt per day, roughly one flat teaspoon, including all sources. This is the combined amount from cooking, snacks, and processed foods. In reality, most people consume far more: Cheese: one-third to one-half teaspoon per two slices Packaged snacks or chips: half a teaspoon or more One restaurant meal: one to two teaspoons or more Salt inside the body pulls water toward itself. The body responds by holding extra water to dilute it. Over time, this water retention can strain arteries, thicken the blood, and burden the kidneys and heart. Salt preserves food, and inside the body, it acts in much the same way: storing water, affecting circulation, and stimulating appetite. Observing Salt Intake My invitation is simply to notice the amount of salt being taken in during a day. This includes not only what is added to food but also the salt already present in packaged foods, snacks, and meals prepared by others. It is also interesting to see what foods can be eaten without salt, quietly observing and exploring. Previous ArticleNext Article Featured Articles Monthly Updatesㅤㅤㅤㅤㅤㅤㅤㅤ 29 Apr 2026 Sweet Potato & Pumpkin Gnocchi with Basil Pesto 28 Apr 2026 Salt: How a Tiny Crystal Took Over Our Meals 28 Apr 2026 The Six Seasons of Aurovilleㅤㅤㅤㅤ 28 Apr 2026

Time to Summernate: Ayurveda Healthy Tips …

According to Ayurveda, the qualities of summer are hot, sharp, and penetrating. That’s why our pitta dosha – the subtle fire that controls metabolism and transformation – can cause us to overheat. The sun saps the energy from the body, from the plants and the earth, increasing heat and dryness.   Home  »  Blog  »  Time to Summernate: Ayurveda Healthy Tips by Dr. Be Time to Summernate: Ayurveda Healthy Tips by Dr. Be March 2026 · Dr. Be According to Ayurveda, the qualities of summer are hot, sharp, and penetrating. That’s why our pitta dosha – the subtle fire that controls metabolism and transformation – can cause us to overheat. The sun saps the energy from the body, from the plants and the earth, increasing heat and dryness. Pitta needs to be looked after to maintain a good energy, mental clarity, joyfulness, good digestion and blood circulation, a beautiful glow on the skin and a sound sleep. When Pitta is out of balance it will give skin problems, hot flashes, exhaustion, indigestion or loose stool. Emotionally, excess Pitta manifests through irritation, short-temper, impatience, judgement/criticism, perfectionism… Before Pitta reaches uncontrollable heights, remain cool, calm and pamper the liver: With the food: As Agni (digestive fire) weakens, it is better to eat light, unctuous (slightly oily), cooling food such as salads and juices. Favorable taste: Bitter taste, Sweet taste (to take moderately in case of diabetes and high triglycerides). Salty taste should be taken reasonably Drink water stored in earthen pot Raw food/salads are taken at lunch mainly Proteins: mungdal, chickpeas, beans, sprouts, nuts and seeds, non-veg: white meat, fish, seashell, dairies for breakfast or lunch, eggs Cereals for energy: jasmine rice, barley, red rice, millet (fermented ragi) Vegetables: pumpkin, bittergourd, bottlegourd, snakegourd, ashgourd, cucumber (taken separately), salads, green leafy vegetables, broccoli, cabbage, celery, carrots, drumstick (moringa), zucchini, plantain Fruits: amla, pomegranate, banana, ramphala, chiku, papaya, apple, grape, date, watermelon and melon (to be taken separately), coconut Beverages: buttermilk, sweet lassi, coconut water, mint, lemongrass, cardamom, chamomile, nannari (sarsaparilla), amla juice, watermelon juice, vegetable juice, cucumber milk (blend ½ cup of peeled cucumber in 1 cup of milk – cow or other veg milk – with a pinch of sugar), electrolyte (1 lemon juice + 1tsp of sugar + 1 pinch salt in a glass of water), Lipids: ghee, olive or sunflower or coconut oil Spices: cumin, coriander, black pepper, turmeric, fennel seeds, fresh aromatic herbs (dill, coriander, fennel, mint, parsley, saffron) Avoid: Pungent and sour tastes (especially for people who are Pitta dominant) Pitta increasing items: chillies, fermented food (apart from idli and dosai), deep-fried, sour buttermilk or curd, red meat, alcohol (strong liquor, red wine), coffee … Drinking beverages coming from the fridge or freezer during meals Ice-cream at the end of a meal (best to be taken when the digestion is finished, around 4pm) Routine to favour: Avoid direct sun contact specially between 11am and 4pm, and protect from the heat by keeping a humid towel/cap on the head A nap of half an hour after lunch is allowed Body massage with coconut oil – if there’s no time every day to apply oil on the body, then massage ears, hands and feet + pour 4-5 drops of coconut oil on the fontanelle Bath with cool water and apply a paste of sandalwood on the face, heart and lower abdomen (these are the 3 main parts that should remain fresh to maintain the coolness in the whole body); foot bath in the evening with vetiver roots, rose water or hibiscus flowers Swimming, aquagym, any water activities. Qi-Gong, Tai Chi, light running: max 30 minutes early morning or late evening; walks in green environment, forest Soft yoga, pranayama (Sheetali, Sheetakari, ida nadi inhalation-left nostril inhalation), meditation with Gayatri mantra Walk under the moonlight, full moon bath Wear loose and comfortable cotton or linen clothes (white, blue, green, gray colours) Cooling jewellery: sandalwood beads, jade, pearl, amethyst crystals, moonstone, silver, aquamarine To refresh the ambiance use lemon or orange peel, jasmine flowers, lavender, wet cloth hanging at the open window, vetiver curtains Cooling plants for the summer: Amalaki – Amla: refrigerant and full of Vitamin C, rejuvenating fruit Aloe vera: rejuvenates blood and tissues Aegle Marmelos – Bael fruit: make juice from the pulp and decoction with leaves, it calms body and mind. It is slightly laxative, do not take during pregnancy Coriander: seeds soaked in water for urinary infections, kidney weakness Red Hibiscus: leaves and flowers for shampoo and conditioner; flowers for herbal tea Manduka parni – Centella asiatica leaves: rejuvenating and tonic for brain and nerves Pudina – Mint leaves: herbal tea or dishes Radha consciousness – Clitoria Terneata flowers: herbal tea or juice Sarsaparilla – Nannari syrup: soothing and cooling Shataavari – Asparagus racemosus: cooling, calming Pitta, very good for Vata women to harmonize hormones Vetiver roots: for bathing Yashtimadhu – Licorice: to refresh the body and to calm irritation, inflammation or ulcer in the digestive tract Wishing you a nurturing and loving winterBe @ Sante PS: all these recommendations are more elaborated in my book “Take care of yourself with Ayurveda”, available at Maroma in Aspiration, the bookshop of Visitor Centre and Auroville Press Publishers in Aspiration Previous Article Featured Articles Monthly Updatesㅤㅤㅤㅤㅤㅤㅤㅤ 25 Mar 2026 Year-end updatesㅤㅤㅤㅤㅤㅤㅤㅤ 20 Dec 2025 Time to Summernate: Ayurveda Healthy Tips by 26 Mar 2026 Eating With the Daylightㅤㅤㅤㅤㅤ 26 Mar 2026

Eating With the Daylightㅤㅤㅤㅤㅤ

Life on Earth moves in a rhythm shaped by the sun. As daylight arrives, nature slowly comes alive. Birds begin to chirp, plants respond to light, and activity across ecosystems increases. As the sun rises higher, energy builds. Around midday, this energy reaches its peak. As evening approaches and the sun begins to set, activity gradually slows, preparing all living beings for rest. Home  »  Blog  »  Eating With the Daylight Eating With the Daylight March 2026 · Charan GP “Insights into the connection between sunlight, circadian rhythm, and the body’s digestive and sleep cycles.” Life on Earth moves in a rhythm shaped by the sun. As daylight arrives, nature slowly comes alive. Birds begin to chirp, plants respond to light, and activity across ecosystems increases. As the sun rises higher, energy builds. Around midday, this energy reaches its peak. As evening approaches and the sun begins to set, activity gradually slows, preparing all living beings for rest. The human body is deeply connected to this same rhythm. This daily cycle of light and darkness regulates what is known as the circadian rhythm, the internal body clock that influences sleep, wakefulness, hormone release, digestion, metabolism, and repair processes. The body does not function randomly. It responds continuously to the presence or absence of light. Sunlight and Digestive Capacity One important aspect of circadian rhythm is digestion. Digestive strength is closely aligned with daylight. As the sun rises and energy increases, the body’s ability to digest, absorb, and metabolise food also increases. Around late morning to early afternoon, when the sun is near its peak, digestive activity is at its strongest. As the day moves toward sunset, digestive capacity naturally declines. When food is eaten late in the evening, the body must stay active digesting at a time meant for slowing down, repair, and rest. Energy that could support deep sleep is instead diverted toward digestion. Many people notice this through experience. After eating a heavy meal at night, the body may still feel bloated or heavy the next morning. Sleep may feel light or incomplete, and waking up does not always bring a sense of freshness. Observation Through Experience For many years, despite sleeping for enough hours, I often woke up without feeling rested. A simple question kept coming up. Why do I not feel fresh after sleep? This curiosity led me to observe my eating patterns. Growing up, dinner was usually between 8 and 9 pm. In my early twenties, I began experimenting by eating earlier. First around 7 pm, then 6 pm, and sometimes skipping dinner altogether. Over time, changes became noticeable. Sleep felt deeper, mornings lighter, and energy more stable through the day. For the past several years, this exploration has continued. Currently, I finish my meals within a four-hour window, usually between 10 am and 2 pm, followed by a fasting period of about twenty hours. This timing closely follows daylight hours and the natural rise and fall of energy in the body. Breaking the Fast Gently When the body wakes up in the morning, it has just come out of a fasting state. At this time, the system is sensitive and receptive. Just as a vehicle starts in first gear before moving into higher gears, the body also benefits from a gentle beginning. Hydrating and easily digestible foods support this transition. Fresh fruits, fruit juices, coconut water, and green juices etc provide hydration and light nourishment without burdening the digestive system. As the day progresses and sunlight increases, denser foods can be introduced, when the body has more energy and time available for digestion. Circadian Rhythm and Artificial Light The circadian rhythm is the body’s internal clock, regulated mainly by light and darkness. Morning sunlight signals the body to wake up, activate digestion, and increase alertness. As daylight fades, the body naturally prepares for rest through the release of melatonin, which supports deep sleep and recovery. Exposure to artificial light, especially blue light from mobile phones and screens, after sunset can disrupt this process. Blue light mimics daylight and can signal the body to stay alert when it should be slowing down. This can delay melatonin release, reduce sleep quality, and limit the body’s ability to rest and repair. Just as eating late keeps digestion active at night, prolonged screen exposure after sunset keeps the nervous system active, reducing the depth and effectiveness of sleep. Living in Alignment The circadian rhythm is not something external to follow. It is already functioning within the body. Paying attention to light, food timing, and rest allows the body to work with less resistance. A simple reflection can be useful. Have you noticed how your body feels after eating something heavy at night? Or how screen exposure late into the evening affects your sleep and energy the next morning? Observing these signals, without forcing change, often reveals what the body naturally prefers. The sun rises and sets each day without effort. When daily life begins to align more closely with this rhythm, the gut, sleep, and energy often respond with greater ease. Previous ArticleNext Article Featured Articles Monthly Updatesㅤㅤㅤㅤㅤㅤㅤㅤ 25 Mar 2026 Year-end updatesㅤㅤㅤㅤㅤㅤㅤㅤ 20 Dec 2025 Food Sovereignty and Seeds of AuroOrchard 28 Mar 2026 Eating With the Daylight 26 Mar 2026

Hunger: A forgotten language

Before speaking about food, nutrition, or health, there is a quieter and more fundamental question that often goes unasked: What is hunger? Home  »  Blog  »  Hunger: A forgotten language Hunger: A forgotten language February 2026 · Charan GP Before speaking about food, nutrition, or health, there is a quieter and more fundamental question that often goes unasked: What is hunger? Where do you feel it in your body? Is it in your stomach, your throat, your mouth, a readiness to receive food? Or is what we call hunger shaped by other rhythms: the time of day, emotion, or habit? When was the last time you were truly hungry and had a meal? Eating by Time, Not by Need Growing up our meals are often organized almost entirely by time. Breakfast in the morning, lunch in the afternoon, dinner at night, with snacking woven in between. School bells, schedules, and later work routines dictates when to eat. Hunger, the word itself, becomes distant, less a lived experience, more a concept tied to routine. From Bodily Clarity to Conditioning A baby knows hunger clearly. When a baby is hungry, it cries. When it is full, it does not eat. There is no persuasion, no logic, no routine. The communication is direct and embodied. Slowly, feeding is aligned with adult schedules and convenience. Over time, the clarity of hunger dulls. What begins as responsiveness becomes routine. By adulthood, most of us are better at following the clock than listening to the body. Hunger in Nature-+ licated. Animals eat when they are hungry. If food is not available, they wait. They fast. Wild animals do not graze continuously; they eat when the body calls. Domesticated animals are conditioned to schedules, but instinct still speaks. In the wild, movement, effort, and hunger are connected. Physical activity prepares the digestive system. Food is earned through engagement with life. Modern human life looks different. We sit for long hours. We move little. Yet we eat frequently, often more than our ancestors ever did. The Invention of Breakfast For much of human history, there was no universal concept of breakfast as we know it today. Many traditional cultures ate one or two substantial meals a day, often after physical work had already begun. The modern idea of breakfast emerged alongside industrialization. Factory schedules, school timetables, and long working hours required predictable energy intake. Food had to be quick, standardized, and easily distributed. Cereal companies seized this opportunity. By promoting grains as essential morning fuel, they introduced the notion that skipping breakfast was unhealthy, even dangerous. Marketing framed breakfast as the most important meal, not because the body demanded it, but because industry required it and products needed to be sold. Over time, this industrial solution became a cultural norm, reaching Indian households and blending with local food habits. What began as a strategy for consumption became unquestioned tradition. Eating Without Hunger When food is eaten without hunger, the experience changes. Have you noticed how food tastes when you are truly hungry? Even the simplest, bland meal feels satisfying, alive, enough. When hunger is absent, even the most elaborate meal can feel dull. The body seeks stimulation instead of nourishment: more spice, more salt, more sugar, more intensity. This is not a failing; it is a sensory response. Appetite becomes craving. Digestion, Fatigue, and Stimulation Digestion requires energy. It draws on what many traditions call prana or nerve energy. When the body is genuinely hungry, digestion flows easily. Enzymes respond. Energy moves. When food arrives without hunger, digestion becomes work. Energy is pulled inward, and the body feels heavy, sluggish, or sleepy. To counter this, we reach for external stimulants: tea, coffee, sugar. These provide temporary lift but do not restore underlying energy. The cycle quietly repeats. Availability, Habit, and Overfeeding Another layer is availability. Food today is constantly accessible. It arrives with a click or a short walk. There is little waiting, no effort. Hunger cues blur. Habit takes over. Our ancestors worked for food, moved for it, and ate in response to genuine need. Today, we eat because it is there, not always because the body calls. An Ongoing Inquiry I am still learning this myself everyday to listen to the body and feed when hungry. It is not simple when decades of habit have trained the body to ignore its signals. Sometimes thirst can also be confused with hunger. Hunger is not an idea. It is a sensation, a communication, a relationship. Perhaps the question is not how often we eat or what we eat, but whether we are listening at all. An Invitation For your next meal, take a moment to feel your body and check what is guiding you to feed. I am curious to hear your reflections and insights. Previous Article Featured Articles Monthly Updatesㅤㅤㅤㅤㅤㅤㅤㅤ 25 Feb 2026 Year-end updatesㅤㅤㅤㅤㅤㅤㅤㅤ 20 Dec 2025 Hunger: A forgotten language 26 Feb 2026 The World of Bananasㅤㅤㅤㅤㅤㅤ 25 Feb 2026

Eating for Nourishment or Habit: A personal …

My name is Charan. For the past several years, I have been exploring my relationship with my body and mind. I’ve done this by observing how my body responds to different foods, routines, and environments, and by learning from people around the world who are asking similar questions. Over time, this exploration has helped me understand my body more clearly and simply. At its core, it has been driven by a quiet longing to feel free and at ease in this body, something I had not fully experienced before. As this inquiry deepened, more fundamental questions began to surface. What truly makes this body function? Why does disease arise? What does it really mean to care for this living organism? I began to question what food actually is for the body. Is it only what I put into my mouth, or are there other forms of nourishment such as sunlight, air, water, rest, touch, and movement? Home  »  Blog  »  Eating for Nourishment or Habit: A personal journey into the relationship with food Eating for Nourishment or Habit: A personal journey into the relationship with food January 2026 · Charan Gp My name is Charan. For the past several years, I have been exploring my relationship with my body and mind. I’ve done this by observing how my body responds to different foods, routines, and environments, and by learning from people around the world who are asking similar questions. Over time, this exploration has helped me understand my body more clearly and simply. At its core, it has been driven by a quiet longing to feel free and at ease in this body, something I had not fully experienced before. As this inquiry deepened, more fundamental questions began to surface. What truly makes this body function? Why does disease arise? What does it really mean to care for this living organism? I began to question what food actually is for the body. Is it only what I put into my mouth, or are there other forms of nourishment such as sunlight, air, water, rest, touch, and movement? During this time, I paid close attention to all aspects of daily living. It became an exploration of relationship itself: my relationship with nature, with my mother and father, with my ancestors and my birthplace, with friends, with food and water, with sleep and dreams. I began to see that each of these is an aspect of living, and together they form the field in which this body and mind exist. Eating was not separate from this field. It was one of the most direct and tangible expressions of how I relate to the world. In this article, I stay with one strand of this larger inquiry: my relationship with food. I share my food history, where I come from, what we ate, how our regional landscape shaped our plate, and how I began to see the gap between nourishment and habit. Roots in a Dry Land I come from Chittoor in Andhra Pradesh, India, a region near Tirupati, known for temples, rocky hills, and a climate that leans toward dryness. Hot summers, moderate monsoons, and recurring droughts shaped the crops people grow and how they think about food and water. My ancestors migrated to higher ground after facing floods elsewhere. They adapted to a land where rainfall was uncertain and farming required resilience. Millets like ragi, groundnuts, and pulses were staples. These foods required less water and could be stored for long periods. Vegetables were harder to grow consistently, and fruits, though present, were not daily staples. Growing up in Air Force campuses across India exposed me to diverse regional food habits. Chapatis became a regular dinner, and milk consumption increased under the influence of northern cuisines, particularly from Punjab, where dairy is a central part of the diet My Plate Growing Up: Rice, Lentils, Tamarind At home, our meals were rooted in our native land. The staple was white rice, accompanied by a range of lentil-based preparations such as dals, sambars, rasams, and chutneys. Meat appeared mostly on weekends, eggs more often. Podis mixed with ghee or oil were a regular feature, and almost everything carried the sour taste of tamarind. Our food was heavy in grains and lentils, high in carbohydrates and plant proteins, but often low in daily fresh fruits and vegetables that provide water-rich nourishment and fibre. With refrigerators and gas stoves, idlis and dosas became convenient and slowly entered daily life. Millets, Rice, and Aspiration When I spoke with my grandfather, he described meals centered around hardy grains and millets. White rice was rare and considered a luxury. Over time, as markets expanded and government systems made rice affordable, polished white rice became associated with comfort and status. By the time I was growing up, it had become the unquestioned centre of most meals. Eating for Nourishment or Habit As my inquiry deepened, I turned the question to my plate. Much of what I ate came from habit, convenience, and emotional comfort. Foods from childhood carried memories of home and care, and certain dishes felt tied to my identity. It led me to ask more honestly whether I was eating for nourishment or out of habit and conditioning. I also began to notice differences in lifestyle. My ancestors worked in the fields, walked long distances, and lived according to the sun. They usually ate two substantial meals a day, finished eating early in the evening, slept early, and woke early. Experimenting With My Own Body I began recreating ancestral dishes and examining them through the lens of nourishment. I explored how I could nourish my body while still eating familiar foods, and also by bringing more vegetables and fruits into these dishes. I changed what, when, and how often I ate, observing how my body responded. Simpler meals, more fruits and vegetables, adjusted meal timing, or reduced heavy foods each became a way to learn. The internet connected me with others experimenting with fasting, raw eating,