Small green corners on balconies play an important role in maintaining nature amidst growing cities. These miniature spaces help insects such as bees and butterflies, as well as other pollinators, survive in the urban environment dominated by concrete structures.
Pollinators are indispensable workers of nature because they facilitate plant reproduction by moving from flower to flower in search of nectar and pollen. This simple process is critically important for the development of many fruits, vegetables, and seeds. According to data from the Food and Agriculture Organization (FAO), about three-quarters of global agricultural crops depend, at least partially, on animal pollination.
In India, this vital work is performed not only by honeybees but also by hundreds of species of native bees, butterflies, moths, flies, beetles, and even birds. However, the lives of these small creatures are becoming increasingly difficult due to rapid urbanization, which replaces gardens and open areas with buildings and roads. Many landscaped public areas are decorated with ornamental plants that look attractive but do not provide sufficient nutrition for pollinators. The situation is exacerbated by pesticides, air pollution, and rising temperatures.
It is important to understand that pollinators do not necessarily need vast forests or large gardens. Many native bees and butterflies can benefit from just a few pots of flowering plants. A balcony garden can be compared to a roadside cafe during a long journey: it provides nectar, pollen, and sometimes shelter before insects head to the next green area. When flowering plants appear in neighboring homes, these balconies become stepping stones helping pollinators move through the city, which would otherwise be difficult to navigate.
The key factor is not the size, but the correct choice of flowers. A large balcony planted only with ornamental foliage will attract few pollinators. However, a small space with suitable flowering plants can quickly turn into a lively destination for bees and butterflies. For example, basil is very popular, butterflies are drawn to zinnias, cosmos, and pentas, while hibiscus and jasmine attract diverse insects and nectar-feeding birds. Herbs such as coriander, mint, dill, and fennel become especially valuable if allowed to flower instead of being immediately harvested. Even vegetable crops, including tomatoes, chilies, cucumbers, and eggplants, produce flowers that attract pollinators, making balconies productive.
One common mistake among caring gardeners is the immediate use of chemical sprays when insects appear. Although pesticides can destroy pests, they often kill beneficial insects such as bees and butterflies, which are particularly vulnerable. Experienced gardeners prefer natural methods: they manually remove pests, enrich the soil with homemade compost, and encourage beneficial insects, such as ladybugs, which naturally control pests. Furthermore, a shallow dish of water and pebbles can be a lifesaver on hot summer days, providing a safe place to drink.
While one balcony garden cannot reverse biodiversity loss, its strength lies in becoming part of a larger network. Imagine every family in a residential building growing a few flowering plants, and then an entire neighborhood doing the same. Together, these tiny gardens form a chain of nectar-rich spots, facilitating food, movement, and survival for pollinators. In cities like Bangalore, Pune, Hyderabad, and Delhi, more and more people are gardening to grow fresh vegetables, improve air quality, or simply for the pleasure of tending to plants. In doing so, they create safe havens for bees, butterflies, and other pollinators, requiring very little in return.
According to the NITI Aayog report, India is capable of growing its bioeconomy to $691 billion by 2035 and to $2.6 trillion by 2047, provided that missions are implemented decisively. The bioeconomy is defined as an economic model that utilizes renewable biological materials for the production of food, energy, and industrial goods.
To realize the vision of a $2.6 trillion Indian bioeconomy by 2047, Aayog emphasized the need to transition from fragmented initiatives to a coordinated national implementation architecture. The report, titled 'Roadmap for building India as a leading bioeconomy power by 2035,' stated that with decisive and mission-oriented implementation, India can achieve these financial targets, creating over 30 million high-paying jobs and securing a place among the top three global biotechnology leaders.
Aayog also pointed out several necessary measures: establishing national bio-missions to scale priority sectors, forming authorized committees to ensure inter-ministerial coordination, conducting regulatory reforms to accelerate approvals while maintaining safety and trust, and strengthening leadership and talent reserves in life sciences. Furthermore, the creation of a Bioeconomy Growth Fund worth 50,000 crore rupees is required to support infrastructure, scaling, biotechnological production, and innovation.
The report also proposed a strategic direction for India—a shift from traditional biological research and development to artificial intelligence-based biotechnology and next-generation manufacturing. This transition must be ensured through deeper collaboration between ministries, departments, academia, industry, and startups. It was noted that early action will allow India not only to participate in this transformation but also to shape the global rules, markets, and platforms of the biological era, which may rival or surpass the disruptions caused by artificial intelligence.
The report mentioned that major global powers are already actively engaged: the United States has adopted a whole-of-government approach to biotechnological manufacturing, the European Union links biotechnology to climate and industrial competitiveness, and China is implementing five-year plans for large-scale industrialization. The next frontier in biotechnology will be determined by deep integration with AI, robotics, computational biology, and biosensor networks. NITI Aayog member Gobardhan Das stated that India's bioeconomy has entered a phase of rapid and substantial progress, which many observers call the golden age of biology, comparable to the computing revolution of the 1970s. India is at a critical juncture in the global biological age: its bioeconomy has increased sixteenfold over a decade—from $10 billion in 2014 to $195.3 billion in 2025, currently contributing 4.8% to the national GDP.
Westlake 66 represents a new model of urban connectivity, developed with a focus on landscaping and architecture generated by computational modeling. This project aims to revitalize a degraded area and establish a new civic center in Hangzhou, one of China's most dynamic cities.
Hangzhou, known for housing major technology corporations and important cultural sites, is a city that broadly incorporates both Chinese heritage and innovation. Hang Lung Properties developed Westlake 66, creating a new urban link that connects two icons of Hangzhou: the West Lake, a UNESCO World Heritage site, and the historic Grand Canal.
The design concept of Westlake 66 was inspired by the 14th-century painting by Huang Gongwang, titled 'Dwelling in the Fuchun Mountains.' This work served as a guide for the project's approach in terms of scale, stratification, terraces, and the interaction between landscape and human beings.
Jeff Kenoff FAIA, Design Director at KPF, stated that Westlake 66 redefines Hangzhou's urban relationship between building and nature, treating the architecture itself as an urban park. The project utilized the terrain's isolation to create a central green corridor in the district, linking the West Lake to the Grand Canal through landscaping, while introducing a new multi-level public space to the city.
The development consists of five office towers, a boutique hotel, various public green areas, and an active commercial podium. Instead of presenting isolated towers, the design team conceived an urban valley, where the height of the buildings gradually decreases to allow natural light into the interior of the site. The Sky Park and terraces invite visitors to traverse the architecture, evoking the mountainous landscapes surrounding the West Lake.
The conceptual and physical focal point of Westlake 66 is the Sky Park, a 400-meter landscaped path that connects the different uses of the development, elevating public life above the podium and offering panoramic views of Hangzhou's mountains and cultural landmarks.
KPF employed computational modeling tools to generate and analyze thousands of volumetric configurations, evaluating each against multiple objectives such as solar exposure, shadow incidence, access to natural light, commercial visibility, and views. This resulted in a development where environmental performance, user well-being, and architectural expression are intrinsically linked.
A notable architectural element is the 'Urban Cell Wall,' an exclusive facade system at the podium level. This wall ensures continuity between the various programs of the development and establishes a human-scale interface between the construction and the city. Unlike traditional facades, this is a flexible system, capable of adapting to future modifications, as individual cells can house new uses and rental conditions.
Program variables, urban visibility, and environmental performance were systematized into an interchangeable set of three parts, using only 21 distinct components. The external aluminum structure defines the main modules, while glazed terracotta insertions in a five-color gradient pay homage to Hangzhou's artisanal tradition and guide pedestrians, and the infill panels—which include transparent glass, sunshades, display windows, and louvers—respond to the specific internal program.
The project obtained multiple certifications, including China Green Building 3-Star, BREEAM Excellent, and WELL Platinum. Additionally, two towers hold LEED Platinum certification, and four others are certified with the LEED Gold seal.
