Pune’s floriculture belt is confronting a growing challenge that extends beyond crop yields and farm incomes. An awareness initiative in Dhanore village of Khed Taluka has drawn attention to deteriorating soil conditions, excessive chemical input use, and concerns over irrigation water quality, issues that could have long-term implications for sustainable agriculture in the district. The programme, led by agricultural scientists and attended by flower growers and industry stakeholders, focused on restoring soil fertility as a foundation for improving flower crop productivity. The discussions highlighted how declining soil health is emerging as a critical concern for farming communities that depend on intensive cultivation of commercial flower crops.
Experts at the event stressed that healthy soils are essential not only for maintaining production levels but also for improving crop quality and reducing cultivation costs. They encouraged growers to adopt practices such as biofertiliser application, composting, green manuring, and other biological methods that strengthen soil ecosystems and improve nutrient availability. Such approaches are increasingly being viewed as practical solutions for reducing dependence on synthetic inputs while improving farm resilience against climate-related stresses. The conversation also reflected a wider transition underway across agricultural regions in Maharashtra, where farmers are exploring natural and integrated farming systems to address declining soil fertility. Techniques that promote microbial activity, conserve moisture, and enhance nutrient cycling are gaining attention as farmers seek more sustainable production models. For regions dependent on commercial floriculture, improving soil health has become central to maintaining competitiveness and protecting long-term agricultural productivity.
A significant issue raised during the discussions was the tendency of some cultivators to apply fertilisers and pesticides beyond recommended levels. Agricultural input representatives noted that excessive usage can undermine soil quality, reduce biological activity, and increase production costs without necessarily improving yields. Experts warned that such practices may eventually weaken farm profitability and create environmental pressures through nutrient runoff and chemical accumulation. Beyond soil-related concerns, farmers also highlighted growing anxiety over irrigation conditions. Water drawn from the Indrayani River was reported to be affected by pollution and the spread of invasive aquatic vegetation. These factors are believed to be restricting water availability while creating additional challenges for crop management. Combined with recent heatwave conditions, growers reported visible stress in flower crops, including reduced growth and yellowing of plants.
The situation underscores the interconnected nature of sustainable agriculture, where soil health, water quality, and climate resilience influence one another. For Pune’s floriculture sector, maintaining soil health will require coordinated action involving farmers, technical experts, local authorities, and supply-chain stakeholders. As environmental pressures intensify and input costs continue to rise, strengthening soil health may prove essential not only for safeguarding flower crop productivity but also for ensuring that agricultural growth remains economically viable and environmentally responsible in the years ahead.
