4 results about "Ibis" patented technology

The invention discloses a crested ibis habitat ecological quality trend analysis method and system, and relates to ecological quality monitoring. The method comprises the following steps: S1, constructing an intelligent sensing network, synchronously obtaining multi-source data of a habitat, identifying activity events of crested ibis, and generating a multi-dimensional habitat parameter table; s2, collecting environmental samples, and generating a microbial functional gene abundance matrix through metagenome sequencing and bioinformatics analysis; s3, taking the activity events of the crested ibis as behavior tags, and generating habitat function health indexes by coupling the parameter table and the matrix training machine learning prediction model; s4, performing spatial interpolation and trend analysis based on the habitat function health index to generate an ecological quality space-time evolution graph; and S5, based on the ecological quality space-time evolution graph, performing quantitative analysis by using a spatial differentiation statistical model, and generating a trend analysis report. By fusing multi-source data, real-time dynamic evaluation of habitat ecological quality and quantitative analysis of driving factors are realized, and a direct decision basis is provided for accurate protection.

The invention provides an artificial breeding method for American ibis, and relates to the technical field of breeding. The artificial breeding method for the American ibis comprises the steps of adult ibis feeding, breeding and fertilization, artificial incubation, artificial brooding and disease prevention and control, wherein the feeding amount of dried small shrimps is adjusted in daily adult ibis feeding, and the situation that the hatching rate and the nestling survival rate are affected due to the fact that egg shells are too thin or too thick can be avoided; during artificial incubation, the water loss rate of bird eggs is controlled to be 14-16 wt%, and the temperature, humidity, egg transferring and egg airing parameters are accurately set; for artificial brooding, a special feed formula is designed according to different day ages, a specific additive is matched, and a gradient cooling and environment transition strategy is adopted to prevent and control stress response; disease prevention and control are specifically carried out through excrement detection. According to the method, precise regulation and control of the whole breeding process of the ibis americana are achieved, the fertilization rate, the hatching rate and the survival rate of nestlings are remarkably increased, and a systematic and feasible scheme is provided for artificial breeding and population protection of rare species of the ibis americana.

This utility model relates to the field of assisting crane pairing technology, and proposes a cage for pairing crested ibises during their breeding season. The cage includes a breeding area with breeding components on its surface for breeding crested ibises. By incorporating these breeding components, crested ibises are housed inside the breeding cage. A water pool provides water replenishment, and perches are provided for resting. The crested ibis breeding season involves pairing, nest building, and reproduction, with pairing being a crucial early stage. The establishment of the breeding cage allows crested ibises to freely choose their mates, reduces human interference, and strengthens communication between populations, achieving the effect of enabling crested ibises to freely choose their mates and promoting communication within the crested ibis population.

The application discloses a crested ibis recognition and ecological monitoring method based on multi-modal data fusion, relates to the technical field of wild animal ecological monitoring, and comprises the following steps: installing a micro Beidou positioning tracker on a crested ibis individual to collect activity trajectory data, arranging visible light and infrared thermal imaging equipment in the main habitat and foraging area of the crested ibis, arranging an acoustic sensor array around the night habitat and breeding ground, and acquiring visual and acoustic feature data sets.Through a cross-modal attention mechanism, three types of features are adaptively weighted and fused to generate a multi-modal joint feature vector containing time and space context information, which is associated and matched with a preset ecological database, an behavior-environment correlation model is established, and a foraging preference index, habitat suitability score and activity path planning scheme are output.The method integrates multi-modal data for joint analysis, completes the quantitative output of crested ibis ecological monitoring, and improves the integrity of crested ibis recognition and ecological monitoring.